An earthquake is one of the most destructive natural phenomena, and it is a sharp rock vibration near the surface of the earth. Because of their unpredictable events and tremendous destructive power, they have brought fear to humanity from ancient times. A single shock usually lasts only a few seconds, but a series of small earthquakes can last up to 5 minutes. Earthquake earthquakes always occur, not the cause of some underground geological processes, and the damage caused in many cases is huge. I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power b Earthquake geologists today define earthquakes as vibration and tremor on the surface of the earth called the earth's surface. Earthquakes are usually caused by a sudden energy release due to the displacement of the rock along the fault fragments. All of this energy has been accumulated for a long time and then suddenly took place. - future Indiana earthquakes are inevitable The earthquake that occurred across the Midwest on 18 June caused the people to shock the earthquake could occur anywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was not much damage.

An earthquake is a sudden and rapid vibration of the Earth caused by the collapse and movement of underground rocks. The building may collapse due to an earthquake, heavy objects may fall, causing injury and property damage. Earthquakes are: Protect items such as television and items hanging on the wall. Store heavy and fragile objects on a rugged shelf Drop, covers, and practice socializing with family and colleagues. Fall into your hands and knees. Cover your head and neck with your arms. Crawl only if you need to reach the cover from falling objects. Stick to sturdy furniture until vibration stops We will create an emergency contact plan for families linked to the state. If you are away, where do you meet? We will make a supply kit containing enough food and water, flashlight, fire extinguisher, whistle for at least 3 days. Please consider the specific needs of each person including the medicine. Do not forget the needs of pets. Prepare additional battery and charger for mobile phone and other important equipment Please consider subscribing to earthquake insurance. Standard home owner insurance does not include damage due to earthquake Please consider reforming the building to correct the structural problems and make it easier for it to collapse at the time of the earthquake Practice dropping, covering, and hold please. Fall into your hands and knees. Cover your head and neck with your arms. Please fix it to rugged furniture until vibration stops. To achieve better coverage, crawl only when there are no more fragmented areas If you are inside the car, stop at a place that is quiet, away from buildings, trees, crossover, underpass, or utility line If you are in a skyscraper, you can use fire alarm and sprinkler. Do not use elevator If it is trapped, cover your mouth. Send text, hit a pipe, hit a wall, or use a whistle instead of shouting to allow the rescuer to find you If a tsunami is occurring in your area, please go beyond inland immediately as soon as the impact stops. When safe, let's monitor local news for emergency information and instructions with battery powered radio, TV, social media and SMS alerts. Please pay special attention when disposing buildings and surrounding waste after a disaster. Do not try to remove heavy objects yourself. Wear long-sleeved shirts, trousers, working gloves, heavy work shoes, protective clothing during cleaning. Earthquakes are also in paper writing as in the real world. You can learn about personal earthquake experiences, explain the steps to become a seismologist, explain the history of earthquakes in a place, or compare earthquakes with other natural disasters I can do it. You can then choose a topic description, a description of a specific event, an analysis of the impact of the earthquake, or a discussion of a better earthquake response mechanism. These rich options will challenge you to narrow your attention and determine your objectives in advance. After that, we will use sound research and a simple paper format to convey earthquake information and brief information I chose to study earthquakes and predict earthquakes. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, the scale of the intensity, the forecast, and my own forecast. An earthquake can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushed and opened, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human lives. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand its influence. I. Definition of earthquake Earthquake b. Tsunami landslide volcano II mechanism a. Failure

Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power supply b. Classification of seismic waves I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power b Earthquake geologists today define earthquakes as vibration and tremor on the surface of the earth called the earth's surface. Earthquakes are usually caused by a sudden energy release due to the displacement of the rock along the fault fragments. All of this energy has been accumulated for a long time and then suddenly took place. - future Indiana earthquakes are inevitable The earthquake that occurred across the Midwest on 18 June caused the people to shock the earthquake could occur anywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was not much damage.

In order to prepare for the earthquake we must know what the earthquake is. An earthquake is an earthquake shaking the earth. They can cause a lot of damage. Earthquakes are taking place all over the world. Cause of the earthquake How do we protect ourselves from strong earthquakes? Earthquakes can cause huge damage to homes and places, so it is important to understand where it is going. That is also the reason for them. Firstly, earthquakes can occur all over the world. It is important to know that earthquakes are occurring all over the world so that people can prepare for earthquakes anytime and anywhere. Also, you need to know what kind of earthquake preparation you should prepare. Another example is an earthquake. Earthquakes known as earthquakes can be very destructive. The magnitude of an earthquake is a measure of its magnitude, and it is the same everywhere. There is no such thing as the weather of the earthquake. An earthquake occurs when two Earths suddenly slide past each other. The surface on which they slide is called the fault or fault plane. "The earthquake was caused by a sudden slide of the fault." The earthquake occurred in the article of the earthquake. In order to better understand the earthquake it is important to know what the cause of the earthquake is. This way we can protect ourselves from the earthquake. Learn how to protect yourself from the earthquake. Ducks and lids are important. Do not run the door Earthquakes in the fault - Lateral deflection earthquakes occur in horizontal faults, normal earthquakes occur in normal faults, thrust earthquakes occur in thrust faults. When an earthquake occurs in one fault, the rock on one side of the fault slips against the other side. The fault plane may be vertical, horizontal, or oblique to the surface of the earth. Slide direction can be any angle What is the relationship between the fault and the earthquake? What happens when an earthquake occurs?

Earthquakes are the result of plate tectonics or plate movement in the crust, earthquakes occur when friction stress is established at the boundary of the skateboard and the fault line breaks. In an earthquake, elastic strain is released, waves are radiated, and vibration may occur on the ground. Scientists can predict where a large earthquake will generally occur, but research can not predict or accurately predict a specific location. A major earthquake, some of which caused the tsunami, destroyed the entire city and affected the whole country. Relatively small earthquakes can also be caused or caused by human activities such as extraction of minerals from the earth and collapse of large buildings. I chose to study earthquakes and predict earthquakes. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, the scale of the intensity, the forecast, and my own forecast. An earthquake can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushed and opened, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human lives. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand its influence. I. Definition of earthquake Earthquake b. Tsunami landslide volcano II mechanism a. Failure b Seismic wave c. Aftershocks III. Size power b Earthquake measurements use seismographs to measure the force of an earthquake. Detect vibration caused by the earthquake and display it on the seismograph. The magnitude 6 earthquake is ten times stronger than the magnitude 5 earthquake, which means the intensity is greater than level 4. At this level, you can directly compare the strength of the earthquake (intensity), but you can not relate earthquake strength to damage. In order to overcome this, the Mercari scale measures these effects. It has 12 ticks to see different strength (but uses Roman numerals I - XII) The amplitude scale is logarithmic. This simply means adding one to the magnitude of the earthquake multiplies the magnitude of the magnitude of magnitude 10 by the magnitude. The magnitude of the earthquake is 10, the magnitude of the earthquake of magnitude 6 is 10 times the magnitude of the magnitude 5 earthquake. wait. The only way to compare earthquakes is not vibration. Another common way is to speak about the relative energy they release. To do this, insert a simple extra step. Subtract the size, add 50% then add the result as a power of 10. In mathematics, the expression is 10 ^ ((M1 - M2) * 1.5).

Through the history of the earthquake, humanity has made many progress. These advances are made to make life easier. One thing that humans can not do is to control nature. Nature can cause many things like earthquakes. The cause of the earthquake has been theorized in many ways. According to the Greek book, Gregory Vogt's "Predicting Earthquake", "The earthquake is caused by Poseidon" (25). Hindus believe that "the earth is a platform, it remains behind the eight elephants. Earthquake geologists today define earthquakes as vibration and tremor on the surface of the earth called the earth's surface. Earthquakes are usually caused by a sudden energy release due to the displacement of the rock along the fault fragments. All of this energy has been accumulated for a long time and then suddenly took place. - Indiana State future earthquakes are inevitable The earthquake that occurred across the Midwest on 18th June shocked people that earthquakes can occur anywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was not much damage. The San Francisco earthquake in 1906 and the Great Kanto earthquake were the most famous and devastating earthquakes of the century. These earthquakes occurred with no warning and resulted in disastrous results. If an earthquake is predicted, people will be able to evacuate from most buildings where death occurs, bridges and elevated roads. Several earthquakes are well predicted. One of the most famous predictions is China's coastal forecast. In 1970, Chinese scientists positioned Liaoning Province as an area where there could be a major earthquake. These scientists believe that an earthquake occurs in 1974 or 1975. On December 20, 1974, an earthquake warning was issued. Two days later, an earthquake with a magnitude of 4.8 occurred in Liaoning Province, but when we further monitored, a large earthquake is likely to occur. On February 4, 1975, China issued an alarm saying the earthquake would attack Haicheng within 24 hours.

Earthquakes caused by human activity are recorded in many places in the United States and many other countries around the world. Earthquakes can occur for various reasons, such as reservoir sedimentation, surface and underground mining, draining of liquids and gases from the ground, fluid injection into the underground layer. The majority of the induced earthquakes are small, almost not dangerous, but in the past there was a larger and potentially destructive artificial earthquake. By minimizing or possibly stopping the earthquake-causing activities, it is possible to reduce damage caused by artificial earthquakes. For example, earthquakes related to wastewater treatment in deep wells in Colorado, Ohio, and Arkansas stopped after the injection ceased. Although we can not stop the natural earthquake, we can greatly reduce the impact by identifying the danger, constructing safer buildings, and providing earthquake safety education. By preparing for a natural earthquake, you can also reduce the risk of an artificial earthquake. The impact of the earthquake is devastating. It can cause loss of human life and may affect infrastructure and the economy. Earthquakes can occur anywhere, anywhere. On January 12, 2010, a magnitude 0 earthquake struck the state of Haiti. An estimated 316,000 people lost their lives and more than 3 million Haitians have lost their homes (2010 Earthquake Information). Haiti is in the lead position in the confusion. After the earthquake, many people broke up due to many people ... the Haiti earthquake of 12th January 2010 caused enormous damage to Caribbean countries. The hospital and the government building collapsed and the number of houses was incredible. Thousands of people were killed and more people were injured. This disaster brought more pain to the people struggling in daily life. Haiti is one of the poorest countries in the world. With the earthquake of January 12, all the main buildings of Port-au-Prince capital of Haiti were almost destroyed. There are big earthquakes and small earthquakes. Large earthquakes may rob the building and cause death or injury. Earthquake measurements are used to measure earthquakes. The magnitude of the earthquake and the strength of the impact are usually reported on the Richter scale. Richter scale was invented in 1935 by Charles Francis Richter. On the scale, 2 is almost unnoticed, level 5 (or higher) deals large damage. Ocean bottomquakes can cause a tsunami. This may bring about as much death and destruction as the earth itself itself. Landslides may also occur. Earthquakes are part of the planet's lock cycle. Impact can be measured with a seismograph. Vibration caused by an earthquake can be detected. It places these movements on seismographs. Earthquake strength or magnitude is measured using Richter scale. The Richter scale number is 0 to 9 Two large earthquakes in Bihar - Nepal in 1934 and 1988 were able to explain the impact of earthquake disaster on human structure and human life. The loss caused by the Rihal earthquake caused by the Bihar earthquake of January 15, 1934 included 10,700 deaths, landslides and 250 kilometers, width 60 kilometers, and areas like ruptures and faults of the surface The collapse of that was impossible to repair for human structure. Damage The magnitude magnitude that occurred in Darbanga on 21 August 1988 was only 5 (1000 times the magnitude of the earthquake in 1934) and 25,000 houses occurred due to the unconsolidated Ganges alluvium. Destruction, in fact it is an earthquake amp. Due to the catastrophic earthquake in Mexico City in 1985 (September), 400 buildings collapsed, 6,000 buildings were damaged, and 50,000 buildings were moderately damaged.

Earthquakes are one of the most devastating natural phenomena and consist of sharp vibrations of rocks near the surface of the earth. Because of their unpredictable events and tremendous destructive power, they have brought fear to humanity from ancient times. It usually lasts only a few seconds with a single shock, but a series of small earthquakes can last up to 5 minutes. Surface earthquakes always occur and are not the cause of underground geological processes. And in many cases the damage caused is huge. The earthquake in Greece and the earthquake (when applied to the earth) are earthquakes. Therefore, earthquake science is called earthquake science. Fire, landslides, tsunamis, falling rocks, building damage, gas pipeline damage are just a few of the secondary impact impacts. Bihar - Nepal witnessed this situation in 1934. During the landslide, "... the observer reported that his car was sinking in the axle." In 1946, after the tsunami of 100 feet or more collided at the coast near Aleutian Coast, the bottom of the lighthouse finally fell to 45 feet above sea level (Watkins, Bottino, Morisawa 51, 53-54). Earthquakes occur naturally; phenomena like rain. They are going on for billions of years, and old-fashioned historical accounts show their influence on people's lives. Before scientific explanation, humans have created folklore to explain them. There was a long way to spinning yarn around the campfire, but still we can not stop the earthquake. Overall, learning as much as possible is fine but you have to put up with it like a tax or a Pokemon earthquake. Earthquake criteria file earthquake vibration of the earth's surface caused by the rapid movement of the outer layer of earth rock. An earthquake occurs when the energy stored in the earth (normally in the form of strain in the rock) is suddenly released. This energy is transmitted to the surface We present two long papers on earthquake essays and earthquakes in the following papers. We are here to help the students complete the tasks to be offered in the class, or to organize competition for the writing of papers at celebrations of domestic or international events at school and university . All papers are written for easy use of the word and latest information, especially for Level 1, Level 2, Level 3, Level 4, Level 5, Level 6, Level 7, Level 8, Level 9, Level 10 Written by the content writer. , 11 students and 12 standard students. . They can choose any of the articles given below to limit various words according to their needs and requirements: For this work, you write an article about "earthquake". You should write this on a notebook paper and call it 'Essay Earthquake Essay'. Complete your thesis according to the following layout instructions. Be sure to use the correct syntax and punctuation marks. Do not forget the beginning of indented indentation Constance Fung November 3, 2015 Block 3 Earthquake: Image Essay At Jack Hodgins' short story 'Earthquake', a series of tumbling bricks embodies the theme, human-nature relationship. In the earthquake, the boy started to realize that the earth is not always strong under the feet, so I could understand how powerful the character is compared to human power. Thus, through the image of the collapse of the bricks, the story clearly shows how nature is ultimately more powerful than human beings. The image of red bricks falling from the roof shows that nature is much stronger than humans. As the earthquake proceeded, the red brick fell violently from the balcony, the boy looked helpless, and he began to understand the amount of control the earth had.

In order to prepare for the earthquake we must know what the earthquake is. An earthquake is an earthquake shaking the earth. They can cause a lot of damage. Earthquakes are occurring all over the world. What is the cause of the earthquake? How can we protect ourselves from the impact of strong earthquakes? Because earthquakes can cause huge damage to homes and places, it is important to understand where it is going. That is also the reason for them. Firstly, earthquakes can occur all over the world. Three earthquakes destroy Italian historic buildings. Powerful 0 January 12, 2010 ... show details It is important to know that earthquakes occur around the world so that people can prepare for earthquakes anytime, anywhere. Also, you need to know what kind of earthquake you must prepare. Another example is an earthquake. Earthquakes known as earthquakes can be very destructive. The magnitude of an earthquake is a measure of its magnitude, and it is the same everywhere. There is no earthquake weather etc. An earthquake will occur if the two Earths suddenly slide past each other. The surface on which they slide is called the fault or fault plane. "The earthquake was caused by a sudden slide of the fault." The earthquake occurred in the article of the earthquake. It is important to know what is caused by an earthquake so that we can better understand them. This way we can protect ourselves from the earthquake. Learn how to protect yourself from the earthquake. Ducks and lids are important. In the event of an earthquake, if you are indoors it is very important to cover the bottom of a calm and heavy object. If you are outdoors, please keep it as far away from the building as possible. If you are in dense stores or public places, keep them away from places where shelves or other objects may fall. Please do not run the door. I kneel down my head and neck and cover it with my hands and arms. "Enter a vacant location" Even if you enter an empty location it is not For this work, you write an article about "earthquake". You should write this on a notebook paper and call it 'Essay Earthquake Essay'. Complete your thesis according to the following layout instructions. Be sure to use the correct syntax and punctuation marks. Do not forget the beginning of indented indentation We present two long papers on earthquake essays and earthquakes in the following papers. We are here to help the students complete the tasks to be offered in the class, or to organize competition for the writing of papers at celebrations of domestic or international events at school and university . All papers are written for easy use of the word and latest information, especially for Level 1, Level 2, Level 3, Level 4, Level 5, Level 6, Level 7, Level 8, Level 9, Level 10 Written by the content writer. , 11 students and 12 standard students. . They can choose any of the articles given below to limit various words according to their needs and requirements: Constance Fung November 3, 2015 Block 3 Earthquake: Image Essay At Jack Hodgins' short story 'Earthquake', a series of tumbling bricks embodies the theme, human-nature relationship. In the earthquake, the boy started to realize that the earth is not always strong under the feet, so I could understand how powerful the character is compared to human power. Thus, through the image of the collapse of the bricks, the story clearly shows how nature is ultimately more powerful than human beings. The image of red bricks falling from the roof shows that nature is much stronger than humans. As the earthquake proceeded, the red brick fell violently from the balcony, the boy looked helpless, and he began to understand the amount of control the earth had.

There are several topics in this article, but the building's seismic design is perfect for my game / animation degree for several reasons. The first reason is that I had the privilege to participate in several art history courses that focused on architecture around the world. Next, I am learning how to use 3D modeling program such as Maya and Cinema 4d. In order to properly carry out these procedures, we need to understand both internal and external to make the model a reality. LuminAID is a social company aimed at providing light to over 2 billion people through Get Light, Give Light models. After the 2012 Haiti earthquake, architectural graduates Andrea Sreshta and Anna Stork designed and patented a compact, bulging sunlight Lumin AID that can be distributed in a cost-effective manner after the disaster. These lighting has been used in more than 70 countries, after Hurricane Sandy, Philippine typhoon Haiyan, Nepal earthquake. Founder Shretta and Stork organize several portable lighting fixtures at the stage and enthusiastically talked about everyone with a bright future After seeing the destruction of the Haiti earthquake in 2010, architectologists Andrea Sreshta and Anna Stork developed LuminAID. This solar expansion product provides light sources in all situations including outdoor activities such as hiking and camping. All five sharks are interested in light that saves this possible life, but the founder finally reached an agreement with Mark Cuba. Hannah and Marklin are parents inspired by their ability to drink on their 9th birthday daughter. Existing straw cups with straws are not efficient enough or they are made of safe materials so they made their own Lollacup. Since collaborating with Mark Cuban and Robert Herjavec, the company raised $ 2 million in sales and expanded its business to other infant products for the Lollaland brand. The Baroque style of the earthquake is Philippine Baroque architectural style, a devastating earthquake hit in the 17th and 18th centuries, a large public building like the church was rebuilt in the Baroque style. In the Philippines, the early church was destroyed by frequent earthquakes, the church's aspect ratio gradually decreased, and the side walls were thickened and supported during vibration to maintain stability. The superstructure is made of lighter material The San Francisco earthquake in 1906 and the Great Kanto earthquake were the most famous and devastating earthquakes of the century. These earthquakes occurred with no warning and resulted in disastrous results. If earthquakes can be predicted, people will be able to evacuate from most buildings, bridges, and elevated roads in dead places. Several earthquakes are well predicted. One of the most famous predictions is China's coastal forecast. In 1970, Chinese scientists positioned Liaoning Province as an area where there could be a major earthquake. These scientists believe that an earthquake occurs in 1974 or 1975. On December 20, 1974, an earthquake warning was issued. Two days later, an earthquake with a magnitude of 4.8 occurred in Liaoning Province, but when we further monitored, a large earthquake is likely to occur. On February 4, 1975, China issued an alarm saying the earthquake would attack Haicheng within 24 hours.

Earthquakes are one of the most devastating natural disasters. They can lead to unexpectedly large earth movements. These movements are created by a large amount of strong energy propagation in the form of seismic waves detected using seismic maps. The impact of the earthquake left several landmarks including destruction of property, extensive damage to services such as sewers and drains, loss of life, instability of the economic and social factors of the affected countries (Webcache 2). Geographical Earthquake Risk Many geographical and environmental hazards are affecting and changing the world we live in. One of the most unpredictable natural disasters that occurred was an earthquake. According to the Merriam-Webster Collegiate Dictionary, an earthquake is "vibration or vibration of the Earth derived from a volcano or a structure". However, physical reasons, economic and social impacts, and costs are far beyond. Dictionary definitions - Earthquakes are one of the most destructive natural phenomena and are composed of rapid vibration of rocks near the Earth's surface. Because of their unpredictable events and tremendous destructive power, they have brought fear to humanity from ancient times. A single shock usually lasts only a few seconds, but a series of small earthquakes can last up to 5 minutes. Earthquakes may be related to volcanic disasters, especially precursors of volcanic eruptions. However, without the help of volcanoes, earthquakes can cause disasters. Seismic waves generated by the earthquake can release a large amount of energy. However, if an earthquake occurs in an uninhabited area, it is not a human disaster. Volcanic eruption occurs as a result of volcanic eruptions. The type of volcanic eruption is important. For example, a quiet lava eruption gives humans enough time to evacuate the area. It is sometimes difficult to avoid a violent explosion caused by a slight warning. Many people do not believe that the volcano harms too much damage and refuses to move. Natural disasters are natural disasters that affect the environment, such as floods, tornadoes, volcanic eruptions, earthquakes, landslides, which can lead to economic, environmental and human loss. This is a terrible event, not caused by human activity, but leads to death, injury, or property damage. The resulting loss depends on the ability of the population to support or resist the disaster and its resilience. This view focuses on formulation. A disaster will occur when a disaster is at risk. Therefore, natural disasters never cause natural disasters in regions without vulnerability like strong earthquakes in unattended areas. Therefore, the term nature is controversial. Because this event is neither a disaster nor a disaster without human involvement. Natural disasters due to changes in plate tectonics are earthquakes, volcanoes, eruptions of geysers, tsunamis.

In January 2013, more than 10,000 underground injection wells were operating in Oklahoma State, of which 6,000 were wells to enhance oil recovery. The remainder of more than 4,000 wells are used to store the waste generated in the well. These wells are very deep underground and can range from 10,000 to 20,000 feet underground. Scientists believe that these wells may have some influence on the structural plate and cause an earthquake. The biggest earthquake in history in Japan occurred in the vicinity of Japan in 2011, and it is measured as 0. On September 3, 2016, an earthquake of magnitude 6 occurred near Poni. Previous earthquake records in Oklahoma occurred at El Rilino on April 9, 1952 and were measured as level 5 Rise of the Oklahoma Earthquake As the earthquake increases, we have to find a solution to help identify the cause, limit it, and even prevent it. Early in 2009, the earthquake struck Oklahoma, and many people are worried about their happiness. Many scientists speculate that the cause of the earthquake may be the result of hydraulic crushing occurring deep in the crust. Hydraulic crushing is a process of oil and nature. Although earthquakes are usually small, they are dangerous to communities where wells are located, and drainage from excavation wells and hydraulic fracturing wells is buried deep underground. For example, in Oklahoma, the number of earthquakes occurring mainly in wastewater treatment wells and in Oklahoma State and California state is large, so the state where earthquakes are difficult to occur is shaken by small and medium scale earthquakes. Since the regulation of wastewater wells in Oklahoma State in 2016, the number of earthquakes has declined The earthquake in Oklahoma State is related to human factors (60 minutes). "Oklahoma is the most vulnerable state in the mainland of the United States and even more surprising is that almost all the earthquakes in Oklahoma state are man-made, these are caused by the state's largest and most important industry In Oklahoma State, an average of two earthquakes occur yearly by 2009, magnitude 3 or more, last year 907 occurrences, this is correct, 907. " In order to investigate the relationship between the earthquake in Oklahoma state and the state-wide anxiety, Kathy et al. Used a new method for discovering the state of Oklahoma between January 2010 and May 2017. After more than four state earthquakes, the number of Google search events related to anxiety has increased. In a wide area near the epicenter, we usually can not feel 4 levels. The comprehensive national earthquake system comprehensive catalog of the US Geological Survey shows the date and magnitude of the earthquake (Figure 2). The survey team used the Google Health application programming interface to tabulate weekly anxiety rates based on Oklahoma health related search events. In the quasi-experimental time series analysis from January 2010 to May 2017, we evaluate the number of earthquakes more than four times per month related to anxiety and control the overall anxious search event of the United States and the health related queries peculiar to Oklahoma did.

An earthquake is an earthquake or tremor caused by an underground volcanic activity, rock crushing or subsurface movement. The volcanism and the strain generated by the moving rock continues to constitute the sudden release of the pressure creating the shock wave. There are vibrations generated in the Earth's crust from almost meaningless to extremely destructive. Shock waves are divided into two categories. Waves that transmit particles that oscillate back and forth in the same direction as the direction of wave propagation are called primary waves. Earthquakes sometimes shock. These are small earthquakes occurring at the same place as the subsequent large earthquake. Prior to the earthquake scientists could not judge the earthquake as a pre-quake. The biggest big earthquake is called the mainshock. The main impact is always accompanied by aftershocks. These were small earthquakes which occurred later in the same place as the main shock. According to the magnitude of the main shock, aftershocks, aftershocks may last several weeks, months, even years. I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power b Several earthquakes had a major impact on the earth. Since the earthquake is not exactly the same, its influence will depend on the area where the earthquake occurred and the magnitude of the earthquake. One of the effects of the earthquake is strong ground motion. Strong ground motions are the result of seismic waves arriving at the surface of the earth. Another influence is the fire after the earthquake, which is a secondary influence of strong earthquake ground motion. Damage to the ground and landslides are all caused by an earthquake caused mainly by strong ground motion. When an earthquake occurs at the ocean floor, a huge wave is generated by the tsunami.

An earthquake earthquake is the vibration of the surface of the earth caused by the rapid movement of the outer layer of the Earth's rock. The sudden sway of the ground that occurs when a large amount of rock changes under the surface of the earth is called an earthquake. Shock waves from the mass of movement may be sufficient to change the surface of the earth, tilt the cliffs upwards, and open up large cracks on the ground. Earthquakes that scientists call earthquakes are almost always occurring. Earthquakes sometimes shock. These are small earthquakes occurring at the same place as the subsequent large earthquake. Prior to the earthquake scientists could not judge the earthquake as a pre-quake. The biggest big earthquake is called the mainshock. The main impact is always accompanied by aftershocks. These were small earthquakes which occurred later in the same place as the main shock. According to the magnitude of the main shock, aftershocks, aftershocks may last several weeks, months, even years. I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power b

I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. There are vibrations from something almost imperceptible to devastating and destructive nature. The earthquake and tsunami in 2004 have become the most fatal natural disaster in the world since the 1976 Tangshan earthquake. The earthquake was the third strongest earthquake since 1900. The most deadly earthquake in history occurred in Shaanxi province of China in 1556, and the estimated death toll was 830,000 people, but the data of this period may not be reliable. Prior to 2004, the tsunami caused by the occurrence of Krakatoa in India and the Pacific in 1883 was thought to have caused 36,000 to 120,000 deaths. In 1782, about 40,000 people were murdered by the tsunami (or hurricane) in the South China Sea. The most deadly tsunami before 2004 was the Italian earthquake in Messina in 1908, about 123,000 people died in the earthquake and tsunami. The tsunami surprised the geologist. Since the earthquake is a side-slip earthquake, it is expected that the tsunami will be at a low altitude of about 2 meters maximum. During the side-slip earthquake, the motion of the crust is predominantly horizontal, and most of the tsunami occurs in the event of vertical motion. One explanation is that the earthquake caused a water slope and caused a tsunami. According to the report, over 70,000 houses were destroyed and thousands of people were forced to live in evacuation centers and tents. The majority of mosques and Antapur hospitals collapsed in the provincial capital Palu in central Sulawesi province. Palatur's Tatura Mall is one of Palu's oldest shopping centers, with dozens of people collapsing. The 8-story hotel called Roa-Roa hotel also collapsed and attracted many guests. Participants in the Palu Annual Paragliding Festival are also among them.

Earthquakes in Oklahoma Increasing Earthquakes We have to find out the causes of them and find solutions to prevent them. Early in 2009, the earthquake struck Oklahoma, and many people are worried about their happiness. Many scientists speculate that the cause of the earthquake may be the result of hydraulic crushing occurring deep in the crust. Hydraulic crushing is a process whereby oil and gas companies pump millions of wastewater, sand gallons processes, and chemicals inside the earth to release the shale pocket. The earthquake in Oklahoma State is related to human factors (60 minutes). "Oklahoma is one of the most earthquake-prone states in the United States, and more surprisingly that almost all of the earthquakes in Oklahoma are caused by people who are the largest and most important industries of the state. Production of natural gas is not caused by crushing but this is most of the people's idea There were 2 earthquakes of magnitude 3 or more each year by 2009. 907 " Earthquakes in Oklahoma Increasing Earthquakes We have to find out the causes of them and find solutions to prevent them. Early in 2009, the earthquake struck Oklahoma, and many people are worried about their happiness. Many scientists speculate that the cause of the earthquake may be the result of hydraulic crushing occurring deep in the crust. Hydraulic crushing is a process of oil and nature. Although earthquakes are usually small, they are dangerous to communities where wells are located, and drainage from excavation wells and hydraulic fracturing wells is buried deep underground. For example, Oklahoma state is commonly prone to earthquakes, but now it is dominated by many small and medium seismic laws, mainly due to the number of earthquakes in Oklahoma State to California, sewage treatment wells. Since the regulation of wastewater wells in Oklahoma State in 2016, the number of earthquakes has declined

California is known for its frequent earthquakes. The earthquake not only changed the environment, but also deprived many lives. For example, the scale of the 1989 Loma Prieta earthquake was nine, known for destroying San Francisco and most of its buildings. Earthquake killed 60 people, injured 4,000 people, assets of 6 million dollars were lost. Many people think this is an earthquake similar to the 1906 earthquake. In the past few years, reports of natural disasters and damage caused by these disasters are increasing. Between 2004 and 2005, the tsunami occurred in parts of Asia and the Americas, hurricanes and earthquakes are examples of natural disasters over the past few years, and some floods in Uttarakhand province were damaged by these natural disasters An example. Due to these disasters many people were forced to evacuate and a significant loss of property was reported. In addition to these incidents, natural disasters may include volcanic eruptions, tsunamis, floods, droughts, landslides or earthquakes. When disasters occur due to natural disasters, they are called natural disasters, and humans can hardly control them. Common natural disasters include earthquakes, landslides, floods, and hurricanes. Natural disasters include tsunamis, volcanic eruptions, and forest fires. These disasters cause great loss of life and property. An earthquake is the vibration of the Earth's surface caused by the rapid movement of the Earth's crust and outer layers. Ever since its founding 4.6 billion years ago, the earth was a dynamic and evolving system. The various continents and seas that we see today have changed many times in the history of the earth. Natural disasters are major adverse events caused by natural disasters on the planet. Examples of natural disasters include floods, tsunami, tornadoes, hurricanes / cyclones, volcanic eruptions, earthquakes, heat waves, landslides, and so on. Other types of disasters include cosmic scenarios than asteroids hit the Earth. Artificial disasters are the result of technological or artificial hazards. Examples include large events, urban fires, occupational accidents, oil spills, nuclear explosions / nuclear radiation, war acts and so on. Other types of human-induced disasters include devastating global warming, nuclear warfare, and more global scenarios of bioterrorism.

What is an earthquake earthquake? The earthquake is a sudden and intense vibration / earthquake of the ground. Sometimes the earthquake is small, there are things that nobody can feel. But at other times the earthquakes are so big that they can kill thousands of people and cause a lot of damage. "An earthquake will occur if the two earths slide on each other." Http://earthquake.usgs.gov/learn/kids/eqscience.php (The surfaces on which they slide are called faults or fault planes.) There are various earthquakes. as a result Looking at the past history of the earthquake in Gujarat Province, a strong earthquake occurs every 30 years, such as the Bhawnagar earthquake of 1872, the Kaki earthquake of 1903, the Dwarka earthquake of 1940, the 2001 earthquake of 1970. Puget earthquake Between 1845 and 1956, 66 medium moderate earthquakes were registered in the Katch area, but no one was killed, five intense earthquakes and a very serious earthquake hit areas I rocked. In fact, the destruction of the catch began with the big earthquake of June 19, 1819 (Richter grade level 7.1), 2,000 people were killed, the Bouzi town was destroyed, and the famous Ahmedabad earthquake was damaged. A ridge with a length of 1 kilometer was made by the Allah Bund (most of them currently in Sindh of Pakistan, only 15 km from India). There are big earthquakes and small earthquakes. Large earthquakes can attack buildings and cause death and injury. Earthquake measurements are used to measure earthquakes. The magnitude of the earthquake and the strength of the impact are usually reported on the Richter scale. Richter scale was invented in 1935 by Charles Francis Richter. On the scale, 2 is almost unnoticed, level 5 (or higher) deals large damage. Ocean bottomquakes can cause a tsunami. This may bring about as much death and destruction as the earth itself itself. Landslides may also occur. Earthquakes are part of the Earth's lock cycle. Impact can be measured with a seismograph. Vibration caused by an earthquake can be detected. It places these movements on the seismograph. Earthquake strength or magnitude is measured using the Richter scale. The Richter scale number is 0 to 9

Faults without quaternary activity are least likely to cause an earthquake. The Holocene active fault is considered to be the most active There are hundreds of faults in the San Francisco Bay Area alone. Except for the smallest earthquake, all faults are the result of crustal deformation. However, most movements and most earthquakes occurred in the Earth's past. As the stress pattern in the Earth's crust changes with geological time, a fault is formed, which is slid for a period of time and then discarded. Geologists focused their research on Quaternary active faults that were broken during the Quaternary. Faults that have not broken within the last 8 million years have been abandoned or at least less frequent than earthquakes. On the other hand, faults that occurred during the Holocene (11, 500 years ago) were considered to be the most active and dangerous faults. This tomogram (red line) contains many old faults not shown on the main map. Since these faults do not show evidence of the quaternary fracture, it is considered that the possibility of causing future earthquakes is low. Structural motion along the fault is usually slow, but most of the geologically old faults are currently oscillating (ie they do not cause earthquakes anymore), but all known faults are in the past 1 It is assumed that it is a place of more than one earthquake. Actual faults associated with earthquakes can become complicated and it is often unknown whether total energy will be released from a single fault plane for a particular earthquake. Observed geological faults occasionally show relative displacement of several hundred kilometers in geological time and the sudden sliding movement of seismic waves may be only a few centimeters to several tens of meters. For example, in the Tangshan earthquake of 1976, a surface slip of about 1 meter was observed along the causal fault in the eastern part of Beijing. In the 1999 earthquake in Taiwan, the Cherooms fault slid upward 8 meters upward. Earthquakes in the fault - Lateral deflection earthquakes occur in horizontal faults, normal earthquakes occur in normal faults, thrust type earthquakes occur in thrust faults. When an earthquake occurs in one fault, the rock on one side of the fault slips against the other side. The fault plane can be vertical, horizontal, or oblique to the surface of the earth. Slide direction can be any angle What is the relationship between the fault and the earthquake? What happens when an earthquake occurs? The Alaska earthquake is a subduction zone (large earthquake) caused by the subduction of the oceanic plate beneath the oceanic plate. The responsibility of the Aleutian War, this is the reverse failure caused by compression. This results in the most uneven ground. This is the result of the ground moving to the opposite height. Two kinds of tsunamis occurred in the subduction zone earthquake. In addition to about 20 minor and local tsunamis, a structural tsunami occurred. These small tsunamis were caused by submarines and landslides, accounting for the majority of the damage caused by the tsunami. Tsunamis were discovered in over 20 countries including Peru, New Zealand, Papua New Guinea, Japan, Mexico, Antarctica. The largest tsunami is recorded at Shoup Bay in Alaska at a height of about 67 m (220 feet). Trembling in the Australian well

The total amount of energy released over two weeks is calculated by adding the energy of all the recorded earthquakes. (We use a calculator because there are many numbers to total.) The total energy of the earthquake measures TNT of 1,328.4 quality. The Southern California sector is growing at a relatively steady pace. Therefore, there are estimates that an earthquake of magnitude 0 must occur every 200 years. In terms of metric tons of TNT, this is how much energy. Seismology (/ saɪzmɒlədʒi /; from ancient Greek) (seismós) means "earthquake", and -λογί (-logía) means "research". Body This area also includes research on earthquake environmental impacts such as tsunamis, volcanoes, structures, oceans, atmospheres, explosions, and other seismic sources. A related field that uses geology to deduce past earthquake information is paleostocene. Earthquake ground motion records as a function of time are called earthquake records. Seismologists are scientists engaged in earthquake research. Therefore, an earthquake is the form of energy transferred to the surface of the earth in the form of seismic waves. The study of the earthquake and the waves it creates is called Seismology ("Shaking from the Greek earthquake"). Scientists who study earthquakes are called earthquake scholars. Devices recording seismic waves are called seismographs. The precise point at which an earthquake occurs under the surface of the earth is called the focal point or epicenter. The point on the surface of the earth above the focal point is called the epicenter. Richter scale is used to measure the strength of an earthquake. The measurement range of intensity is 0 to 8 or more (Table 18.1). The intensity of the earthquake varies. Seismologists, the tool most commonly used by those studying the movement of the Earth's crust is the size of Richter. Richter's strong earthquake creates power equivalent to 100 times the strength of the atomic bomb that Hiroshima dropped. As the Richter scale value increases, the intensity will be 100 times higher than the previous value. The other device is a seismometer that measures earthquakes of weak intensity called earthquakes. However, these measures are only used to measure the effects of earthquakes and can not be used to predict the occurrence of earthquakes.

When the house collapses, not only the place where the family lived, but also the property and property destroyed by the collapse are destroyed. When deciding to renovate the house you need to consider the family property as well. Why is California concerned about raising awareness of the earthquake? Firstly, by paying more attention to change, more buildings will be able to withstand high-intensity earthquakes like the Roma-Prieta earthquake . Secondly, there is a warning system that tells us that the time of the earthquake occurred before the destruction. Earthquakes are one of the most devastating natural disasters known to man. As everyone knows, they will destroy the entire city in a couple of minutes. Most people do not know that earthquakes are common all over the world; they are more powerful in places like California and a small country in South America. In the past few years, reports of natural disasters and damage caused by these disasters are increasing. Between 2004 and 2005, the tsunami occurred in parts of Asia and the Americas, hurricanes and earthquakes are examples of natural disasters over the past few years, and some floods in Uttarakhand province were damaged by these natural disasters An example. Due to these disasters many people were forced to evacuate and a significant loss of property was reported. In addition to these incidents, natural disasters may include volcanic eruptions, tsunamis, floods, droughts, landslides or earthquakes. When disasters occur due to natural disasters, they are called natural disasters, and humans can hardly control them. Common natural disasters include earthquakes, landslides, floods, and hurricanes. Natural disasters include tsunamis, volcanic eruptions, and forest fires. These disasters cause great loss of life and property. An earthquake is the vibration of the Earth's surface caused by the rapid movement of the Earth's crust and outer layers. Ever since its founding 4.6 billion years ago, the earth was a dynamic and evolving system. The various continents and seas that we see today have changed many times in the history of the earth.

Natural disasters affect millions of people worldwide each day. Earthquakes are one of the most powerful natural disasters, damaging our environment and spending several trillion dollars a year every year. In order to respect the power of an earthquake it is necessary to first understand their causes, the difference between them and the bioenergy generated, the type of damage they cause, how to predict them and how to protect them It must be. Living in a known earthquake zone is dangerous and can lead to significant economic losses and loss of human lives. People living near volcanic erupts are familiar with volcanic earthquakes. Their houses sway within the myriad earthquakes that occurred before the volcanic eruption and during the volcanic eruption. Until the eruption of Vesuvius volcano erupted in 79 AD, residents of Pompei felt earthquakes every day, but they continued their work everyday (Francis, 1993). When the Pinatubo volcano of Pinarris broke out in 1991, the nerve squeaked like a window of a volcanic earthquake. Since there are earthquake warnings indicating volcanic tremor, people can evacuate to a safe place. Volcanic microtremor signals have been used successfully in predicting St Helens volcano in 1980 and Pinatubo volcanic eruption in 1991. Volcano - Tectonic earthquakes can damage artificial structures and landslides An earthquake is an earthquake or tremor caused by an underground volcanic activity, rock crushing or subsurface movement. The volcanism and the strain generated by the moving rock continues to constitute the sudden release of the pressure creating the shock wave. There are vibrations generated in the Earth's crust from almost meaningless to extremely destructive. Shock waves are divided into two categories. Wave ... About the number of deaths in the class of the Kobe earthquake, I was asked to investigate "Why are so many people dead in the Kobe earthquake?" What are the reasons and which sections are involved? What are the primary and secondary effects? How Japanese citizens prepare for disaster How are Japanese authorities dealing with disasters? How do Japanese authorities handle things?

Earthquake destructive natural phenomena Earthquakes are one of the most devastating natural phenomena and consist of rocky shocks near the surface of the earth. It is the most terrible of all natural phenomena, and it has suddenly brought horror from ancient times as it has suddenly unpredictable events and tremendous destructive power. Vibration usually lasts only a few seconds, but some earthquakes may last for several minutes. Although the damage that may have occurred can be enormous, the apparently felt earthquakes are not necessarily the cause of a particular geological process. An earthquake is one of the most destructive natural phenomena, and it is a sharp rock vibration near the surface of the earth. Because of their unpredictable events and tremendous destructive power, they have brought fear to humanity from ancient times. A single shock usually lasts only a few seconds, but a series of small earthquakes can last up to 5 minutes. - Earthquake Earthquake is the vibration of the Earth's surface caused by the rapid movement of the outer layer of the Earth's rock. The sudden sway of the ground that occurs when a large amount of rock changes under the surface of the earth is called an earthquake. Shock waves from the mass of motion may be sufficient to change the surface of the earth, tilt the cliffs upwards, and open large cracks on the ground. Earthquake destructive natural phenomena Earthquakes are one of the most devastating natural phenomena and consist of rocky shocks near the surface of the earth. It is the most terrible of all natural phenomena, and it has suddenly brought horror from ancient times as it has suddenly unpredictable events and tremendous destructive power. Vibration usually lasts only a few seconds, but some earthquakes may last for several minutes. - What the Bay Area and the earthquake have learned since the earthquake. At that time, the error shifted as the geologist did not expect. The southwest side moved laterally while sliding northwest with respect to the south east side. "The earthquake in 1906 celebrated the dawn of modern scientific research on the San Andreas fault system" (USGS) When the 1906 earthquake occurred, scientists would observe the effects of the earthquake I proposed. The earthquake is one of the most devastating mothers in the world. Earthquakes are defined as earthquakes or microtremors, but due to sudden energy release, sliding and movement of the crust may slip and move, causing a series of vibrations on the ground and causing damage. This series of vibrations is called a seismic wave and can be measured using a seismometer which is also a seismometer that records earthquake waves. This disaster can occur naturally or it can be caused by human activities and it is difficult to predict (Wikipedia, 2009)

You can think of mini version bugs like board border. The fault is a crack of the Earth's crust, the upper layer of the rock around the Earth. The crust floats above the mantle, which is the lava that constitutes the bulk of the interior of the earth. By contrast, the plate is one of the huge rocks that make up the Earth's crust, and the plate boundary is the place where the plates encounter and interact. Essentially the same stresses in the Earth's crust that cause the formation of faults will also create pressure on it. You must remember that we deal with rocks in the basement - the mistakes are not smooth and unified This movement is slow and it is not enough for us to feel something - it has accumulated for hundreds of years. But as rocks pass each other's rock it can be caught - stuck on another rock Earthquakes in the fault - Lateral deflection earthquakes occur in horizontal faults, normal earthquakes occur in normal faults, thrust type earthquakes occur in thrust faults. When an earthquake occurs in one fault, the rock on one side of the fault slips against the other side. The fault plane can be vertical, horizontal, or oblique to the surface of the earth. Slide direction can be any angle What is the relationship between the fault and the earthquake? What happens when an earthquake occurs? Sometimes, a so-called earthquake storm produces a series of earthquakes occurring in the earthquake Each earthquake is caused by vibration and stress redistribution of the previous earthquake. These are similar to aftershocks, but in adjacent fault segments these storms have occurred over many years and some of the subsequent earthquakes are as destructive as the initial earthquakes. This model was observed in a series of 12 earthquakes occurred in the Anatolian Fault in the northern part of Turkey in the 20th century and an old and abnormally large earthquake group was estimated in the Middle East. Whenever an earthquake hits a cluster, a series of earthquakes occurs in various storms of earthquakes. The tsunami is a dangerous form of earthquake in which a series of sudden changes occur in the ocean due to strong earthquakes. It is a very serious problem for people's lives, security, seismic engineering, including swallowing coastal areas, sweeping out the whole town and destroying houses. Unfortunately there is no way to stop people from running away from people and warning them to save lives through various warning systems. In the most general sense, the term earthquake is used to denote any earthquake event that generates seismic waves, whether natural or human. Earthquakes are mainly caused by destruction of geological faults or other events such as volcanic activity, landslides, mine explosions, nuclear tests and so on. The first failure point of the earthquake is called epicenter or epicenter. The epicenter is at the base point just above the source. Tectonic earthquakes occur everywhere on the earth where there is sufficient accumulation of elastic strain energy to move the crack along the fault plane. Only when the frictional resistance increases along the surface of the fault without irregularity or roughness the side of the fault can move smoothly and without vibration. Most fault planes have such roughness, which leads to stick-slip behavior.

Earthquake: Mathematical Application The earthquake on October 13, 2010 caused a sense on the Norman campus of the University of Oklahoma, allowing students to take classes and sit in the middle of the calculus. An earthquake of magnitude 3 occurred 10 miles southeast of Norman and felt like North and Stillwater. For many students, the seismic activity in Oklahoma State is unknown, so a shock of a few seconds is an undiscriminable earthquake. Indeed, in Oklahoma there are many earthquakes almost every day, but usually it is not as strong as it feels. Applicable mathematics is a sub-field of applied mathematics, but there is no agreement on the exact definition. The term "applicable mathematics" is sometimes used to distinguish traditional applied mathematics developed using physics and many mathematical fields applicable today to real world problems . Mathematicians usually distinguish between "applied mathematics" on the one hand and "mathematical applications" or "applicable mathematics" inside and outside science and engineering on the one hand. Among mathematicians, this term also applies to mathematics, highlighting the separation or division of traditional applications from new applications that were previously considered pure mathematics. For example, from this point of view, ecologists and geographers applying known mathematics using demographic models do not apply, but they apply to mathematics. Applied mathematics is the application of mathematical methods in various fields such as science, engineering, business, computer science, industry. Therefore, applied mathematics is a combination of mathematical science and expert knowledge. The term "applied mathematics" also represents the occupational characteristics of mathematicians who solve practical problems by developing and studying mathematical models. In the past, practical use promoted the development of mathematical theory, then mathematical theory became the subject of pure mathematical research where studies of abstract concepts were done for them. Therefore, the activities of applied mathematics are closely related to research of pure mathematics.

This is a sidewalk of Hollister, California. The curves of the walls and corners of the sidewalks are where the San Andreas fault passes. This fault was once thought to be the most likely place of the next big earthquake. Currently it is slippery and it is thought that the possibility of a big earthquake is low. This is from the north of San Francisco. The rocks here are crushed into horn gravel rocks. The geologist's term comes from many languages. In other words, "broken rock" and "rectangular rock" are both Italian. Even if we fail these things, it is only possible to make that part finer. In addition, if there is fluid along the fault, this will also help to lubricate A large number of fault slips are lubricated and there are no earthquakes. However, large slips usually contain deep rocks that collide with other rocks and cause an earthquake. Structural motion along the fault is usually slow, but most of the geologically old faults are currently oscillating (ie they do not cause earthquakes anymore), but all known faults are in the past 1 It is assumed that it is a place of more than one earthquake. Actual faults associated with earthquakes can become complicated and it is often unknown whether total energy will be released from a single fault plane for a particular earthquake. Observed geological faults occasionally show relative displacement of several hundred kilometers in geological time and the sudden sliding movement of seismic waves may be only a few centimeters to several tens of meters. For example, in the Tangshan earthquake of 1976, a surface slip of about 1 meter was observed along the causal fault in the eastern part of Beijing. In the 1999 earthquake in Taiwan, the Cherooms fault slid upward 8 meters upward. Most earthquakes are caused by sudden slippage of geological faults. The fault slips by the movement of the Earth's tectonic plate. This concept is called elastic rebound theory. The rock structure plate moves very slowly and floats on the weak rock formations. When the plates collide with each other or slide against each other, pressure is applied to the rock skin. Local shell pressure slowly increases over hundreds of years, eventually causing an earthquake if it exceeds the strength of the rock. Earthquakes also occur in human activities, such as filling reservoirs. This increases the pressure on the Earth's crust. The crustal stress creates a fault - it will cause an earthquake where the rock may move and slip. The nature of the earthquake largely depends on the type of fault slip that causes an earthquake or movement along the fault. Geologists classify faults according to the direction of fault slip There are hundreds of faults in the San Francisco Bay Area alone. Except for the smallest earthquake, all faults are the result of crustal deformation. However, most movements and most earthquakes occurred in the Earth's past. As the stress pattern in the Earth's crust changes with geological time, a fault is formed, which is slid for a period of time and then discarded. Geologists focused their research on Quaternary active faults that were broken during the Quaternary. Faults that have not broken within the last 8 million years have been abandoned or at least less frequent than earthquakes. On the other hand, faults that occurred during the Holocene (11, 500 years ago) were considered to be the most active and dangerous faults.

Indonesia is mainly in the center of many natural disasters because it is geographically close to a wide watershed. Tsunamis and typhoons occur as frequently as small to large earthquakes caused by very active subduction zones. Several active subduction zones were found there, and the India - Australia plate moved under the Eurasian plate and moved at a speed of approximately 50 - 70 mm per year, and the Pacific plate was in the Eurasian plate It moves downwards and moves at an annual rate. 100 to 110 mm From California to Alaska, Japan, Taiwan, the Philippines, and Indonesia, tsunamis and earthquakes can occur around the Pacific Rim Volcano Zone. The Philippines is not unfamiliar with the earthquake - the Philippine archipelago is mainly caused by a structural quarrel between the Eurasian plate and the Pacific plate, forming a Philippine plate as a unique presence. Latest earthquake activity near Metro Manila area: August 31, 2018, Magnitude 5.5, GMT 14: 40: 29 (local time 22: 40: 29), location 13.556 ° N 120.903 ° E East 8 MM Puerto Galera, The 140 KM Mindoro Island lasted 2.0 seconds in the Metro Manila area, but there was no major damage to the structure, only vibration. Earthquake information from the USGS website Rolling from the land under the island caused three disasters. The first eruption of Merapi volcano occurred several hours after a strong submarine earthquake near Sumatra, one of the western islands of Indonesia. The earthquake caused a ten-foot tsunami or a huge wave, at least 430 people died and about 16,000 people lost their homes. In the past two weeks, the island experienced hundreds of earthquakes. According to the report, an earthquake of magnitude 9 occurred on May 4, 2018. This is the strongest earthquake on the 43-year-old island. Immediately after the earthquake, some beaches were photographed and retreated, but no tsunami warning was issued. For those unaware, large-scale island earthquakes can cause tsunamis. It is generally considered that the tsunami is showing signs of development as the coastline retreats after the earthquake. Earthquakes continue to be a threat in Indonesia, as the main crustal plate in this area encounters volcanic activity. Just as it happened on December 26, 2004, one of the big plate boundaries in the western part of Sumatra (the collision between the Indian Ocean and the Asian plate) is stressed, so in Indonesia we will wait for the next "big earthquake" Earth There are also scientists. The catastrophic earthquake of magnitude 2 caused a catastrophic tsunami (see below). However, scientists do not know when and where the next big earthquake will occur.

Reporting of felt fracture caused by hydraulic fracture is very rare. However, wastewater from hydraulic fracturing wells can cause "induced" earthquakes when injected into deep wastewater wells. The wastewater treatment well operates longer than the hydraulic crushing operation and injects more fluid. Compared to hydraulic fracture, wastewater injection can raise the pressure level in the formation in a wider area over a long period of time. Therefore, compared to hydraulic fracturing, wastewater injection is more likely to cause an earthquake. Most sewage injection wells are irrelevant to the felt earthquake. Injecting induced felt earthquakes requires a combination of many factors Hydraulic fracturing may be associated with induced seismic activity and earthquakes. The severity of these events is often too small to be detected on the ground, but the vibrations injected into the treatment wells are large enough to be felt and large enough to cause property damage and injury . The US Geological Survey reported that 7.9 million people in several states have earthquake risk similar to California. Hydraulic crushing and similar practices are the main factors. Human activity has changed the pressures of hydraulic fracturing (or hydraulic fracturing) and wastewater treatment on the surface - it is known to cause earthquakes even in areas where earthquakes are not common. In hydraulic crushing, slurries of water, sand and chemicals are pumped up to the ground under high pressure, cracks are introduced in the rocks, and oil and natural gas are released. This may cause a small earthquake, but usually it is not detected without a sensitive instrument. Discharging wastewater by injecting wastewater into the Earth's crust triggers an earthquake. As the increased fluid pressure moves out of the well, it reaches the fault in the correct direction and may approach the fracture and slide it. These deeper faults are larger than usual, so a larger earthquake may occur. Understanding the relationship between these processes and earthquakes is important to reduce the risk of earthquakes Published research has shown that human activities can cause earthquakes for a long time. Such seismic induction processes include fluid injection for improving oil recovery, solution mining, hydraulic crushing, geothermal stimulation, and treatment of effluents from industrial or petroleum and gas operations. Fluid injected into deep wells will substantially increase the underpressure pressure to overcome the frictional resistance, especially if the crustal stress is large in the event of crushing approaching the destruction of the crystalline basement rock near the injection site It may cause slippage of the crushed layer.

The earthquake that occurred across the Midwest on June 18 unstably reminds us that there is a possibility that an earthquake may occur everywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but only the magnitude 0 earthquake caused not much damage. However, this is the awakening of those who did not notice the warning that there was the possibility of the occurrence of a larger and devastating earthquake in the past. The 1989 Loma Prieta earthquake ended the decades of calm in the Bay Area in San Francisco. This is a call for awakening to prepare for unavoidable possibilities and more serious future impacts. Since 1989, the activities of the US Geological Survey and other organizations have provided a more effective strategy to raise awareness of earthquake threats in the Gulf region, increase awareness of earthquake risks, and reduce earthquake losses It was. These efforts will help reduce the impact of future major earthquakes in the San Francisco Bay Area. Robert Page, American Geological Survey The earthquake that occurred across the Midwest on June 18 unstably reminds us that there is a possibility that an earthquake may occur everywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was no major damage. - Natural phenomena harming earthquakes Earthquakes are one of the most destructive natural phenomena and consist of sharp vibrations of rocks near the Earth's surface. It is the most terrible of all natural phenomena, and it has suddenly brought horror from ancient times as it has suddenly unpredictable events and tremendous destructive power. Vibration usually lasts only a few seconds, but some earthquakes may last for several minutes. There were many big earthquakes in the bay. With all major earthquakes, death is a direct result of building design and seismic safety law. On 21 October 1868 the most devastating earthquake occurred in San Francisco. It is known as the "San Francisco earthquake". It burst from the southern end of the Hayward fault. More than 20 people died in the earthquake, more than 60 people were injured, property of 300 thousand dollars was destroyed - a large amount of money then. On April 18, 1906, the San Andreas fault was broken at a speed of 7 degrees. More than 3,000 people died in the earthquake and about 225,000 people were injured. The total damage of the earthquake exceeded 400 million dollars.

Earthquake in general: Jonathan Levron "Earthquakes are often severe weather phenomena such as hurricanes and tornadoes, people all over the world, in many cases evenly devastating earthquakes occur at any time in the earthquake It is one of the most powerful powers of the nature's planet with a potential influence.Even in regions where they are concentrated, nearby regions, and even far away from the earthquake tsunami, a series of the most powerful There is influence of magnitude (Briney 1). The essence of making life on Earth also has enough power to make a revolution in the world. Unprecedented movements on the earth have led to many of the most deadly natural disasters such as earthquakes, tsunamis, volcanic eruptions and landslides. This is the seven most natural hazards on Earth. Landslide is a geological activity that falls of rock and earth occur on a piece of land. A heavy rain, a small earthquake, a volcanic eruption, and of course gravity is the driving force of the landslide. Human activities such as mining, construction, quarrying may also cause landslides. Soil is far from the actual foundation, the sharp decline in the groundwater level and the cracking of the ground are the result of the landslide. The earthquake is one of the most devastating mothers in the world. Earthquakes are defined as earthquakes or tremors, but due to the sudden release of energy, slippage and movement of the crust may slip and move, causing a series of vibrations on the ground and causing damage. This series of vibrations is called a seismic wave and can be measured using a seismometer which is also a seismometer that records earthquake waves. This disaster can occur naturally or it can be caused by human activities and it is difficult to predict (Wikipedia, 2009) However, to differentiate, scientists divided the crust into various seismic zones according to the seismic activity of the corresponding area. The area where the earthquake is the most active is the earthquake most likely to cause an earthquake. Earthquakes can be avoided, but some precautions on this point can be taken Animals can maximize the use of animals compared to humans, their sensations are highly changed and developed It has been. Since animals can perceive earthquakes several hours before the earthquake occurs, they can react automatically. In Japan where an earthquake prone area tended to occur, a special kind of fish that jumped out of the water in an abnormal way before the earthquake was raised and jumped in again. The same advanced earthquake resistant construction will also help to reduce the degree of damage

The term earthquake comes from the Greek word "shaking". Earthquakes are visible cracks on the surface of the earth. The release of energy and the stress stored in the Earth's crust may cause seismic waves. Since the early civilizations, there was an earthquake. In the past, the earthquake was compared with "a fuss about psychobiology". Specifically, Aristotle and the ancient Greeks said the earthquake is the result of "underground wind". Early earthquakes were recorded by seismographs, which calculated the waves generated by each earthquake. The earthquake and tsunami in 2004 have become the most fatal natural disaster in the world since the 1976 Tangshan earthquake. The earthquake was the third strongest earthquake since 1900. The most deadly earthquake in history occurred in Shaanxi province of China in 1556, and the estimated death toll was 830,000 people, but the data of this period may not be reliable. Prior to 2004, the tsunami caused by the occurrence of Krakatoa in India and the Pacific in 1883 was thought to have caused 36,000 to 120,000 deaths. In 1782, about 40,000 people were murdered by the tsunami (or hurricane) in the South China Sea. The most deadly tsunami before 2004 was the Italian earthquake in Messina in 1908, about 123,000 people died in the earthquake and tsunami. A destructive earthquake, often causing a tsunami, occurs several times in the first century. More than 140,000 people died in Tokyo's 1923 earthquake. The latest major earthquakes were the Great Hanshin Earthquake of 1995 and the Tohoku District Pacific Offshore Earthquake of 2011. It was a magnitude 9.1 earthquake hit Japan on March 11, 2011. This caused a tsunami and a disaster at the Fukushima Daiichi Nuclear Power Station, one of the worst disasters in history. According to the US Geological Survey of Nuclear Power, the 2011 Tohoku Region Pacific Offshore Earthquake was the largest earthquake in history in Japan, the fourth largest earthquake in the world since 1900. It attacked the sea about 371 kilometers northeast of Tokyo, 130 kilometers east of Sendai city, caused a huge tsunami and destroyed the northeastern coast of Japan. At least magnitude aftershocks occur at magnitude 6.0 or higher. At least 15,000 people died Earthquakes occur almost every day throughout the world. In most cases, the intensity of the earthquake is not enough to make people feel, but the vibration caused by the earthquake is recorded by the earthquake. They are distributed throughout the world. Sometimes a big earthquake happens and it can damage the area. There are many faults throughout the world, depending on the main factor determining the location of the earthquake. The cause of the earthquake is these defects. The type of fault also determines the frequency of the earthquake

Earthquake in general: Jonathan Levron "Earthquakes are often severe weather phenomena such as hurricanes and tornadoes, people all over the world, in many cases evenly devastating earthquakes occur at any time in the earthquake It is one of the most powerful powers of the nature's planet with a potential influence.Even in regions where they are concentrated, nearby regions, and even far away from the earthquake tsunami, a series of the most powerful There is influence of magnitude (Briney 1). The essence of making life on Earth also has enough power to make a revolution in the world. Unprecedented movements on the earth have led to many of the most deadly natural disasters such as earthquakes, tsunamis, volcanic eruptions and landslides. This is the seven most natural hazards on Earth. Landslide is a geological activity that falls of rock and earth occur on a piece of land. A heavy rain, a small earthquake, a volcanic eruption, and of course gravity is the driving force of the landslide. Human activities such as mining, construction, quarrying may also cause landslides. Soil is far from the actual foundation, the sharp decline in the groundwater level and the cracking of the ground are the result of the landslide. The earthquake is one of the most devastating mothers in the world. Earthquakes are defined as earthquakes or tremors, but due to the sudden release of energy, slippage and movement of the crust may slip and move, causing a series of vibrations on the ground and causing damage. This series of vibrations is called a seismic wave and can be measured using a seismometer which is also a seismometer that records earthquake waves. This disaster can occur naturally or it can be caused by human activities and it is difficult to predict (Wikipedia, 2009) However, to differentiate, scientists divided the crust into various seismic zones according to the seismic activity of the corresponding area. The area where the earthquake is the most active is the earthquake most likely to cause an earthquake. Earthquakes can be avoided, but some precautions on this point can be taken Animals can maximize the use of animals compared to humans, their sensations are highly changed and developed It has been. Since animals can perceive earthquakes several hours before the earthquake occurs, they can react automatically. In Japan where an earthquake prone area tended to occur, a special kind of fish that jumped out of the water in an abnormal way before the earthquake was raised and jumped in again. The same advanced earthquake resistant construction will also help to reduce the degree of damage

Nuclear chemistry project - Fukushima is too easy to believe in these rules, as there are too few precautions in considering nuclear power plants and associated risks. Some systems will fail; backup systems / plans for more security functions and more regular checks are needed. Nuclear energy is made from nuclei that absorb neutrons. It is then divided into cores that are lighter than the original core. This process releases large amounts of energy in the form of heat. Fuel rods are elongated zirconium rods that supply fuel to the reactor. Disaster at Fukushima Daiichi Nuclear Power Plant: Declaration of nuclear accident after earthquake, tsunami, breakdown of refrigeration system at Fukushima Daiichi Nuclear Power Station, and accidents at other nuclear facilities in Japan on March 11, 2011 It was done. Nuclear power emergency was declared and it was the first time in Japan that 140,000 residents evacuated within 20 km from the factory. Explosions and fires cause dangerous levels of radiation, causing stock market runaway and buying panic at supermarkets The 2011 Tohoku Region Pacific Offshore Earthquake and subsequent tsunami deprived more than 18,000 lives at the Fukushima nuclear power plant and caused a disaster. The earthquake of magnitude 0 is very powerful, I shook the National Institute of Informatics hundreds of kilometers away and sometimes made an iceberg in Antarctica, which reduced the length of that day by 2 microseconds . After the earthquake caused by the earthquake, aftershocks almost disappeared. Because automobile assembly lines are empty due to lack of electronic products, Lenovo warns that tablet manufacturing is hindered and ZTE has significantly reduced the production of mobile phones. Over half of the claims received by Thoku's industrial insurance group Allianz Global Corporate & Specialty is actually a supply chaos rather than a physical damage.

The earthquake occurred in the early earthquake and the Richter scale was the main magnitude. The US Geological Survey (USGS) reported that the first earthquake did not cause damage It was reviewed as 5 after initial registration and then downgraded to Richter scale 3 They are known for their breathtaking natural beauty and clear water - ideal for diving The ring of fire occupies over 75% of the world's lively volcanoes and has 452 volcanoes while witnessing about 90% of the earthquake in the world. About 30 minutes before the first earthquake, a depth of 10 km was found at 34 am (UTC), 162 km southeast of the Tading line. Most of the earthquakes and volcanic eruptions do not occur randomly, but occur in certain areas, such as along plate boundaries. One of the areas is the Pacific Rim. There, the Pacific Rim Plate meets many surrounding plates. The circle of fire is the area with the most earthquake and volcanic activity in the world. The Pacific Rim is a region of the Pacific Basin with a large earthquake and volcanic eruption. About 90% of the world earthquake and 80% of the world's largest earthquake are occurring in the ring of fire. The ring is a direct result of plate tectonics and plate movement and collision. The eastern part of the ring is the result of Nasca Plate and Cocos Plate subducting below the South American Plate and moving to the west. When the ring of fire follows the coastline of the Pacific Ocean, a tsunami is generated by most major earthquakes. This is a powerful wave passing from the epicenter to the basin. This was what happened in 2004 when a magnitude 3 earthquake caused tsunami damage in Sumatra Island, Indonesia. This is what can happen today after an earthquake of magnitude 8 occurred on the coast of Chile. Due to the "Fire Ring" earthquake, the frequency of the Pacific tsunami is higher than that of other seas. The westernmost end of the ring of fire spreads to the Indian Ocean (where the earthquake occurred), but there is no warning system in that sea. Despite frequent earthquakes in Indonesia, tsunamis are relatively rare. The last big tsunami was caused by Krakata volcano eruption in 1883. An earthquake of magnitude 8.7 occurred in almost the same region of the Indian Ocean on March 28, 2005, but no tsunami occurred. "Firing is really active!" Yes, this is what Headline News says. Because of the volcanic eruption of Philippines and Indonesia and the earthquake of Alaska and California, the so-called "circle of fire" - a chain of volcanoes and earthquakes located at the edge of the Pacific Ocean - seems to be in the news right now. However, as this is normal in these parts of the world, please do not settle all. Let's start with the basics. From the geological point of view, "" is not one thing. A map of this fantasy destiny land shows that it sweeps South to the South Pacific coast, South coast of Chile, West Coast of North America, Alaska and Kamchatka, get to Japan and the Philippines It is. The West went a strange jogging to include Indonesia and then completed back to the East to hit Kermadecs and finally arrived in New Zealand. However, the whole thing is actually an exciting image of a mere writer.

In the past decade, an unnatural earthquake occurred in Texas, and the seismic activity in this area is increasing. In 2008, two earthquakes exceeding level 3 hit the nation. Eight years later, 12 people did. The power of nature causes most earthquakes. However, humans are causing earthquakes, the largest being mine and dam construction. A new study reports that an artificial earthquake in Texas dating back to the early days of the oil and gas industry. The first human-induced earthquake occurred in Goose Creek oil field off the Gulf Coast in eastern Houston in 1925. As a pioneer of ExxonMobil, Humble Oil extracted a lot of oil, the ground sank, the house oscillated, and the dishes hit the floor. Over the years, various oil production methods are causing earthquakes, such as promoting oil and gas mining and supply of carbon dioxide to petroleum and oil reservoirs. In rare cases, the fault pressure may increase or decrease in each way and rupture may occur. Published research has shown that human activities can cause earthquakes for a long time. Such seismic induction processes include fluid injection for improving oil recovery, solution mining, hydraulic crushing, geothermal stimulation, and treatment of effluents from industrial or petroleum and gas operations. Fluid injected into a deep well will substantially increase the underpressure pressure to overcome the frictional resistance, especially if the crustal stress is large, approaching fracture, the crystalline basement rock near the injection site Of the crushed layer of the material. Sera is well aware of the environmental risks of oil and gas excavation, especially hydraulic crushing. They experienced some moderate earthquakes, which is not due to hydraulic fracture, but for injection wells. His support for the oil and gas industry has caused problems for environmental groups. However, he feels that economic interests are greater than environmental risk. These views made him "a problem of our own core group". But he said it was difficult to find a work of high salary and it was necessary to replace the work of lost coal and steel. Hope from the center: Democrats can serve the Midwest better by bringing wisdom of rural and working classes to Washington.

This content is available through online browsing (free) program dependent on page scan. Screen readers can not currently scan, so please contact JSTOR user support for access. We will provide PDF copy of your screen reader Tsunamis are often underestimated in the Mediterranean and parts of Europe. In the Lisbon earthquake and tsunami in 1755 (due to the Azores - Gibraltar conversion fault) and the Calabria earthquake in 1783, history and present (about risk assumption) are important. Take the 1908 Mexican earthquake and tsunami. Tsunami kills over 123,000 people in Sicily and Calabria and is one of the most deadly natural disasters in modern Europe. Examples of tsunamis affecting landslides and the British Isles in the Norwegian Sea include not only waves due to earthquakes but mainly landslides and weather tsunamis. If you are trying to evaluate the danger of a tsunami at a specific location on the planet, you need to first understand how the tsunami is occurring. Earthquakes and volcanoes have created the majority of the tsunami, and plate tectonics explains the causes of earthquakes and volcanoes. Therefore, we start with the review of the simplest plate construction in the world. Plate tectonics is a magnificent unified theory of earth science, but in reality it is not so old. In fact, since a college freshmen consultant wrote a benchmark paper outlining the mathematical model of the plate structure, in a sense I was only a generation of "generations" removed from the era before plate manufacture. ** Shameless plug alarm **: Please choose EARTH 520 to gain a deeper understanding of the history of plate structure theory Natural disaster: What is a natural disaster? Natural disasters are natural events that pose a danger to human life and property. "Natural disaster" is a generic term for events such as volcanoes, earthquakes, and tsunamis. Types of natural disasters include avalanches, earthquakes, floods, forest fires, hurricanes / typhoons / cyclones, landslides, thunderstorms / blizzards / ice storms, tornadoes, tsunamis, volcanoes and so on. Below is a brief explanation of these natural disasters. Many of these natural disasters are studied in more detail in the follow-up course of this module.

A powerful earthquake robbed over 100 lives, and a series of aftershocks occurred on Lombok Island. But where are the earthquakes, what are their size and number of deaths? This is the latest news of the growing humanitarian crisis. This huge earthquake struck northeast of the island, two miles southeast of Rorrouan which is about 19 miles deep. Since the magnitude 9 earthquake, there were at least 340 aftershocks on this island, including the adjacent Bali. One of the most powerful one hit the Northwest coast on Thursday, August 9 at a strength of 2 Then on Sunday, August 19, three more earthquakes occurred in Lombok, causing a landslide with a magnitude of 9 miles. As of August 9, the official death toll was 131 people, but the local media reported a total of 347 people. Relief activities after the August 5 earthquake were hindered by a series of aftershocks of the aftershocks on the island. The Red Cross calls this case "extremely destructive", and some villages said "completely collapsed." The Indonesian government reported that more than 1,400 people were injured and more than 156,000 people were evacuated. Many hospitals and clinics are also affected, and patients have to be treated outdoors or temporary clinics. A spokesperson for the Indonesian National Disaster Bureau Sutopo Purwo Nugroho said he was not yet receiving assistance in some parts of the north. The Ministry of Foreign Affairs said that staff were dispatched to Lombok to add additional flights to help vacationers who wish to evict and to assist British tourists who are stuck. Despite the damage caused by the earthquake, Ngurah Rai International Airport and Lombok International Airport in Bali are also working properly. The FCO will review travel plans closely to tourists planning to travel to Bali, Lombok or the Gili Islands within the next few days and will seek advice from transportation and accommodation providers before traveling I am recommending. We will pay for your story! Are there stories about the Sun Online News team? Please send an e-mail to tips@the-sun.co.uk or call 0207 782 4368. You can get us at 07810 791 502 WhatsApp. We will also pay for the video. Click here to upload On 5 August 2018, the northeastern part of Lombok Island experienced a magnitude 0 earthquake, after which other small earthquakes continued in the same region. The first report shows the damage to buildings in Lombok, Gili Islands and Bali. If you are in that area, you should monitor the local media, be cautious and follow the local government's recommendations. On 10th February 2018, the Indonesian authorities lowered Agn's warning status from the highest level 4 to the third level (standby). The distance around the restricted area also decreased from 6 km to 4 km. According to the authorities Agung Mountain continues to show signs of volcanic activity and the possibility of volcanic eruption still exists. Mr. Agung's warning level may change in a short time. Then there is an earthquake. An earthquake of magnitude 5.9 occurred in southern Mexico on Monday after an earthquake of magnitude 7.2 occurred in this area last Friday. Although there was no death from the earthquake, 13 people were killed in a crash accident by a helicopter after the investigation was broken. On Monday morning, the whole sea shook with a magnitude 5.3 earthquake. Emily Brodsky, Professor of Earth and Planetary Science, University of California, Santa Cruz, says: But she pointed out that it is too early to combine the points between all the activities we saw during the past few months and tells you how much the event will affect other events It is difficult.

Diagnosis and correction of auxiliary electrical failures of cars Airbag: Because of the high cost and low efficiency of the 1970s, the airbag temporarily disappeared. People started calling it an air bag instead of an air bag. Air means "inflatable restraint system for automobiles" designed by John Hetric in the early 1960s. The airbag is made of nylon and covered with talcum powder to prevent burning of materials such as friction. The internal gas is an inert gas, usually potassium nitrate (KNo 3) mixed with sodium azide (NaN 3), which produces nitrogen (N) or argon (Ar). Each car is a human blessing due to different benefits, but if technical problems start to occur, such grace may be a curse. These technical failures are many cases, for example it may be related to fuel pumps, alternators, head pads, clutches and brakes. There is an inherent method for each type of fault, which may reduce the efficiency and efficiency of the vehicle. The cause of the breakdown of the air conditioner may be, for example, the compressor is not functioning properly, there is a problem with the condenser, the evaporator core is not functioning properly, and the expansion value is displayed. In addition to these mentioned defects, there are many other flaws that can compromise cooling or cause complete defects as long as your air conditioner is involved. There are three main types of failures. Cross flow, forward and reverse fault. Lateral movement of crossflow fault caused earthquake. The San Andreas fault in California is an example of a cross-flow fault. In normal faults, the tectonic plates move away from one another or towards each other, dropping a part of the earth between the two plates. In the case of a reverse fault, a part of the earth is pushed upward, sometimes over the structural plate. The US Geological Survey has created a map of the United States (see Figure 4) that will help identify areas where natural earthquakes are likely to occur. Through their historical assessment of seismic activity, they can predict which regions in the United States may not be experiencing high, medium, low or little or no seismic activity. Such a map helps engineers develop the best structure that can withstand these natural events. Earthquakes in the fault - Lateral deflection earthquakes occur in horizontal faults, normal earthquakes occur in normal faults, thrust earthquakes occur in thrust faults. When an earthquake occurs in one fault, the rock on one side of the fault slips against the other side. The fault plane may be vertical, horizontal, or oblique to the surface of the earth. Slide direction can be any angle What is the relationship between the fault and the earthquake? What happens when an earthquake occurs?

Earthquakes plague our lives as long as people live on the earth. These dangerous acts of the earth are the cause of many deaths in the last century. So what can you do for a fierce occurrence with a little warning? So far it is technically impossible to predict earthquakes. As technology advances, life is saved and there are more lives. Another thing to do is to study what happened before the earthquake, during that time and thereafter. I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power b Earthquake geologists today define earthquakes as vibration and tremor on the surface of the earth called the earth's surface. Earthquakes are usually caused by a sudden energy release due to the displacement of the rock along the fault fragments. All of this energy has been accumulated for a long time and then suddenly took place. - future Indiana earthquakes are inevitable The earthquake that occurred across the Midwest on 18 June caused the people to shock the earthquake could occur anywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was not much damage. Earthquakes in the fault - Lateral deflection earthquakes occur in horizontal faults, normal earthquakes occur in normal faults, thrust earthquakes occur in thrust faults. When an earthquake occurs in one fault, the rock on one side of the fault slips against the other side. The fault plane may be vertical, horizontal, or oblique to the surface of the earth. Slide direction can be any angle What is the relationship between the fault and the earthquake? What happens when an earthquake occurs?

For this work, you write an article about "earthquake". You should write this on a notebook paper and call it 'Essay Earthquake Essay'. Complete your thesis according to the following layout instructions. Be sure to use the correct syntax and punctuation marks. Do not forget the beginning of indented indentation List three examples of major earthquakes that have occurred. Each example should be its own paragraph. Please answer the following questions for each example. Your paper should be 5 paragraphs in all. Each paragraph must be at least 3 sentences, so the minimum length of the entire paper is 15 sentences. Please indent the paragraph, write the full sentence, and use the correct syntax and punctuation marks. We present two long papers on earthquake essays and earthquakes in the following papers. We are here to help the students complete the tasks to be offered in the class, or to organize competition for the writing of papers at celebrations of domestic or international events at school and university . All papers are written for easy use of the word and latest information, especially for Level 1, Level 2, Level 3, Level 4, Level 5, Level 6, Level 7, Level 8, Level 9, Level 10 Written by the content writer. , 11 students and 12 standard students. . They can choose any of the articles given below to limit various words according to their needs and requirements: For this work, you write an article about "earthquake". You should write this on a notebook paper and call it 'Essay Earthquake Essay'. Complete your thesis according to the following layout instructions. Be sure to use the correct syntax and punctuation marks. Do not forget the beginning of indented indentation Constance Fung November 3, 2015 Block 3 Earthquake: Image Essay At Jack Hodgins' short story 'Earthquake', a series of tumbling bricks embodies the theme, human-nature relationship. In the earthquake, the boy started to realize that the earth is not always strong under the feet, so I could understand how powerful the character is compared to human power. Thus, through the image of the collapse of the bricks, the story clearly shows how nature is ultimately more powerful than human beings. The image of red bricks falling from the roof shows that nature is much stronger than humans. As the earthquake proceeded, the red brick fell violently from the balcony, the boy looked helpless, and he began to understand the amount of control the earth had. Earthquake geologists today define earthquakes as vibration and tremor on the surface of the earth called the earth's surface. Earthquakes are usually caused by sudden energy emissions due to rock displacement along faulted fragments. All of this energy has been accumulated for a long time and then suddenly took place. - Great earthquake in Indiana's future is inevitable The earthquake throughout the Midwest of June 18 shocked people that earthquakes could occur anywhere. As reported by Indianapolis Star, the epicenter of the earthquake in the north of Evansville can be felt in most of Indiana and its surrounding states. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and the damage was not so much.

Physical factors and human factors that affect the location and influence of earthquake hazards Earthquakes are natural disasters that have occurred since the beginning. They are the products of the constantly changing face of the Earth and bring about the movement of the structural plate of the world. Earthquakes are caused by major geological processes and the release of energy in the Earth, causing catastrophic events such as earthquakes and volcanic eruptions. The impact of earthquakes can cause considerable damage to physical and human environments, the impact and location of the earthquake may change the damage of the process. No one thinks that human factors will affect the impact of the disaster, but depending on the situation, the extent of the impact is controversial. This may be influenced by various aspects such as the development level of the country concerned, the infrastructure standard, the size and location of the earthquake, the timing of the last earthquake, and so on. It is necessary to study a series of case studies to provide a balanced overview to adequately assess whether the impact of earthquake hazards depends on human factors. In each case there are always many factors that cause earthquakes, so it is difficult to say convincingly that the influence of human dangers is mainly subject to human factors. A simple approach is to insist that developing countries are more susceptible to earthquakes because of human factors such as poor infrastructure and population density, but research in Los Angeles is mainly due to artificial effects Factors such as construction failure of the area. However, we can not prove that all of the impact of case studies is due to human factors, so we can not believe that the impact of the earthquake will be greatly affected by human factors. What is important is the word "main", but it is clear that these influences are influenced by human factors, but that is not the only cause of the impact of the earthquake. Natural disasters are natural phenomena that have catastrophic effects on humans. These phenomena existed before human beings appeared. The dangerous aspect of these natural phenomena is the effect of this phenomenon on the population of the area affected by this phenomenon. In this article we will analyze the impact of human activities on these natural disasters. Some human activities can exacerbate factors that cause natural disasters, such as the effects of excessive unplanned logging on floods and droughts. For example, if you build a dam in an area where earthquakes are prone to occur, a flash flood or landslide may occur if it explodes.

I remember that we were in history class and our classroom was on the 7th floor. I did not focus on the class, but I talked with my desk. My chair is slightly shaking. First of all, I thought that it was the person behind me that kicked my chair. When I asked him to stop kicking my chair, my desk said, "Do you think that the chair is shaking?" Suddenly the entire class exploded. Other students also learned that an earthquake is coming. We talked to our teachers about the earthquake and we said to leave the classroom, and our teacher, she is a super gentle man, take it seriously and let us know the class I told us to settle down so that I can continue. My desk shook my hands and shouted, "I do not want to die." But this is definitely a fake cry. I said, "Then we died together" We did not think we would die at that time. Our history teacher did not notice earthquakes until our class teacher came. Then the vibration stops As early as 2008, smartphones were not so popular. So we do not really know what happened until we arrived home and discovered almost all TV channels are shedding news about the Wenchuan earthquake. It turned out that this is the Richter scale magnitude 0 earthquake. Approximately 90,000 people including the missing were killed, more than 370,000 people were injured, and millions lost their homes. Most of China is affected by the earthquake, and earthquakes may occur in some countries in Southeast Asia. Meanwhile, I saw people lose their families and friends. This is a pain. The town where I lived was far from the epicenter and brought rare damage. But all Chinese are trying to help the victims and even endanger their lives to save others. I am more like a bystander of the Wenchuan earthquake. In fact, there are too many wonderful, inspiring, wonderful, or incredible stories. I may not be the best person. But this is my first earthquake experience, I will never forget, nobody wants Earthquakes are also in paper writing as in the real world. You can learn about personal earthquake experiences, explain the steps to become a seismologist, explain the history of earthquakes in a place, or compare earthquakes with other natural disasters I can do it. You can then choose a topic description, a description of a specific event, an analysis of the impact of the earthquake, or a discussion of a better earthquake response mechanism. These rich options will challenge you to narrow your attention and determine your objectives in advance. After that, we will use sound research and a simple paper format to convey earthquake information and brief information Turkey has a long history of earthquakes. Earthquakes occurred in the North Anatolian Fault in 1939 and 1967, but these earthquakes were not as strong as the first earthquake in 1999. The earthquake was the most powerful earthquake in the world for over 10 years, especially because of the large number of dead. The 2004 Asian earthquake is now beyond this. After the flood in 1916, a strong dam was built, giving people a false sense of security. Furthermore, when communication is limited, storm warnings are transmitted to many people. Most people do not have TV or night radio, most people do not have their phone, and many people do not know the future danger. Sesimic events like earthquakes are not volcanic eruptions. Most people think that the most distant disaster earthquakes and volcanoes are affecting a limited number of people in the distance. The narrow view is based on the experience of people's lives, and they have factors that occurred over the past century when calculating the current threat. However, the Cecim case follows a totally different timescale. It is a geological time in a short period of several thousand years to millions of years. When magma can bubble deeply at the surface of the earth thousands of years later, the crust is destroyed in the form of earthquakes and volcanic eruptions.

Regarding global climate change, competition is trying to find the answer to stop contaminating our planet, yet we meet all of our energy needs and catch up with the apparently growing population growth It continues. There are many choices and various beliefs in the climate of our world, but after all, there are two kinds of energy, renewable energy and nonrenewable energy. One of the few renewable resources is geothermal, it has little harm to the environment and may be one of the best answers to climate change crisis or at least some damage. Applications of earth science to tackle current practical applications that will benefit society include fossil fuels (petroleum, gas, coal), reservoirs, reservoirs, geothermal energy for power and heating, bridges, nuclear reactors , Research on the structure and composition of buildings such as roads, dams, skyscrapers, etc. Avalanches including rocks and muds, volcanic eruptions, earthquakes and tunnel collapse, erosion of coasts, cliffs and soil Natural disasters are major adverse events caused by natural disasters on the planet. Examples of natural disasters include floods, tsunami, tornadoes, hurricanes / cyclones, volcanic eruptions, earthquakes, heat waves, landslides, and so on. Other types of disasters include cosmic scenarios than asteroids hit the Earth. Artificial disasters are the result of technological or artificial hazards. Examples include large events, urban fires, occupational accidents, oil spills, nuclear explosions / nuclear radiation, war acts and so on. Other types of human-induced disasters include devastating global warming, nuclear warfare, and more global scenarios of bioterrorism. Natural disasters are the main adverse event caused by the natural processes of the earth, such as floods, hurricanes, tornadoes, volcanic eruptions, earthquakes, tsunamis and other geological processes. Natural disasters often lead to loss of human life and property, often resulting in economic losses, the severity of which depends on the resilience, resilience, and available infrastructure of affected people. An earthquake is the result of the sudden release of energy from the Earth's crust to produce the wave of the earthquake. Earthquakes occur on the earth's surface due to earthquakes, vibrations, and sometimes displacement of the ground. Earthquakes are caused by slip in the geological fault. The origin of the earthquake is called the epicenter of the earthquake. The point where the focal point is directly above the surface is called the epicenter. Earthquakes themselves rarely kill people and wild animals.

Earthquake engineering earthquakes are vibrations felt at the surface of the earth caused by turbulence of the internal energy of the earth. These vibrations are called seismic waves. (Skinner Robinson McVerry 1) There are various types of soft magnetic magnetic fields such as the primary (P) wave with the highest propagation speed, the surface (L) wave where the secondary (S) wave vibrates the earth vertically. P waves and S waves are affected by changes in the density and rigidity of the substances they pass through (Columbia Encyclopedia) Earthquakes differ in seismic intensity and duration. Earthquake engineering involves designing the structure to withstand dangerous earthquake exposure. Earthquake engineering is a sub-field of structural engineering. The main purpose of seismic engineering is to understand the interaction of structures on the collapsing ground, to predict the effects of possible earthquakes, to design structures constructed during the earthquake according to building law, Construction and maintenance. Sanitary engineering did not include most of hazardous waste management and environmental restoration work traditionally covered by environmental engineering, but environmental engineering is a contemporary term for sanitary engineering. Other terms used in public health engineering and environmental hygiene engineering Earthquake engineering is a field specializing in geotechnical engineering. This is a small niche market offering opportunities to several countries vulnerable to earthquakes. Of course, earthquake engineers are worried about the earth 's crustal vibration. This can cause great damage to the surface of the earth. They identified earthquake-prone areas and used design and construction techniques to reinforce the building. They also perform simulation and failure mode analysis to design structural elements that can withstand earthquake exposure without causing significant structural damage. Earthquake Engineering is an interdisciplinary engineering department that designs and analyzes structures such as buildings and bridges and considers earthquakes. The overall goal is to make this structure stronger against earthquakes. The purpose of an earthquake (or earthquake) technician is to build a structure that is not damaged by small vibrations and to prevent serious damage and collapse in large earthquakes. Earthquake engineering is a science field that protects the artificial environment caused by society, the natural environment, and earthquakes by limiting earthquake risk to socially acceptable levels. Traditionally, it has been narrowly defined as a behavior study of structures and geological structures subject to seismic load; it is considered to be a subset of structural engineering, geotechnical engineering, mechanical engineering, chemical engineering, applied physics I will.

In a skyscraper, this is something like this. This is one of the most earthquake-resistant skyscrapers in the world. It is not merely a form, but other built-in design features are also necessary. Please rebuild a skyscraper, especially a skyscraper in an active area where the earthquake resists shaking. San Francisco is very close to the San Andreas fault and the Hayward fault - indeed, in 1989 the 9th Roma-Prieta earthquake struck the Santa Cruz mountain range about 60 miles away. The 48-story pyramid was swaying for over a minute, but the top story was rocking almost horizontally and the building remained intact. This success is thought to be due to the structural engineering of meticulous construction. In addition to the foundation of a reinforced concrete structure of 52 feet in depth, the design moves with the earthquake, the outside of the Pan American pyramid is covered with white preformed quartz aggregate combined with reinforcement at 4 places on each floor I will. The gap between the panels enables lateral movement in the event of an earthquake. In addition, the original truss system above the first floor supports vertical and horizontal loads, and the inner frame extends to the 45th floor. With all these measures, the building is designed to withstand twisting motion and withstand large horizontal foundation shear forces. The earthquake-resistant structure is a structure to protect the building against earthquakes. Although there is no structure that is not completely damaged by the earthquake, the purpose of the earthquake-resistant building is to build a structure superior to the conventional structure during the earthquake activity. According to building standards, the earthquake-resistant structure is designed to withstand the largest earthquake that may occur at a particular probability at that location. This means that buildings are prevented from collapsing due to rare earth earthquakes and losses are minimized. Function should be limited to more frequent functions Earthquake Engineering is an interdisciplinary engineering department that designs and analyzes structures such as buildings and bridges and considers earthquakes. The overall goal is to make this structure stronger against earthquakes. The purpose of an earthquake (or earthquake) technician is to construct a structure that is not damaged by small vibrations and to avoid serious damage and collapse during large earthquakes. Earthquake engineering is a science field that protects the artificial environment caused by society, the natural environment and earthquakes by limiting the risk of earthquakes to socially acceptable levels. Traditionally it has been narrowly defined as a behavior study of structures and geological structures subject to seismic loading; it is considered to be a subset of structural engineering, geotechnical engineering, mechanical engineering, chemical engineering, applied physics I will. The purpose of seismic engineering is to predict the impact of earthquakes on buildings and other structures and to design such structures to minimize the risk of damage. Existing structures can improve earthquake resistance by seismic retrofitting. Earthquake insurance can provide building owners economic protection against earthquake damage. In the life of Greek philosopher Annaxagoras from the 5th century BC to the 14th century AD, the earthquake was usually attributed to "air (vapor) in the hollow space of the earth." Miletus' Taylors, who believe that earthquakes are caused by tension between the earth and the water, live in 625-547 BCE. There are other theories, including the Greek philosopher Anarchamine (585-528 BC), that is, a short-lived dry and humid plot leads to seismic activity

The following maps and text show the following details: a) Observed seismic intensity (1 or more) and its location and area, b) Earthquake occurrence date and time, c) Earthquake and magnitude This is close to this country. Earthquakes (also called earthquakes, earthquakes, or earthquakes) are the result of the sudden release of energy from the Earth's crust to produce the waves of the earthquake. Regional seismic activity, seismic activity or seismic activity refers to the frequency, type and scale of earthquakes experienced over a period of time. Earthquake measurements are used to measure earthquakes. Time range is the most common earthquake, it exceeds magnitude 5 earthquake ... intensity IX earthquake and emergency housing demand. It also identifies actions that homeowners can use to help prevent future structural damage and provides more information about the possibility of intense IX earthquake effects. The assessment report will identify the risk of dam destruction and will further understand factors including emergency response plans. The following table is an assessment of the number of people who need emergency housing due to the magnitude IX earthquake. We will look at the poster, download it, provide detailed information, and make a simple discussion immediately after a major earthquake. This image includes epicenter area, tectonic installation environment, earthquake history, and generalized seismic hazard in that area. The poster will serve as a one - stop service for earthquake information occurring since 2002. Have you thought about how to read USGS earthquake record data? Let 's learn the basics with a 4 - minute video tutorial. View and visualize real-time seismic records of vibrating buildings compared to vibrating map

(3) After setting up a grace period for invoices that can not be resolved due to a disaster, we treat it as an unsolicited invoice. (4) Exchange dirty banknotes with clean banknotes. (5) Assist the requester to reissue the missing securities. In response to this, financial institutions have taken various measures to respond flexibly to customer needs. (Bank of Japan, 2011) After the Great East Japan Earthquake, there were various rumors about the state of Japanese financial infrastructure, especially for overseas investors. 2011 East Japan great earthquake and tsunami introduced the 2011 Tohoku Region Pacific Offshore Earthquake (Japan: "East Japan great earthquake" is a 0 level (Mw) huge earthquake on the coast of Japan). On 11th this was a much stronger earthquake hit Japan, and it is also one of the five major earthquakes in the world since the 1900's modern record implementation. Earthquakes occur in Sichuan Province located in the western part of China, the capital city is called Chengdu and surrounded by the Sichuan basin. The earthquake that occurred on May 12, 2008, The Great East Japan Great Earthquake occurred on March 11, 2011, after which a large-scale tsunami and the Fukushima nuclear power plant accident occurred. These unfortunate events have had a big impact on people's consciousness towards Japan. After the earthquake, people began taking measures to develop the plan and development of renewable energy rooted in the community. When "systematic solidarity fee" was implemented in July 2012, these community power plans became flourishing one after another. Shodo Energy in Odawara, Shizuoka in Shizuoka, Tokushima Energy in Tokushima, Ohama Onsen Energy in Nagasaki and so on. Later, the government and regional organizations launched various support programs on the community's renewable energy. As of the end of 2016, about 200 community electric power companies have emerged.

December 29 earthquake occurred for 4 days. I am roaming the church since this morning. I write down the place where the crack occurred and the place where it broke. If snow covers the ground, coming to these dangerous areas will be fatal, and even if other aftershocks change terrain, we can say the difference. This is not a practical reason, but gathering information should give you peace of mind. I do not have any information yet, I can not figure out what happened. One of the main causes of the tsunami is an earthquake. The earthquake lasting more than 20 minutes is a sign of the tsunami. If you can not bear the earthquake, you can not tolerate the tsunami. So when an earthquake hits, please cover it and keep it. Immediately after the earthquake has stopped, you should start planning to evacuate you and your family. This avoids the risk of wires, bridges, buildings falling by garbage. When a tsunami occurs, the best way is to immediately evacuate your house. Remember that the aim of evacuation is to save the lives of you and your family. So, do not worry about any properties as this could slow your escape. The only property to carry is safety bags and warm clothes. The survival of the earthquake seems to be a more professional preparation. For example, people living on the West Coast of the United States are more likely to know how to survive earthquakes than other people in the United States. However, if you think that you do not live in an area where earthquakes are prone to occur, it is not necessary to avoid such natural disasters and prepare. There are several fault zones in Texas such as Balkens, Ruling, Mexia, Tarco, but we Texas do not consider the earthquake as a threat. But this is a mistake. This is a mistake for us, a prophet who wishes to prepare everything in particular. We do not want to be unprotected in the face of disasters

I chose to write about the impact of natural disasters on the global society. In the past few years, thousands of people are killed by natural disasters such as earthquakes, hurricanes, forest fires, tornadoes, tsunamis, volcanic eruptions, and floods. Research shows that natural disasters are becoming common due to climate change. Natural disasters are divided into climate-related disasters and geophysical disasters. Climate related disasters include floods, forest fires, hurricanes, and tsunamis. Due to its nature, a disaster is an unexpected event at the time of its occurrence or place, and in particular there is a possibility of failing in the protection mechanism of civil society. On a global scale, disasters occur on average at least once per day, the frequency of disasters increases with climate change, the number of people whose population density increases will increase, but as a whole the mortality from natural disasters It decreases. Correspondingly, a method of public health intervention targeting the population is needed. Actual support and community support is essential to the immediate outcome of the event, but mental health professionals rarely provide this care. In addition, the population-based approach can provide primary and secondary prevention interventions and promote evidence-based practice I chose to write about the impact of natural disasters on the global society. In the past few years, thousands of people are killed by natural disasters such as earthquakes, hurricanes, forest fires, tornadoes, tsunamis, volcanic eruptions, and floods. Research shows that natural disasters are becoming common due to climate change. Natural disasters are divided into climate-related disasters and geophysical disasters. - Thousands of years ago there were two ancient civilizations, Egypt and Mesopotamia. Both are excellent both in terms of technology and language, but each civilization has made different advances. These two ancient cultures are also close together, but their geographical location is different, resulting in various agricultural methods. The last one in Egypt and Mesopotamia is religion. Even their respective religious practices are peculiar.

Tsunamis and earthquakes are waves that have a devastating effect when hitting the coast. In particular, the most common type is the type caused by earthquake events (earthquakes). What happens In some type of earthquake (for example, a big earthquake), the earthquake pushes much of the Earth's crust. Large earthquakes can push this crust a lot of feet. This instantly replaces the water at the top of the crust, making a big wave. Gravity quickly pulled back the waves, creating a series of large cockroaches. We call these nicknames "Japanese" "wave" to "tsunami". This is because the person holding the record of the tsunami mostly is in Japanese. Because of its origin, the tsunami can cross the sea quickly at about the same speed as the Boeing 747 (about 560 miles per hour) As the tsunami approaches the shore, the front of the wave begins to decelerate and its back moves at the same speed. The tsunami is beginning to feel the end, and the water has to find a place to go now. To compensate for it, the wave size increases rapidly from the ocean wavelet to the flood. When a tsunami moves to the land, cars and buildings may be pushed aside like a toy. The building overflowed with waves and broke. People and animals are drowned or killed with water and debris. In the most extreme case, the tsunami may flood inland for miles. After the tsunami, a fire will occur and damage to the sewer may cause the disease. Regional restoration may take several years There was a evacuation plan before the tsunami. Learn about safe routes. Always maintain a certain amount of supply. Please make sure that you have a way to contact your family after a disaster If the tsunami is headed for the coast, leave the town and move inland or find the tallest building. When the tsunami comes further after the tsunami, it will stay on the spot. When completely deleted, avoid certain risks such as collapse of telephone line Overall, it is clear that not all earthquakes cause tsunamis. The International Tsunami Warning Center identified the main cause of the tsunami as "a large shallow earthquake with an epicenter or fault line near the ocean floor or the ocean floor." Therefore, even if a small earthquake meets all other conditions, such a catastrophe is rare and rare One of the main causes of the tsunami is an earthquake. The earthquake lasting more than 20 minutes is a sign of the tsunami. If you can not tolerate the earthquake, you can not tolerate the tsunami. Therefore, when an earthquake occurs, please cover it and keep it. Immediately after the earthquake, you should start planning to evacuate you and your family. This avoids the risk of wires, bridges and buildings falling down by dust. When a tsunami occurs, the best way is to evacuate your house soon. Remember that the aim of evacuation is to save you and your family's life. So, do not worry about any properties as this may slow your escape. The only property to carry is safety bags and warm clothes. The tsunami has to do with the physical and economic aspects of life. There are potential possibilities for the tsunami and they often cause great damage. People living in the coastal area have reasons to worry about the tsunami. The tsunami does not distinguish between rich and rich, rich and poor. It destroyed everyone, and because the water was hurried through the widest road and the narrowest alley, only a small amount escaped from the destruction of the beard that it swallowed. Buildings are wasted, even magnificent skyscrapers can not tolerate destructive and cruel powers. Life is lost, families are separated, people disappear without trace - this is all due to the tsunami attack

Therefore, Nikkei 255 is considered to be an excellent representative of Japanese market capitalization (Ugbede, Lizam, Kaseri & Idachaba, 2013). Market value is a method of determining the value of a company using stock price and assuming its growth (Amadeo, 2013). At the same time, the financial system is defined as a network of markets and institutions that connect depositors and borrowers (Hubbard, 2000). Therefore, detailed analysis of Nikkei 225 can evaluate the impact of earthquake on the company, including those constituting the financial system. 2011 East Japan great earthquake and tsunami introduced the 2011 Tohoku Region Pacific Offshore Earthquake (Japan: "East Japan great earthquake" is a 0 level (Mw) huge earthquake on the coast of Japan). On 11th this was a much stronger earthquake hit Japan, and it is also one of the five major earthquakes in the world since the 1900's modern record implementation. Earthquakes occur in Sichuan Province located in the western part of China, the capital city is called Chengdu and surrounded by the Sichuan basin. The earthquake that occurred on May 12, 2008, At 11:46 on August 16th (UTC time 02: 46), a strong earthquake occurred on the east coast of Honshu, Japan, causing casualties, building collapse, power outage. The earthquake began on Tuesday, 16th August 2005, affected the northeastern coast of Japan. It caused a tsunami warning and the building shook 200 miles outside Tokyo. The initial estimate was 8. The US Geological Survey Institute later rated it as 2. At 9:42 am, a magnitude 9 earthquake hit Japan's Hokuriku area near the Noto Peninsula. On the scale of Nihon Shindo, the earthquake shook the towns of South Australia and Ana Mizzle with a 6 + seismic intensity. According to the report, one person died in Wajima City and at least 214 people were injured. A tsunami consultation report was issued at the coast of Kaga and Noto at once, and after 30 minutes a wave of 10 to 20 cm hit the coast.

In the last two weeks, the island experienced hundreds of earthquakes. According to the report, an earthquake of magnitude 9 occurred on May 4, 2018. This is the strongest earthquake that bombed the island for 43 years. Immediately after the earthquake, some beaches were photographed and retreated, but no tsunami warning was issued. For those unaware, large-scale island earthquakes can cause tsunamis. It is generally considered that the tsunami is showing signs of development as the coastline retreats after the earthquake. Then there is an earthquake. An earthquake of magnitude 5.9 occurred in southern Mexico on Monday after an earthquake of magnitude 7.2 occurred in this area last Friday. Although there was no death from the earthquake, 13 people were killed in a crash accident by a helicopter after the investigation was broken. On Monday morning, the whole sea shook with a magnitude 5.3 earthquake. Emily Brodsky, Professor of Earth and Planetary Science, University of California, Santa Cruz, says: But she pointed out that it is premature to combine the points between all the activities we saw in the past few months and it is unclear how much the event will affect other events Is difficult. On 30th April 2018, when the floor of the Pu'u 'crater collapsed, the island began to experience an increase in seismic activity. According to the report, a new crack appeared on the island immediately after the earthquake of magnitude 5 on May 3, 2018. When 16 active cracks develop, the earthquake and volcanic activity have steadily developed in the past two weeks. Lava is flowing continuously through Leilani Estates, and the east side of the volcanic lift is considered to be very active.

The Indian Meteorological Department was founded in 1875 and is headquartered in Calcutta. Head office moved to Shimla in 1905, moved to Pune in 1928, and in 1944 moved to Delhi. - Provide current weather and forecast / weather information for optimal weather operation - Detect earthquakes in various parts of the country for the development project, identify the position, and evaluate the seismic activity The Indian Meteorological Department has achieved these goals through the six regional centers of New Delhi, Mumbai, Chennai, Nagpur, Kolkata and Guwahati. The Indian meteorological department issued an early warning to evacuate the most vulnerable population including fishermen and kept the loss of human life to a minimum. The Indian Meteorological Department predicted the wind power generation pattern using ISRO's Oceansat - 2 scatterometer data and made it possible to pay close attention to these cyclone generation patterns. To avoid forgetting our contribution of social welfare to our space plan. Today, there are more than 2,000 communication satellites in Earth orbits, providing telephone, television (including direct call service) and satellite radio network service to hundreds of millions of people all over the world. It is worth noting that this kind of communication is the only source for remote communities. The Indian Meteorological Department (IMD) was founded in 1875. IMD is a major government agency for meteorology, seismology and related fields. Its main purpose is to provide weather information on weather-sensitive activities such as aviation, shipping, agriculture, offshore fishery and oil exploration, and industry. We will also warn against bad weather such as hurricane, sandstorm, heavy rain, cold, hot weather. The undergraduate records earthquakes and conducts research

Seismic waves explain the internal structure and composition of the earth, and various waves radiated during the earthquake can identify the internal composition and structure of the earth. There are three types of wave levels or "push" waves (P waves), 2 levels or "impact" waves (S waves) and longitudinal or "long waves" (L waves). The waves that must be studied to describe the internal structure and composition of the earth are "real body waves", and the real wave is an alias for P wave or S wave. Earthquakes caused by other causes such as earthquakes and explosions can be reflected by layers in the Earth. Studying the deep reflection of waves generated by an earthquake enables seismologists to determine the hierarchy of the earth. Especially on oil and gas deposits, crustal research using shallow reflection in reflection seismology The earthquake showed us how the earth's surface moves, but do you know that measuring seismic waves can give us information about the interior of the earth? Seismologists, scientists who study earthquakes and related phenomena, have discovered ways to infer the internal structure of the earth using seismic waves. Geologists can not directly study over the outermost 5 to 8 mile of the crust and most of the earth remains unobserved. But after the earthquake they discovered that energy waves pass not only through the rocks on the surface but also through the center of the earth. Waves passing through the earth move at different speeds depending on rock type, temperature and pressure. After the earthquake, scientists from all over the world recorded the time and intensity of the waves reaching their place. In this research, researchers have analyzed so-called seismic waves. This is a scattered wave in every direction from earthquake source. These waves oscillate through the various layers of the earth during the earthquake so that the bell sounds when the hammer is struck. Scientists can gather information on their structure and composition by studying how these echoes change when these echoes bounce back through various layers of the earth. This new dataset reveals the nucleus of our planet. It is believed to be a hard ball mainly consisting of nickel and iron and in fact has a unique nucleus which seems to be about half the diameter of the whole nucleus. If you look down on the North Pole, the iron crystals outside the core will line vertically from north to south. However, the crystal of the "inner core" is turned over and is oriented horizontally to the east and west.

Earth's lithosphere consists of the Earth's crust and the upper mantle. But this is not a big chunk! Instead, it is divided into several parts called structure plates. These plates meet at the plate boundary! Earth's plates are always moving, but their movements are very slow. In a year, most dishes move less than the length of one of your fingers! Even though we do not see their movements, scientists have the evidence that these plates will move. The plates may be adjacent to each other and may move toward one another or away from one another. Each of these types of motion creates a different kind of plate boundary. The above picture and the bottom video shows the appearance of these different types of sports. The plates are separated from each other at different boundaries. Magmas originate from the mantle between two plates. When it reaches the Earth's crust, it cools and forms a new igneous rock. This new rock will be part of two plates Most of the various boundaries are in the ocean. The new crust formed at the border is a comma or oceanic crust. It is usually higher than other seabed and forms a mountain range underwater. This is called the mid-ocean ridge. Then the plate keeps moving the new seafloor away from the boundary The plates move toward one another at converging boundaries. Subduction occurs when an oceanic plate encounters a continent or other oceanic plate. This means that the heavy sea plate slides under the other plate. When the oceanic crust encounters the mantle, it melts and forms magma. Volcanic trenches and oceanic grooves are usually formed at the converging boundary It is not when the crust of two continents meet. The crust of the continent is too light and can not be pushed onto the ground. Instead, the crust is pushed up to form a mountain range At the transition boundary, the plates slide against each other. Unlike other boundaries, the Earth's crust is neither produced nor destroyed. Instead, the crust moves in opposite directions. Movement at the boundary of the conversion plate is rarely smooth. When plates move relative to one another, they stick together. This will increase energy. There is a possibility that an earthquake will occur if this energy is released. The San Andreas Fault is a deformation boundary that causes many earthquakes. The main structural events associated with these plate boundaries are rupture and faulting along the boundary of the tectonic plate, faults and folds along the destructive plate boundary, and transitions along the boundary of the preserved plate. Earthquakes of different sizes are caused by various types of plate motion that cause various imbalances. Typically, moderate earthquakes occur along the boundaries of the structural plate, as the rate of crushing of the crust and the rate of movement of the plate from the mid-oceanic ridge are much slower and the rate of ascent of the lava by the crack flow is also slow . Therefore, shallow earthquakes occur along the structural plate boundary and the mid-ocean ridge. A plate boundary or plate edge represents a fault zone separating two different plates. Plate boundaries are mainly of three types: convergence, divergence, and conversion or preservation. The boundary of the cover plate represents two mutually moving plates. There are three kinds at the boundary of the convergence board. Destructive continental boundaries, young and low density oceanic crust are subducting under the old, light continental crust. Secondly, the destructive ocean - the ocean boundary where one oceanic plate submerses under another oceanic plate. These boundaries form an oceanic island arc like the Philippines. Third, the collision boundary between the continental plate and the second continental plate. At the boundary of this plate is a large mountain fold. Himalaya was formed in this way because India fell into Eurasia about 50 million years ago. Removing the board creates different board boundaries The pos

Lightning - similar to thunder - lights the sky after tremor has hit Mexico City and other places. The earthquake was the strongest earthquake hit the country in 100 years. And it caused a tsunami warning and killed more than 30 people. When people fled to the street to avoid danger, violent vibrations also caused a strange blue and green flash to light the night sky. Even though it has been reported for many years ago, nobody fully recognizes why the bright lights occur. Some think that they are related to the energy released from the ground, others think that it is the result of a secondary effect such as a power plant or cable explosion. The mystery of flash makes even people think they are supernatural. "We are studying perfectly reasonable physical explanation," In the past people used religious terms to explain [the light of an earthquake] and in modern times I thought about UFOs, "Friedman Freud says. It is a coauthor of researchers. Light conveys to National Geographic Professor Freud says that light is generated by the electrical properties of terrestrial rocks. Energy from tremors releases charge from the rock and shows light blue and green light in the sky after tremor But other geologist experts say light is not related to the ground. Instead, they insist that the flash is a small explosion from a generator or other electric power system and can be seen in the night sky. In many cases, I would like to know if the Alaska earthquake could cause a California earthquake, or if the Chile earthquake is related to the earthquake in Mexico in a week. In case of long distance, the answer is no. Earth's rocky crusts are not strong enough to effectively transmit thousands of miles of pressure. There is evidence that an earthquake in a region can cause seismic activity within hundreds of miles, including aftershocks concentrated near the main shock. There is also evidence that some large earthquakes can cause seismic activity at longer distances (thousands of miles), but these earthquakes are small and short-lived. Thursday night, Mexico was hit by the worst earthquake in decades, Mexico City was more than 400 miles away from the epicenter of the earthquake. Online video clips not only show off the vibration of the capital of Mexico during the earthquake, but also reflect the sky's strange light. It is quickly marked as seismic light even by social networks and news sites. Earthquake light (or EQL) is said to illuminate the phenomenon observed before, during, or after a strong earthquake. Italian priest and naturalist Ignazio Galli published the first scientific explanation of EQL in 1910. In his book "Raccolta e classificazione dei fenomeni luminosi osservati ne terremoti" (collection and classification of luminescence observed in the earthquake), he recognizes four types: short time (only a few seconds) and lasting (minute) Or time) diffuse light, flare, shining clouds, moving light ball For centuries people have observed the strangeness of large earthquakes. These lights usually last only a few seconds and have been reported many times, but the first photograph of this phenomenon was not taken until the 1960s. Since that time, scientists seriously considered it, and generated many theories about light sources such as piezoelectric, friction heating, electrokinetic electrokinetics. Scientists discovered similar lights in areas where large volcanic eruptions occurred before the earthquake occurred. According to the latest research, light can be caused by elements that wake up the natural charge of the rock and shine them.

Analyzing the Knowledge of the Plate Structure In order to successfully manage something, it is necessary to have some basic understanding of management. Visual evidence If you know why something is going on, predict the future structural motion of the plate by looking for signs close to earthquakes and volcanic eruptions and taking necessary actions to minimize the danger That's easier. If it can not release underground pressure, please stop them Analyzing the Knowledge of the Plate Structure In order to successfully manage something, it is necessary to have some basic understanding of management. Visual evidence If you know the reason why something is happening it is easier to predict future plate structural movements by searching for signs close to earthquakes and volcanic eruptions and plate agar is on agar plate Move to the left side. As a result, this is a failure. This indicates that Lab 2's experiment part has been restarted. Lab 3 results were successful. Refer to drawing number 1.0 on page 17. The plaques were distributed over the agar plate. Plaques are also opaque and large, with no white spots called contaminants. Laboratory number 5 shows a successful agar plate with slight contamination About 30 years ago geologists developed the theory of plate tectonics - the theory that the Earth's crust was divided into large plates called tectonic plates fixed together like puzzle pieces. The structural plate is located between 200 km (seabed) and 15 km (seabed) thick. Geologists believe that the tectonic plate floats on the lava of the mantle and moves very slowly. Each continent has its own tectonic plate (see Figure 3), continuous slow motion of the plate leads to movement of the continent.

Legendary seismologist of our time ... scientist and mathematician Beno Gutenberg is the most important observation seismologist of the 20th century. He combines accurate seismic record analysis with powerful analysis, interpretation and modeling skills and provides many important insights about the structure of the solid earth and its atmosphere. Perhaps his most famous contribution is the precise location of the center of the earth and identification of its elastic properties. Other major contributions include travel time curves, discovery of long period seismic waves with large orbits around the earth, and identification of differences in crustal structure. Engineering seismology is an application for earthquake research and engineering purposes. This is commonly used in the field of seismology and includes assessing the earthquake risk of a site or area for the purpose of seismic engineering. Therefore, it is a link between Earth science and civil engineering. Engineering seismology has two main elements. First, we will examine the history of earthquakes (history of earthquake activity, tool catalog, etc.) and structure, and evaluate possible earthquakes and their characteristics, and frequency of occurrence in that area. Next, we investigate strong earthquake motions caused by the earthquake and evaluate the expected vibration of future earthquakes with similar characteristics. Microearthquake mapping is very similar to seismology in geophysics. In earthquake seismology, seismographs scattered on or near the surface of the earth record S waves and P waves emitted during the earthquake. This allows you to estimate the motion along the fault plane and its mapping at the underground position of the earth. Hydraulic crushing, increase in formation stress proportional to net crush pressure, and increase in pore water pressure due to leakage. Tensile stresses occur before the crack tip and generate a large amount of shear stress. Increases in pore pressure and stratification stress will affect by combination of weak points near hydrostatic crushing such as natural cracks, joints and bedding. During the lifetime of Lehmann, seismology has studied the spread of earthquakes and elastic waves on earth, from small isolated fields to large, financially rich research areas. This growth occurred in the context of the Cold War and its political and military challenges. Seismology has of particular interest because seismology provides tools for testing nuclear weapons. Therefore, Lehmann's career can be incorporated into the broader field development, international political and gender research framework. By adopting the biography approach to her life and career in book form, how international seismology evolved from a small ambiguous discipline with strong geopolitical significance to a larger science story It is possible to clarify.

Natural disasters are always considered catastrophic whenever they first appeared, but the worst part of many people has not yet arrived. There are natural disasters from volcanic eruption to tsunami, but the biggest fatal factor is not usually disaster itself (1 (1 page)). Natural disasters have a rapid or slow impact on health, society and the economy (1 (1 page)). Although the disaster itself can kill a number of diseases, the occurrence of microbial diseases occasionally occurring in natural disasters may be more serious, especially in the case of population distribution. Every year millions of people are affected by natural disasters and their impact may be catastrophic. From the destruction of buildings to the spread of diseases, natural disasters may destroy the whole country overnight. Tsunamis, earthquakes and typhoons not only brought serious damage to the land, but also prevented people's lives from densely populated cities and remote villages. Earthquakes, floods, hurricanes and volcanic eruptions are all natural disasters, but when will natural disasters occur? The difference lies in the influence of events on people. When a typhoon attacks populous islands in the Philippines and destroys homes and lives, it becomes a disaster. People living in poverty are less vulnerable to natural disasters because they have few resources to rebuild their homes and living or can ask for help from people. Natural disasters are always considered catastrophic whenever they first appeared, but the worst part of many people has not yet arrived. There are natural disasters from volcanic eruption to tsunami, but the biggest fatal factor is not usually disaster itself (1 (1 page)). Natural disasters have a rapid or slow impact on health, society and the economy (1 (1 page)). Even if the disaster itself can kill many diseases, sometimes microbial diseases will occur ... Natural disasters have affected people all over the world for many years. Events such as tornadoes, volcanic eruptions, earthquakes, avalanches, forest fires, floods, etc. can cause huge damage and kill thousands of people. These events lead to the loss of human life and costs several million dollars. So, what are these events and why are they? One of the tragic and memorable events is their culture. And it is a gust of wind that destroys something on that road. Mostly

An earthquake is a common phenomenon that sways thousands of times under the surface of the earth every day. However, large earthquakes are not common. Here is what to do when preparing an earthquake and the ground starts to vibrate. Ask professionals to find a way to strengthen the house, such as attaching the bookshelf to the wall stud, attaching a safe latch to the cabinet, installing a water heater on the wall studs. If there is an earthquake, find a place to go to each room of the house. It should be a place just like a frame of a door where you can not fall anything to you. Canned food, the latest emergency case, 3 gallons (11.4 liters) of water per person, dustproof mask and goggles, and battery powered radio and flashlight in accessible places By signing up for this email, you agree to the news, offers and information provided by National Geographic Partners and our partners. To access our privacy policy, please click here. Simple unsubscribe link for each mail Please move away from the window. In high-rise buildings, fire alarms and sprinklers are expected to go out during the earthquake. If you are outdoors, you can stay away from buildings, trees and wires. To fall to the ground By taking knowledge and preventive measures, the possibility of surviving an earthquake may increase. The key is advance education and preparation. The following tips for earthquake safety will not make you an expert. However, if you encounter an earthquake, they can save their lives. Please invest in your personal safety through the following learning. Teaching the safety of earthquakes to the whole family This includes: 1) actions to be taken when an earthquake occurs, 2) safe places in the room under the strong table and the inner wall, 3) Avoid large mirrors, suspended objects, heavy furniture, fireplaces Earthquakes occur less frequently than other natural disasters, but by building earthquake resistant buildings it is possible to prevent all natural disasters. When it comes to research and development of structural integrity protection strategy, security experts think people safety first. Due to the synergistic effect needed to formulate earthquake resistance building regulations, safety experts work closely with other fields. They must understand the many factors they may not be experts and communicate with other experts to find the most effective solution. With most disasters, we have survival skills. In case of an earthquake it is "avoidance, concealment, persistence". In the case of flooding, it is "turning over instead of drowning." There is no survival skill for landslides. So what is the most dangerous part of the landslide? I was buried in the landslide. Even falling rocks will kill you. Rock of a 10 foot tall fist size can have enough kinetic energy to kill you if you hit the head. There is no research and funds. Even if you know there is a problem, there is usually not enough resources to mitigate the risk. This is where we can start talking about more things and start asking more. Since we have more drought, we will have more floods, we will have more fires, and we will have a more serious storm. That is our future

As an unstructured measure, flood prediction (emissions, water level, flow rate etc) is an important part of flow control and water management. Worldwide, flood disasters account for about one third of all natural disasters in terms of volume and economic loss (Berz, 2000). As Dutta and Herath (2004) stated, 40% of the world's flooding in the past 30 years occurred in Asia and Southeast Asia, the second worst in Asia. Disasters can be broadly divided into two categories. The first is natural disasters such as floods, hurricanes, tornadoes, earthquakes. Although it is impossible to prevent natural disasters, risk management measures (avoidance of disasters and appropriate planning, etc.) may be useful. The second category is an artificial disaster such as dangerous goods spill, infrastructure failure, bioterrorism, devastating IT vulnerability, or implementation failure. In such cases, supervision, testing, and mitigation plans are very valuable. Floods are the most common natural disaster, the leading cause of death from natural disasters worldwide. Due to deforestation and population near coastal areas, river basins, lakeside, the risk of catastrophic losses due to floods is high. The purpose of this review is to explain the impact of flood events on population mortality, injury, and immigration and identify as much as possible the risk factors associated with these results. This is one of five comments on the impact of natural disasters on humans. Influence of floods on humans: historical review of events from 1980 to 2009 and systematic literature review Disaster management refers to a way to protect or protect the maximum number of lives and property in natural disasters. Disaster management programs are multilayered to deal with floods, hurricanes, fires, explosions, even large scale public works failures, or rapid disease spread. Due to its unique geographical and climatic conditions, India was historically vulnerable to natural disasters. Floods, droughts, cyclones, earthquakes, landslides are repeated phenomena. Approximately 59% of the land is prone to earthquakes of varying strength, more than 40 million hectares of land are prone to flooding, about 8% of the area tends to be a cyclone, and 69% of the area is susceptible to drought. Between 1990 and 2000, an average of 4,344 people lost their lives every year, and about 30 million people were affected by the earthquake disaster. Annual average losses due to earthquakes, tsunamis, tropical cyclones and floods are hundreds of billions of dollars, and disaster risk management requires only $ 6 billion per year. The goal is to mobilize 100 billion dollars annually by 2020 to meet the needs of developing countries and to mitigate climate-related disasters. Strengthening elasticity and resilience in more vulnerable areas such as landlocked countries and island countries must involve efforts to raise awareness and integrate measures into domestic policies and strategies. Due to political will and various technical measures, it is still possible to keep the global average temperature rise to 2 ℃ above the level before industrialization. This requires urgent collective action

Summary of avalanches and landslides a. WHAT is AVALANCHE or LANDSLIDE. b. How is AVALANCHES done? a. I will explain a small part of the past AVALANCHES. Death from Avalanche. To conclude my report ends with a avalanche. This is a lot of ice and snow, mud and rocks sliding down slopes and cliffs. How avalanche happens, mainly due to vibration caused by the movement of the earth such as earthquakes, gunshots, rainy weather etc. Mitigation of extreme events: Extreme weather events or natural disasters include floods, storms, tsunami, avalanches, landslides, etc. Ecosystems and organisms can withstand natural disasters and prevent possible damage. For example, wetlands can absorb floods, but trees can stabilize wastewater treatment. Ecosystems such as wetlands filter human and animal waste and function as a natural buffer against the surrounding environment. Most waste is decomposed by the biological activity of the microorganisms in the soil. Thereby eliminating the pathogen (the microorganism causing the disease) and decreasing the level of nutrients and pollution Natural disasters in India are largely related to India's climate, so they lose greatly the lives and property. Droughts due to heavy rain, flash flood, hurricane, avalanches, landslides, and snowstorms are the greatest threats. Natural disasters can be caused by earthquakes, floods, volcanic eruptions, landslides, hurricanes, and so on. In order to be classified as a disaster, it will have a wide range of environmental and / or human losses and will often cause economic losses. Other dangers frequently include summer sandstorms, which are usually tracked from north to south; they cause extensive material damage in northern India and deposit large amounts of dust from dry areas . The hail is also common in some parts of India, causing severe damage to traditional crops such as rice and wheat and more crops. Natural disasters are manifested in several natural disasters such as avalanches, earthquakes, volcanic eruptions, landslides, floods, tsunamis, storms, blizzards, droughts. These disasters have destroyed unbearable damage. Human vulnerability and lack of appropriate planning and disaster prevention measures exacerbate serious economic, humanitarian and environmental costs. When a natural disaster occurs, it destroys the loss of unimaginable life on the planet. It instantly destroyed everything Volcanic landslides and debris are also major secondary disasters unrelated to volcanic eruptions. When the landslide slides down, the larger objects gradually become smaller, and when the snow and ice melt, they become landslides and are far from rocks of the same size. . The slope of the volcano is steep due to explosion and subsequent erosion, but it is often weakened by hydrothermal alteration, and the volcano will collapse even after the volcano is dormant.

The role of plate tectonics in plate tectonics helps to understand three key elements: the distribution of major landscapes in the world, the distribution of natural disasters such as volcanoes and earthquakes, and the distribution of supply of minerals and energy. There are seven main plates consisting of a narrow crust that forms the outer shell or outer layer of the earth. All of these plates move continuously in different directions. This is fossil evidence, the structure of the continent, and drift of the continent that can be proved by climate change. As a record of plate movement, paleogeography is the basis of our understanding of plate tectonics and its role in shaping today's geology. In order to correctly understand the history of construction and its impact on deep and climate of the earth, it is necessary to explore exact global paleoclass model. However, as the subduction continues to lose oceanic lithosphere, paleogeographic reconstruction of "full plates" (including marine lithosphere) becomes increasingly difficult as the years go by. About 150% of lithosphere was lost before 150 Ma, but this reconstruction did not clearly consider the principle of marine lithosphere and plate tectonics; in fact, reflects the mobilization paradigm of early continental drift doing. These 'continental' reconstructions are very useful, but the next generation mantle model requires a global plate kinematics description of all plate reconstruction. The role of plate tectonics in plate tectonics helps to understand three key elements: the distribution of major landscapes in the world, the distribution of natural disasters such as volcanoes and earthquakes, and the distribution of supply of minerals and energy. There are seven main plates consisting of a narrow crust that forms the outer shell or outer layer of the earth. All of these plates move continuously in different directions. For tensonics plates and their geophysical surface effects for millions of years, tectonic plates have confirmed the changes in geophysical features, and they continue to do so today. These huge plates move under the surface of the ocean and continent, creating earthquakes, volcanoes and ridges. In this paper we discuss the composition, movement and history of tectonic plates, the theory of plate tectonics and its history, and the influence of tectonic plates on tectonic plates.

Disaster and Natural Disasters Executive Summary Reginna suffered a tornado for the first time on June 30, 1912, but so far it is the most deadly tornado for all mankind in Canada. The size of the tornado is F4, wind speed is 333-418 km / h. It produced 18 kilometers south of Regina, proceeding north through the city and passing it in about 3 minutes. In this case, a total of 28 people were killed, more than 200 people were injured, more than 2,500 people were homeless, and a large currency loss of 1.2 million dollars occurred over time, which caused Regina to pay debts for reconstruction costs. Natural disaster: Natural disasters are natural processes that can cause life, injury, other health effects, physical damage, loss of livelihoods and services, social and economic damage, or environmental damage or It is a phenomenon Earthquakes, landslides, volcanic eruptions, hurricanes, floods, snowstorms, tsunamis and hurricanes are all natural disasters. India is facing many disasters such as floods, earthquakes, hurricanes, tsunami, droughts, landslides. Recent disasters in India include the floods in Uttarakhand State, the hurricane "vardah" in Chennai, the repeated earthquake in northern India, the Super Cyclone in Orissa State in 1999, the Phuket in Gujarat Province in 2001, and so on. In 2005, the earthquake, the 2004 tsunami, the Mumbai - Gujarat Province were flooded. In addition, India had to suffer from technical tragedy in the form of Bhopal's natural gas tragedy in 1984. India also faces plague in Gujarat ..................................................... ...................... 8 disaster impact (for example, floods, tornadoes, hurricanes, volcanic eruptions, earthquakes, heat waves or landslides). It can lead to financial, environmental or human loss. The damage that occurs will depend on the vulnerability to the hazard of the affected people. This is also called resilience. This understanding focuses on development. "When disasters encounter vulnerabilities, disasters can occur." Therefore, a natural disaster occurs Most of what we call natural disasters (tornadoes, droughts, hurricanes) is actually natural, but human contribution may increase its potential and strength. But they are not disasters - it is dangerous. Even if a hurricane hits a land where no one lives, it is not a disaster but the weather. A disaster is a natural disaster that matches the population. Usually this intersection is far from natural. If Houston's community is found to be most vulnerable to hurricane Harvey, most damage is not only predictable but also predicted. In 2016, ProPublica announced a detailed article explaining that lack of plans could make urban residents very vulnerable to hurricanes. The city permitted the entire block to emerge in areas where the Army Corps of Engineers knew that it would flood during the heavy rain. The 1996 report urged Harris County with Houston to take measures to mitigate the risk. It will be ignored. Harvey is a strong weather phenomenon.

Injury to minors, violence or threat, violation of harassment or privacy, counterfeiting or false statements, fraud or phishing etc. If you believe that your intellectual property rights have been infringed and want to file a complaint, please refer to our copyright / intellectual property policy. Injury to minors, violence or threat, violation of harassment or privacy, counterfeiting or false statements, fraud or phishing etc. If you believe that your intellectual property rights have been infringed and want to file a complaint, please refer to our copyright / intellectual property policy. Okay, I have another model here, I can use it to explain the movement along the fault. This is just a piece of wood that can be used to explain the relative motion of a fault and a fault. Geologists use the same terminology to characterize the direction of the fault plane used to characterize different rock formations. Geologists also use two different terminology to explain these two blocks. Bottom bottom, upper wall. These terms come from my terminology, because mines are usually made along the path of a fault If you are standing in a mine, your feet are on your feet. In 1953 geologist Thomas Dibblee concluded that hundreds of miles of lateral movement could occur along the fault. Between 2004 and 2007, a project called San Andreas Fault Observatory (SAFOD) near Parkfield, Monterrey County, excavates faults, collects materials, conducts physical and chemical observations, Understanding the movement The northern part of the fault passes through the Santa Cruz mountain ranges, the epicenter of the Hollister-1989 Roma-Prieta earthquake, and the San Francisco peninsula first discovered by Professor Lawson in 1895, then the Daly near Mussel Rock I will pass offshore in the city. . This is the approximate location of the epicenter of the 1906 earthquake in San Francisco. The fault returned to the coast of Bolinas Lagoon, north of Stinson Beach, Marin County. California is located in the San Andreas Fault, as well as its name. Many earthquakes occur due to movement along the fault, but exercise is not the sole cause of the earthquake. Focus must be specified, it is where movement starts first, and beyond this is the epicenter. The epicenter is the place where most earthquake ground motion and damage occur. There are many dangers related to earthquakes. Even in Los Angeles City has a strong structural building to cope with the danger and harm of earthquakes. Many people call these structures impact-resistant. According to building standards, the earthquake-resistant structure is expected to withstand the greatest earthquake that may occur at some point in the place.

Summary of earthquake-resistant technology "Earthquakes can not kill people or cause damage, regardless of buildings" This is a well-known quotation to highlight the necessity of earthquake prevention measures and countermeasures, especially in buildings is. Like other natural disasters, we can not prevent an earthquake, but its effect and impact can be kept to a minimum. As with other natural disasters, there is the possibility of causing damage to earthquakes and damaging life and property. The two basic types of seismic waves are the cause of the earthquake (Chang, & Soong, 1992). Structures can have all the appearance of stability, but only provide danger in case of earthquakes. The important fact is that for safety reasons earthquake-resistant building technology is as important as quality control and the use of appropriate materials. The earthquake contractor is registered in the state / province / country where the project is located (depending on the local regulations) and it needs to be secured and insured. Approximately 30% of the world's population is civilian living. Adobe Mad Brick is one of the oldest and most widely used building materials. The use of adobe has been traditionally very common in parts of the world's most vulnerable areas throughout Latin America, Africa, the Indian subcontinent and other parts of Asia, the Middle East and Southern Europe. The seismic structure is a structure to protect the building against earthquakes. Although the structure can not be completely protected from damage due to the earthquake, the purpose of the earthquake-resistant building is to construct a structure superior to the traditional structure during the earthquake activity. According to building standards, the earthquake resistant structure is designed to withstand the largest earthquake that may occur at a particular probability at that location. This means that buildings need to be kept to a minimum as rare earths are lost. Function should be limited to more frequent functions

Earthquakes are vibrations occurring in the outer layers of the earth and in the crust, the forces that push a large amount of rocks overcome friction and fix the rocks and the rock blocks slide. The range of vibration is rarely subject to destructive influence. There are six kinds of shock waves. Both are classified as real waves. That is, they pass through the interior of the earth and the other four are surface waves. Waves change according to the type of rock and the layer they hit. Primary or compression wave (P wave) transfer particles move back and forth in the same direction as the wave propagation, while secondary or transverse waves (S waves) transmit vibrations vertically. Based on the probability (or likelihood) of the earthquake, the physical characteristics of the hypocenter, and the propagation of seismic waves in the crust, basic and applied scientific basis for predicting the type of seismic motion predicted from future large earthquakes Research is being conducted. And the influence of the local website. Along with the destruction scenario of specific faults, these risk assessments are based on probabilistic seismic risk assessment such as earthquake risk maps throughout the country that constitute earthquake resistance requirements of buildings and other laws and regulations, and detailed urban earthquakes, It is essential for various applications. Danger map including direction of destruction, three dimensional basin response, and nonlinear effect of soil. These city disaster maps will be included in the code update for the selected area In recent years, people are working on earthquake prediction and successfully evaluate earthquake disasters in different geographical locations to reduce earthquake risk. The physical properties of earthquake fault sources are better identified and modeled for computer analysis. In addition, seismologists have studied earthquakes caused by human activities, such as saving water behind a high dam or exploding underground nuclear explosions. The purpose of the latter study was to find a way to distinguish between explosion and natural earthquake.

There are various kinds of natural disasters on this planet. They are inherently the most powerful and can not be stopped. They do catastrophic damage. Our only hope is that we can avoid them and move them away from their way. They appear all over the world. I have never experienced at least some kind of natural disaster in any part of the world. Hurricanes, tornadoes, earthquakes, tsunami, avalanches, wildfires, volcanoes, floods and thunderstorms are N. D. concerns of this research report. The earthquake is one of the most devastating mothers in the world. Earthquakes are defined as earthquakes or tremors, but due to the sudden release of energy, slippage and movement of the crust may slip and move, causing a series of vibrations on the ground and causing damage. This series of vibrations is called a seismic wave and can be measured using a seismometer which is also a seismometer that records earthquake waves. This disaster can occur naturally or it can be caused by human activities and it is difficult to predict (Wikipedia, 2009) "Natural disasters are not natural disasters but human disasters in many cases. According to the discussion of earthquake events, earthquake events temporarily release energy at the Earth's crust and move a series of seismic waves to the Earth's crust It is an event to make it felt in the form of an earthquake and in other seismic events energy is very gentle and can only be identified by special equipment A ... disasters and emergencies can happen anywhere and anytime (Pellegrin, 2012) Glossary on various pain situations in individuals and communities (Kumar, 2000) such as fire and drowning, earthquake and tornado, epidemic diseases and hunger, heat and cold, rats and mites etc. Natural disasters are unfortunate events that can happen anytime around the world and have tremendous impact on landscape and society. Natural disasters can occur for various natural reasons, such as earthquakes, hurricanes, tsunamis, floods, cyclones, landslides, or human factors caused by the use of forest fires and nuclear weapons. Civil engineering structures such as buildings, bridges, roads, dams, reservoirs, dams, other buildings, etc. are seriously damaged

Many people were worried about future troubles as the earth began trembling. A wave was suddenly formed, people on the west coast immediately received a warning. What is this? This is a tsunami, an earthquake occurring in the water. The ocean floor suddenly deforms and moves the overlying water from its equilibrium position. A wave is formed when a moving water mass trying to restore its equilibrium state under the influence of gravity. The main factor that determines the initial size of the tsunami is the amount of vertical seabed deformation. The tsunami may also be caused by the landslides of the ocean floor. During the submarine landslide, the equilibrium sea level will change due to the movement of sediment along the ocean floor. The result of this terrible storm is shocking. The cause of the tsunami is due to earthquakes, landslides and volcanic eruptions, which lead to an increase in mortality rate and injury rate. The tsunami caused by the ocean bottom earthquake is also called seismic wave. Scientists can calculate the location and time of a particular ocean bottom earthquake and predict when the resulting seismic waves will reach the coast. Scientists calculate based on the data provided by seismic instruments. These instruments detect vibrations called seismic waves that are emitted by earthquakes through basement rocks (Phillip). Land earthquakes are very different from underwater earthquakes. The fact that it contains water makes it even more troublesome to deal with this situation. To find an earthquake in the water, it is sometimes impossible, waves may not have warnings, and waves may cause more death and damage than ground vibration. In addition to earthquakes, similar ground vibrators are also an important part of the cause of the tsunami. A landslide is a slope where a lot of earth and sand falls. Landslides may occur when rainwater and snow melt sinks to the ground at the top of the slope. Tsunamis are mostly caused by underwater earthquakes. Sometimes a volcano can cause a tsunami. When the water runs out, the tsunami will land. They are up to 500 miles per hour and the tower is up to 98 feet! Sometimes the tsunami is just a few inches! The size of the tsunami depends on the extent of the earthquake and volcanic eruption. The tsunami is mainly explained as the damage of a large amount of liquid. Even though they are irrelevant to the tide, people often call them tides. In most cases, the tsunami occurred in Japan, China, South Korea and other Asian regions. In the Indian Ocean, a tsunami called Indian Christmas Tsunami issued many dead, others injured and Christmas was ruined! Civilians noticed at that moment. Civilians suffer from tragedy. Tsunami has destroyed many people's lives Outline of the Indian Ocean Tsunami If you would like to read the overview of the Indian Ocean Tsunami, please visit the Indian Ocean Tsunami http://en.wikipedia.org/wiki/2004_Indian_Ocean_earthquake Wikipedia website. Summarize the impact of the tsunami by creating a turn that shows the impact of the tsunami on humans and the environment. Please write the word tsunami in the middle of the wheel. Write down the core environment, society, economy, and politics - these will help you summarize the different results. Start with the first sequential result, then create the second and subsequent order results. I will continue to add information as I develop the wheel. Sample results based on Victorian gold discovery are on page 13 of the pdf file at http://www.qrc.org.au/ _ dbase_upl / explore_section_ 03.pdf.

One hour of science, technology, politics and environmental radio program. The subject topics include black hole, time travel, high dimension, string theory, wormhole, quest for external life, dark matter and dark energy, the future of space travel, genetic engineering, aging process, future of medicine, human body workshop , Artificial intelligence, the future of computers and robots, and the theme of science fiction. Mr. Maku Kaku Illness begins on October 8, 2018 and ends on October 31, 2018. The age of the patient was 1 to 84 years old, and the median age was 25 years old. 69% of the patient population is female. Of the 38 patients with information, 16 (42%) were hospitalized, one of whom had hemolytic uremic syndrome and renal failure. Nobody reported death. In the interview, the patient answered his food and other problems one week before becoming sick. 22 out of 25 people interviewed (88%) reported that they are eating lettuce. This proportion is considerably higher than the survey of healthy people and 47% report that they eat lettuce one week before the interview. Sick people report to eat different kinds of lettuce at several restaurants and homes In October 2018, the Alaska Earthquake Center reported a 4,213 earthquake in the province. The greatest earthquake occurred at level 5.3 and occurred at 08: 57: 27 (October 27, 16: 57: 27 UTC) at 13 miles from Tanana on 27th October. There were 14 things this month. Noteworthy earthquakes include an offshore 4.9 abnormal Hooper bay earthquake and a series of sustained aftershocks caused by the 6.4 Kctwiki earthquake last August. There was also a series of strong earthquakes in the East Brook mountain range, and the aftershock of the earthquake of magnitude 7.9 occurred in Kodiak last January also continues. Another interesting place is a small group of Seward Peninsula near Curve Creek which lasted a few weeks. It is a very lively month in the southeastern glacier earthquake in October.

An earthquake of magnitude 8 occurred in the People's Republic of China on July 28, 1976 (the other epicenter is assumed to have a height of 2 to 8.3), the epicenter is located near Tangshan in Hebei Province It was. The earthquake occurred at 3:42 am, lasted 10 to 14 seconds and caused a 6-mile fault in downtown Tangshan. The tremor can be felt in Beijing (87 west West) and Shaanxi (470 m southwest). The following aftershocks caused more injuries and victims, including the 16 hour aftershock after the main strike This earthquake became the biggest earthquake in the history of human beings and the biggest earthquake of the 20th century. According to official sources, about 240,000 people were killed and about 170,000 people were injured. However, many experts are convinced that the Chinese government deliberately reduces the number of victims. After that, 90% of the cities were destroyed after the earthquake and about 4 to 5 miles around the epicenter were completely destroyed. There are several reasons for the loss of human life. First, the earthquake occurred in one of the most populated industrial areas in China. Also, as this disaster occurred early in the morning, most people are not prepared for sleep. In addition, there is no public attention to warning signs and abnormal signals indicating imminent earthquakes. Finally, most buildings and buildings are not designed with adequate earthquake resistance because the area is not in the high earthquake zone. Grossi, Patricia, Domenico del Re, Zifa Wang. Tangshan earthquake in 1976 Newark, California: Risk Management Solutions, 2006 The Tangshan earthquake of 1976 is also called Tangshan earthquake and it is a natural disaster occurred in the Tangshan area of ​​Hebei Province in China at 7.6 am on July 28, 1976. Within a few minutes, there is no longer an industrial city, Tangshan, with about 1 million residents. 85% of the buildings in the city collapsed or became unusable, all services failed and most road bridges and railway bridges collapsed, seriously damaged. At least 242,000 people died so far (some people said it three times), the third (or perhaps second) most deadly earthquake. Tangshan earthquake: On July 28, 1976, near the east coast of the People's Republic of China, the most deadly earthquake in the 20th century occurred. The epicenter is in the southeast of Beijing about 90 miles, in Tangshan city in Hebei Province, the source is 11 kilometers in the city depth. The first tremor was 8.2, followed by a 7.8 aftershock. The magnitude of the 1964 Alaska earthquake was 8.4, which brought far more damage than Tangshan, where it suffered a huge loss of life and wealth. However, it is difficult to accurately analyze earthquakes due to political isolation in China and strict government information management. Most foreigners are not allowed to enter the country, and non-Chinese sources are mainly anecdotes. The Indian and Pacific sectors are pressing the Asian continent. As the plate in India moves northeast, it drives the Asian continent. In this report, we discuss the role of plate tectonics in the Tangshan earthquake. In addition, we will also introduce details of pre-earthquake cursor, mainshock, aftershocks. Finally, this report explains how to deal with future injuries, casualties, remedies, and similar events. In order to better understand the Tangshan incident, it is important to acquire general knowledge leading to earthquakes. The Earth's crust is divided into major structural plates. Drivers behind the discussion include the Earth's rotation, gravity-related forces, and mantle dynamics. It is generally believed that tectonic plates can move because of the relative density of marine lithosphere and the relative weakness of asthenospheres.

Between 1940's and 1950's, advances in technology related to progress in earth science and understanding of the earth have developed new ways in which geologists observe the world and how it works. In this exhibition I will explain the history of our new understanding of the Earth and outline the theory behind it. There are many excellent places to deal with the theory of modern plate tectonics. This is a small sample. Finally, it seems that Alfred Wegener Laboratories of the German Polar Ocean Research Center, which inherited Wagner's interdisciplinary earth science tradition, should be mentioned. The plate structure completely changed geologist 's view of the earth. This new paradigm covers almost all areas of geological survey. Like evolution theory in biology, plate tectonics is a unified concept of geology. The initial attraction and prompt acceptance of the plate structure is because it can provide many answers to many annoying questions for many seemingly unrelated phenomena. Plate tectonics explains many ancient ideas by providing new perspectives and revitalizes the field of geology. Finally, plate tectonics explains the main surface features and activities of almost all the planets. These include faults, earthquakes, volcanoes and volcanic activities, mountain and mountain buildings, as well as continents and basins. Plate tectonics is an important geological construction activity. In a word, it helps to form a mountain. Volcanic activity and earthquakes are also caused by plate tectonics. In general, the slab shape contributes to the material circulation between the crust and the crustal mantle. The plate structure also functions as a global thermostat, keeping the temperature within sustainable life. Without a tectonic plate (that is, the outer surface of the earth becomes a single continuous layer), there is no material recycling. The mountains are eroded and the landscape looks different. The absence of mountains will make the weather more uniform all over the world. Even the weather may lead to a decrease in biodiversity. The existence and constant movement of these tectonic plates is also considered to be the cause of life on our planet.

1 fishery university, manga roll, 2 fishery university, veravar, 3 fisheries education center, Mumbai, 4 fisheries universities, Ludhiana, Punjab Natural disasters are natural disasters (floods, tornadoes, hurricanes, volcanic eruptions, earthquakes, landslides, etc.) that affect the environment, leading to economic, environmental and human loss. Natural disasters are a very big change and can destroy the shape of the land and the lives of people and other creatures. Large changes occur in the deep part of the earth and its surface. Changes in extraterrestrials are occurring due to the difference in weather Volcano eruption, earthquake, cyclone or hurricane, monsoon, avalanche, flood, drought, wildfire or forest fire, tsunami and storm etc. An earthquake is a violent vibration of the ground. Sometimes it is strong enough to split the ground When parts of the earth called plates move towards each other, huge shock waves rise to the ground causing earthquakes. Earthquakes release amazing energy and in a matter of minutes it may destroy bridges, buildings, and even the entire city. The whirlwind is a storm, the storm rotates to draw a big circle. In the cyclone, the trees will be rooted, the buildings will be destroyed, and the cars may be turned over. In South Asia, the monsoon tends to be romantic, flowing northeast in summer and southwest in winter. In the summer monsoon brings heavy rain to South Asia and Africa, but in the winter it will be a dryer season. During the winter monsoon, the wind blows from the land to the sea, but in the summer it is the opposite. Avalanche is the movement of snow, ice and rocks on the hillside. As the avalanche suddenly happened, it was as fast as the car could reach 124 miles per hour. Snow melts quickly, snow freezes, melts, and freezes again, and someone slides in big noises and earthquakes The flood of the tide is caused by high tide, sea level rise, storm wave, tsunami (ocean bottomquake). Floods cause a lot of erosion in coastal areas, and unless repaired, it leads to more frequent floods. Drought began to occur in Africa in 1968. The child born this year is 5 years old and it is raining again. In forests and shrub areas, fire may be out of hand. Fire is caused by lightning, sparks, or careless people. The wind may blow the jungle fire where people live. The impact of fire is the physical, chemical and biological impact of fire on ecological resources and the environment. Non-biological effects of fire include roles in changes in air quality, water quality, soil characteristics, nutrient circulation. The tsunami can destroy the entire coastal village, remove all sand from the sand and sand, it will take hundreds of years to do. The storm consists of thunder and lightning, usually accompanied by strong precipitation. Each storm is formed in a large cumulonimbus (Thundercloud) with a diameter of 1 to 5 miles and a height of 25,000 feet. This is a very isolated event. Because each lightning strike affects only a small area, it rarely kills or harms humans and animals. The lightning contains a lot of energy, it gets hotter than the surface of the sun, creating a shock wave that can hear thunder. Social entrepreneurs such as Ramesh Kumar, Priya Agrawal, Edith Elliot, and others, seek to fundamentally change the world, that is, eradicating poverty, protecting the earth, and ensuring the prosperity of all people, one of the new sustainable development agenda I demonstrate it as a department. Ramesh Kumar, Swarna Pragati housing microfinance Pvt. Limited (http://www.swarnapragatihousing.com/) has revolutionized the housing finance and mortgage systems to overcome barriers to local credit flows. Priya Agrawal founded the Antarang Foundation. The reason is that most low-income youths can hardly make choices and control to decide their career paths and often take jobs that they did not prosper. She has built up the ability to fi

Seismic waves explain the internal structure and composition of the earth, and various waves radiated during the earthquake can identify the internal composition and structure of the earth. There are three types of wave levels or "push" waves (P waves), 2 levels or "impact" waves (S waves) and longitudinal or "long waves" (L waves). The waves that must be studied to describe the internal structure and composition of the earth are "real body waves", and the real wave is an alias for P wave or S wave. Earthquakes caused by other causes such as earthquakes and explosions can be reflected by layers in the Earth. Studying the deep reflection of waves generated by an earthquake enables seismologists to determine the hierarchy of the earth. Especially on oil and gas deposits, crustal research using shallow reflection in reflection seismology The earthquake showed us how the earth's surface moves, but do you know that measuring seismic waves can give us information about the interior of the earth? Seismologists, scientists who study earthquakes and related phenomena, have discovered ways to infer the internal structure of the earth using seismic waves. Geologists can not directly study over the outermost 5 to 8 mile of the crust and most of the earth remains unobserved. But after the earthquake they discovered that energy waves pass not only through the rocks on the surface but also through the center of the earth. Waves passing through the earth move at different speeds depending on rock type, temperature and pressure. After the earthquake, scientists from all over the world recorded the time and intensity of the waves reaching their place. In this research, researchers have analyzed so-called seismic waves. This is a scattered wave in every direction from earthquake source. These waves oscillate through the various layers of the earth during the earthquake so that the bell sounds when the hammer is struck. Scientists can gather information on their structure and composition by studying how these echoes change when these echoes bounce back through various layers of the earth. This new dataset reveals the nucleus of our planet. It is believed to be a hard ball mainly consisting of nickel and iron and in fact has a unique nucleus which seems to be about half the diameter of the whole nucleus. If you look down on the North Pole, the iron crystals outside the core will line vertically from north to south. However, the crystal of the "inner core" is turned over and is oriented horizontally to the east and west.

Wegner is a German meteorologist, geophysicist, polar researcher. In 1915, he published the "Continent and the Origins of the Sea" and outlined his theory of continental drift. Wegner is an expeditioner who travels four times to Greenland. In 1930, he last visited Greenland and died shortly after his 50th birthday. Continental movement theory of Wegener has been suspected by many scientists. He has a lot of evidence to support this theory, but he can not explain how these plates move. Half a century before this problem began to be solved About 30 years ago geologists developed the theory of plate tectonics - the theory that the Earth's crust was divided into large plates called tectonic plates fixed together like puzzle pieces. The structural plate is located between the thickness of 200 km (seabed) and 15 km (seabed). Geologists believe that the tectonic plate floats on the mantle lava and moves slowly. Each continent has its own tectonic plate (see Figure 3), and the continuous slow motion of the plate leads to continental movement - it is called continental drift The crust of the Earth's crust consists of many moving debris and structural plates that are always collided and pulled apart. Volcanoes and earthquakes occur at the boundaries of these structural plates. This is because the influence of plate movement is the largest. Let's explore the social, economic, political, climatic and aesthetic impact of living in the world without plate tectonics. Without constructive power, our lives will change drastically. First let's see the social impact. Without tectonics, the number of deaths will decrease due to natural disasters such as earthquakes, volcanic eruptions, and even tsunamis. The damage to the earth will be much less. This is one of the adverse effects of plate tectonics acting on the earth. Therefore, the earth becomes a safer living place, and the population will increase as the average life expectancy grows. Plate tectonics is an important geological construction activity. In a word, it helps to form a mountain. Volcanic activity and earthquakes are also caused by plate tectonics. In general, the slab shape contributes to the material circulation between the crust and the crustal mantle. The plate structure also functions as a global thermostat, keeping the temperature within sustainable life. Without a tectonic plate (that is, the outer surface of the earth becomes a single continuous layer), there is no material recycling. The mountains are eroded and the landscape looks different. The absence of mountains will make the weather more uniform all over the world. Even the weather may lead to a decrease in biodiversity. The existence and constant movement of these tectonic plates is also considered to be the cause of life on our planet.

Before the earthquake science, disaster prevention and disaster prevention experts collaborated to create this step by step guide, and after the earthquake, the national alliance for the earthquake has been kept safe. Begin with a simple reminder for each step, then based on your achievement. For example, in step 1, you can move heavy dangerous objects from the top shelf to the bottom shelf. This can be done in just a few minutes! One simple step in Step 4 is to call your agent to learn about earthquake insurance options. For Step 5, you can sign up / a> Large ShakeOut earthquake drill Earthquake engineering is a specialty field of geotechnical engineering. This is a small niche market offering the opportunity in several countries vulnerable to earthquakes. Of course, earthquake engineers are worried about the earth 's crustal vibration. This can cause great damage to the surface of the earth. They used design and construction techniques to identify regions with earthquake risks and strengthen buildings. They also perform simulation and failure mode analysis to design structural elements that can tolerate earthquake exposure without causing major structural damage. This is close to this country. An earthquake (also known as an earthquake, microtremor, or earthquake) is the result of a sudden release of energy in the Earth's crust and the generation of seismic waves. Earthquake activity, seismic activity or seismic activity in a certain area refers to the frequency, type and scale of an earthquake after a certain period of time. Earthquake measurements are used to measure earthquakes. The time range is the most common earthquake, it exceeds magnitude 5 earthquake ... intensity IX earthquake and emergency housing demand. It also identifies actions that homeowners can use to help prevent future structural damage and provides more information about the possible impact of intense IX earthquakes. The assessment report will identify the risk of dam destruction and will further understand factors including emergency response plans. The following table is an assessment of the number of people who need emergency housing due to the magnitude IX earthquake.

Seismic design Geology is the study of the earth's earth. The earth is constantly changing. These changes are slow for people to see in their own lives. Force may cause various things on the surface of the earth. Mountain growth and erosion etc. The earth is broken down into lithosphere, aquaticosphere, and the atmosphere. Lithosphere is a dense solid layer around them. We call it the ground. Scientists believe that the earth is formed of very dense elements such as iron and nickel. The current California building design is very complicated. The current law requires that new buildings built in the earthquake zones have the latest seismic design. There are many kinds of seismic design of the bay. The new technology people are using is like isolation and the building is on a huge steel rubber bearing. Those rubber bearings are connected to the ground and the building. When the building participates in an earthquake, the rubber bearing functions as a shock absorber, and the building moves with the earthquake. The most common and cost-effective one is the lateral load static system. These systems are shear wall, support frame, bending frame, diaphragm. Seismic design focuses on severe damage to buildings during the earthquake. In order to avoid building collapse, designers should design and understand some predefined components to achieve acceptable types and damage levels. The main factor in designing earthquake resistant buildings is the necessity to construct malleable buildings. Therefore, during an earthquake, the building has the ability to swing back and forth to resist the influence of the earthquake, which may cause some damage, but it will not collapse. Earthquake engineering involves designing the structure to withstand dangerous earthquake exposure. Earthquake engineering is a sub-field of structural engineering. The main purpose of seismic engineering is to understand the interaction of structures on the collapsing ground, to predict the effects of possible earthquakes, to design structures constructed during the earthquake according to building law, Construction and maintenance. Sanitary engineering did not include most of hazardous waste management and environmental restoration work traditionally covered by environmental engineering, but environmental engineering is a contemporary term for sanitary engineering. Other terms used in public health engineering and environmental hygiene engineering Earthquake Engineering is an interdisciplinary engineering department that designs and analyzes structures such as buildings and bridges and considers earthquakes. The overall goal is to make this structure stronger against earthquakes. The purpose of an earthquake (or earthquake) technician is to build a structure that is not damaged by small vibrations and to prevent serious damage and collapse in large earthquakes. Earthquake engineering is a science field that protects the artificial environment caused by society, the natural environment, and earthquakes by limiting earthquake risk to socially acceptable levels. Traditionally, it has been narrowly defined as a behavior study of structures and geological structures subject to seismic load; it is considered to be a subset of structural engineering, geotechnical engineering, mechanical engineering, chemical engineering, applied physics I will.

Avoiding Natural Disasters Natural disasters have destroyed more people than the war on a global scale. According to UN statistics, in the last decade more than 1 million people died due to natural disasters, 8 billion people died in health, family, livelihoods and economic and structural losses of $ 665 billion have occurred. It is virtually impossible to prevent natural disasters such as hurricanes, volcanic eruptions, floods, tornadoes, earthquakes, and tsunamis. Among this non-fiction, Timothy Eagan has expressed his desire for the government to adopt a more robust policy to avoid natural disasters. Eagan 's worst moment was a tragic story about the farmers who decided to stay in the narrow areas of Texas, Oklahoma, New Mexico and Colorado in the plains during the drought of the 1930' s. This disaster called "dust bowl" is mainly considered as an artificial problem. Egan believes that agriculture is a direct cause of drought, wind and dust, but depicts his role as a tough entrepreneur who has been deceived by unsustainable farmland. Those known as "Sodbusters" entered this area in the 19th century when the federal government sold almost zero land. They quickly torn wide areas of grassland that they have settled recently to grow wheat. This sudden terrain change blows the wind from the soil accumulated for thousands of years. Disasters can be broadly divided into two categories. The first is natural disasters such as floods, hurricanes, tornadoes, earthquakes. Although it is impossible to prevent natural disasters, risk management measures (avoidance of disasters and appropriate planning, etc.) may be useful. The second category is an artificial disaster such as dangerous goods spill, infrastructure failure, bioterrorism, devastating IT vulnerability, or implementation failure. In such cases, supervision, testing, and mitigation plans are very valuable.

The 2018 Lombok Earthquake means the following five impulsive earthquakes, including the epicenter in the northern part of Rinjani Volcano, resulting in major damage and death. On 5 August 2018, the northeastern part of Lombok Island experienced a magnitude 0 earthquake, after which other small earthquakes continued in the same region. The first report shows the damage to buildings in Lombok, Gili Islands and Bali. If you are in that area, you should monitor the local media, be cautious and follow the local government's recommendations. On 10th February 2018, the Indonesian authorities lowered Agn's warning status from the highest level 4 to the third level (standby). The distance around the restricted area also decreased from 6 km to 4 km. According to the authorities Agung Mountain continues to show signs of volcanic activity and the possibility of volcanic eruption still exists. Mr. Agung's warning level may change in a short time. The Indonesian archipelago of Lombok Island and Bali is part of Pacific Fire Ring, a volcanic activity area and a strong earthquake of 40,000 km (25,000 miles) where the majority of the world earthquake occurs. This region has spread from Japan and Indonesia to the Pacific side and extends to California. After the earthquake, power outage occurred on Lombok Island, and power outages occurred even in the telecommunications industry. The National Electric Power Company (PLN) said it would temporarily block the power of the East Lombok Regency for inspection. They announced that normal operation will be resumed within a few hours afterwards. The government immediately shut down Mount Rinjanyi National Park. Hiking and other activities in this area are forbidden because there is a fear of landslides. Indonesian President Jokowido, who is planning to visit West Nusa Tenggara before the earthquake ordered Governor Nishi Nasatengara, Mohamed Zauren Majdi to instantly locate search and rescue personnel in the afflicted area.

Currently, it is possible to predict most natural disasters and minimize their impact, but in the last decades there has been a significant social impact. In this article, the natural disasters, including those caused by geological factors and infectious organisms, is defined as adversely affect the natural phenomenon in human society. While this may have various effects, it only brings out the most noticeable effects, such as casualties, disasters, public health crisis, and economic depression. I chose to write about the impact of natural disasters on the global society. In the past few years, thousands of people are killed by natural disasters such as earthquakes, hurricanes, forest fires, tornadoes, tsunamis, volcanic eruptions, and floods. Research shows that natural disasters are becoming common due to climate change. Natural disasters are divided into climate-related disasters and geophysical disasters. - Thousands of years ago there were two ancient civilizations, Egypt and Mesopotamia. Both are excellent both in terms of technology and language, but each civilization has made different advances. These two ancient cultures are also close together, but their geographical location is different, resulting in various agricultural methods. The last one in Egypt and Mesopotamia is religion. Even their respective religious practices are peculiar. Natural disasters have shaped our planet from the beginning and have changed its shape. These natural disasters have devastating effects on the communities around the world. No matter how far social history is, natural disasters make humans devastating and humble. Natural disasters of various shapes and sizes. Earthquakes can tear the earth and destroy the infrastructure in the process. Hurricanes came to the streets and were uprooted by their way. These are just a few of the many natural disasters that can destroy society. There are many natural disasters in the world that reformed this area. Natural disasters are unfortunate events that can happen anytime around the world and have tremendous impact on landscape and society. Natural disasters can occur for various natural reasons, such as earthquakes, hurricanes, tsunamis, floods, cyclones, landslides, or human factors caused by the use of forest fires and nuclear weapons. Civil engineering structures such as buildings, bridges, roads, dams, reservoirs, dams, other buildings, etc. are seriously damaged

Every year natural hazards such as hurricanes, floods, fires, earthquakes, tornadoes, etc. pose challenges to agricultural production. Agriculture is vulnerable to natural events and disasters as it depends on weather, climate and water availability. These effects may have long-term effects on agricultural production, such as crops, forest growth, cultivated land, and maturation takes time. Learning how to prepare and repair natural events and disasters will reduce the long-term impact on agriculture and the environment. Natural events and disasters may become catastrophic for agricultural production, but it can not be an excuse not to comply with state and federal environmental laws. The following links provide resources and assistance for planning and preparation, and response and recovery for natural disasters. "Natural disasters are not natural disasters but human disasters in many cases. According to the earthquake events, this earthquake event is an event where energy is temporarily released in the Earth's crust and a series of seismic waves pass through the crust The form of the earthquake is felt, and in the event of other earthquakes the energy is very gentle and can only be identified by special equipment A ... disasters and emergencies can occur anywhere and anytime ( Pellegrin, 2012) and various terms of community distress (Kumar, 2000), including fire and drowning, earthquakes and tornadoes, epidemics and hunger, heat and cold, mice and mites, Natural disasters occur naturally without being influenced by humans. Human disasters are influenced by human activities and have a great influence on humans and the environment. Natural disasters can not be changed or mitigated in any way due to the nature of the disaster. One factor that supports this is the seriousness of the earthquake. For example. The Richter scale of the 2011 Haiti earthquake was 7.2. Japan is a huge country ... mitigating natural disasters is still a revolutionary activity. However, the flow of technology, such as the difficulty of obtaining adequate raw data, the lack of effective graphical user interfaces, the complexity of predictive models, and the cost of digitization, are still hindered by many problems Carrara et al., 1999). Natural disasters in Australia Natural disasters are spontaneous events such as earthquakes, cyclones, storms and floods. These kinds of disasters can cause serious physical damage, disruption of business services, and loss of human injury / life. Due to the effects of global warming and the accompanying climate change, the incidence of natural disasters has increased in Australia. I am confronted with such a natural disaster in Pakistan ... Natural disasters have a greater impact on economically less developed countries (LEDC) than developed countries (MEDC). How long do you think about this statement? Natural disasters always have disastrous consequences. These may be economic, social and / or environmental. Destruction of infrastructure can seriously hinder economic activity and social impacts may include homelessness, illness, loss of life, injury, and destruction of the community.

On yesterday morning, I took breakfast at InterContinental Bangkok's 37th Club Lounge and enjoyed a conversation with a nice Bavarian woman, Julia of the Club Lounge. Suddenly I felt dizzy. I did not drink anything the other night and I went to bed all night, so I felt it was a bit strange. But that will continue. After a while I noticed what was going on - I did not feel dizzy, but it was an earthquake. My answer is this: Disclosure time: I have never experienced an earthquake. I am a little scared of them. In fact, this is the reason I am not thinking about moving to Seattle. With more than 20 seconds, the club floor was shaking. Like, shake seriously Julia (club's waiter) instructed to keep calm and to climb the stairs. Now, go up the stairs, you walk through the rooftop pool, I see that the water is flowing out there, it makes me even more afraid. As if I had participated in the Olympics, I skipped the flight of 37 flights. Nobody was evacuating and I finally found out that it was very strange that I entered the first floor. Again, I have never encountered an earthquake before, so I do not know how it works. I am a little looking forward to the street chaos, the 1000 people in the lobby, and the common apocalyptic style. Sure enough, I fell down on the door on the first floor and thought that she knew what had happened, I went straight to the concierge desk. Me: "No, it's just an earthquake, you know, the earthquake is swaying. Oops! This is very interesting, I have never felt this hopeless feeling so far, so I am convinced that the world is reaching its end. Ok, they know that nothing happened. Clearly, there was an earthquake in Myanmar, and only on some high buildings in Bangkok can feel an earthquake. As a safety precaution, Julia kept the club lounge closed, and I was happy on the ground. Has anyone ever encountered an earthquake at the hotel? Of course it was an interesting learning experience for me and I was confused by more than 100 hotels including Park Hyatt Shanghai and The Ritz-Carlton, Hong Kong. I live only in Ecuador. I experienced two earthquakes in two months, which is obviously more frequent than normal, but there are hundreds of aftershocks, but I can argue that none of them have ever experienced. I woke up around 8 AM everyday by the first earthquake. However, when I woke up from a lazy sleep, this event was recorded with exhausted consciousness as if hearing thunder etc. Later that day, I learned that this is indeed an earthquake. Because there are no damage or human damage and these events are occurring frequently, I do not think that this news will arrive in Australia, so I will post a status and not worry about family and family friends Did. Turkey has a long history of earthquakes. Earthquakes occurred in the North Anatolian Fault in 1939 and 1967, but these earthquakes were not as strong as the first earthquake in 1999. The earthquake was the most powerful earthquake in the world for over 10 years, especially because of the large number of dead. The 2004 Asian earthquake is now beyond this. After the flood in 1916, a strong dam was built, giving people a false sense of security. Furthermore, when communication is limited, storm warnings are transmitted to many people. Most people do not have TV or night radio, most people do not have their phone, and many people do not know the future danger. Two weeks ago, Taiwan experienced a series of earthquakes that occurred on three different days this week. One of them was quite a big earthquake at Hualien (6.4 grade), another earthquake (5.7 grade) occurred the next day, causing a lot of damage, unfortunately some people died. Fortunately, our friends and acquaintances living in Taiwan are very kind and people living in the west experience a lower scale (like me). Therefore, we must reconsider our travel destination In the last two weeks, the island experienced hundreds of earthquakes. According to the report, an earthq

Long Point Fault Region Long Point Fault is located in Harris County and covers a range of 83,450 square miles in Houston, Teaxas City Limits. Three parts of the major fault seem active, and over the past two decades, the average vertical deviation of a part of the long axis fault exceeds 2 cm per year. Evidence of disability concludes that this is a natural mistake. Even if human activities are not helping these problems, it is clear that humans are not the original cause, and biological activities may actually be the cause of their movement. The Houston area has over 150 active faults (estimated to have 300 active faults) and total length of 310 miles (500 km) including the Long Point-Eureka Heights fault system in the city center. Although there is no historical big earthquake in Houston, researchers do not miss the possibility that such an earthquake will occur in a deeper past and will not occur in the future. Some of the land in the southeastern part of Houston is sinking because water has been pumped out from underground for many years. Although it may be related to the fault slip, the slip is slow, and it is not regarded as an earthquake where a steady fault suddenly slips and a seismic wave is generated. These faults also tend to move at a constant speed in the so-called "fault creep", which further reduces the risk of earthquakes. Long Point Fault Region Long Point Fault is located in Harris County and covers a range of 83,450 square miles in Houston, Teaxas City Limits. Three parts of the major fault seem active, and over the past two decades, the average vertical deviation of a part of the long axis fault exceeds 2 cm per year. Evidence of disability concludes that this is a natural mistake. - future Indiana earthquakes are inevitable The earthquake that occurred across the Midwest on 18 June caused the people to shock the earthquake could occur anywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was not much damage. An earthquake like Sumatra's destruction occurred in this case at a fault of approximately 1,400 kilometers in length. Earthquakes start from a certain point of the epicenter and proceed at a speed of about 2 to 3 km / s along the fault, so it takes a long time from one end to the other. Therefore, the longer the fault, the longer the earthquake will be. When viewed on a global scale, the earthquake is merely a sign of plate movement, the material on the surface changes due to convection inside the mantle, a mountain is formed, a mineral starts from the bottom, and a new seafloor is formed I will.

Rouge wave Author: Jasmine, Jones, Calvert Tsunami is a Japanese word meaning waves, which means the harbor and the meaning of warfare and it is a combination of two words Tsu. Tsunami, this is my Prezi on the tsunami and the rouge wave. You obviously read my prezi, learned more about tsunami and rouge projects and evaluations, or simply got interested in nature. Hello and welcome to Prezi Rouge Waves. Several weeks ago, our class and Miss Berry started the theme at the Octopus Gardens, we were asked to explore our natural hazards in cyclone and hurricane units, and we had lots I found out the information. We opened a new unit wave. Our teacher asked us to place a prayer on our new troops. Thank you Cultivation 1 2 3 Rogue waves are huge waves in the blue sea wave and appear in the sea. Rogue waves are known as killer waves, extreme waves, monster waves. They are huge waves that can be over 100 feet tall. Is Rogue Waves related to Tsunamis? Rouge wave is not a tsunami. The only thing they have in common is that they come from water and are destructive. The tsunami occurred in the displacement motion below the sea below the structural plate. Rogue wave is everywhere totally Tsunami is a Japanese word, English translation: "surf". Previously, the tsunami was called "tsunami" or "seismic wave". Although the term "tsunami" may cause misunderstanding, the impact of the tsunami on the coastline depends on the tide level at the time of the tsunami, but the tsunami has nothing to do with the tide. (The tide is caused by the moon, the sun, and the influence of the gravity of the planet.) The term "seismic waves" seems to be misleading as well. "Earthquake" means a power generation system related to earthquakes, but the tsunami may be caused by events other than earthquakes such as landslides and meteorite collisions. Rouge wave Author: Jasmine, Jones, Calvert Tsunami is a Japanese word meaning waves, which means the harbor and the meaning of warfare and it is a combination of two words Tsu. Tsunami, this is my Prezi on the tsunami and the rouge wave. You obviously learn more about tsunami and rouge projects and assessment information by reading my prezi, or just curious about nature. Hello and welcome to Prezi Rouge Waves. Several weeks ago, our class and Miss Berry started the theme at the Octopus Gardens, we were asked to explore our natural hazards in cyclone and hurricane units, and we had lots I found out the information. We opened a new unit wave. Our teacher asked us to place a prayer on our new troops. Thank you The tsunami has been in existence for a long time together with other natural disasters such as tornadoes, earthquakes, fires and floods. The word "tsunami" is a Japanese word of "big wave" and can be defined as a series of powerful strong waves caused by disturbances in water. In most cases, the undersea earthquake is the most common cause of the tsunami, but there are many things that could cause a tsunami. They can be dangerous and destructive, but you can learn how to survive in the tsunami

0 level Indian Ocean earthquake was caused by subduction of the Indian Ocean. Earthquakes are usually caused by convection that causes subduction / convergence flow. Convection is caused by magma ascending from the deepest part of the earth, then slowly cooling down, sinking again and then heating again, then rising upward, essentially repeating rising and cooling, then heating the cycle . The plates are separated from each other, they are separated, then the plate obviously strikes another plate adjacent to it and causes diving. Major earthquakes such as the 2004 Indian Ocean earthquake are related to a large earthquake in the subduction zone. During the period of the century scale, these seismic moments can account for the majority of global earthquake moments. About one eighth of the whole moment of the 100-year earthquake from 1906 to 2005 is due to the 2004 Indian Ocean earthquake. Earthquakes and the Good Friday Earthquake (1964 Alaska) and the Chile Earthquake (1960) accounted for almost half of the total time. The 2004 Indian Ocean earthquake occurred in the western part of the Auckland Islands in the Antarctic region of New Zealand and in the uninhabited region of Macquarie Island in Australia just three days after the magnitude 8.1 earthquake. This is abnormal because on average an earthquake with magnitude 8 or higher does not occur once a year. However, the US Geological Survey failed to find evidence that there was a causal relationship between these events. The energy released to the earth's surface by the Indian Ocean earthquake in 2004 (ME, which is the potential damage of the earthquake) is estimated to be 1.1 x 1017 joules, or 26 T tons. The Indian Ocean earthquake of 2004 (Times 9.1 - 9.3) caused a series of tsunamis on December 26, 2004, about 227,898 people (167,540 in Indonesia alone) died, becoming the worst tsunami in history. It is one of the fatal natural disasters. The earthquake was the third largest earthquake in history. The first surge was measured at a height of about 33 meters (108 feet), the largest earthquake tsunami ever. The tsunami struck the northwestern coast of Indonesia, Thailand and Malaysia at thousands of kilometers away from India, Bangladesh, Sri Lanka, Maldives, Somalia, Kenya and Tanzania. This Indian crossing maritime tsunami is an example of a remote tsunami spreading into the jungle of the ocean as well as the sea tsunami.

Earthquakes occur every day in the world and are extremely dangerous. An earthquake is caused by a plate movement called a fault. The plate is part of the earth's outermost hard shell, consisting of the Earth's crust and the attached upper mantle, floating on the plastic like a gob. Faults are deep underground, they always move slowly, and we do not even feel it. Seismologists are studying ways to predict earthquakes in order to be safer in the earthquake by researching and studying seismic waves. Earthquake standard reports include magnitude, date and time of occurrence, geographical coordinates of the epicenter, depth of the epicenter, geographic area, distance to the population center, location uncertainty, and several parameters included in the USGS Earthquake Report Quantity etc) and unique event ID. In spite of the traditional use of relatively slow seismic waves to detect earthquakes, scientists will gravitate in 2016 to provide an instantaneous detection of the earthquake, and the 2011 Northeast ("Fukushima") earthquake We can analyze the gravity record related to the. Please check this. On November 18, an earthquake of magnitude 7.5 occurred on the Richter scale. The epicenter was in the Senegal Channel between the Virgin Islands Puerto Rico and St. Croix. The tsunami caused by the earthquake occurred in the inland of near 150 meters (490 feet) at the bottom of the coast of Yabucoa. Hundreds of women and men rebelled against Spain on 23rd September because Puerto Rico became independent. Uprising, Lares cried, or Lares' rebellion). The rebellion was composed of a group of people led by Dr. Ramón Emerio Betans (which is not allowed to enter the island) and Segundo Luis · Belvis. The most important people in the uprising were Manuel Lohas, Matthias Brookman, Joaquin Parilla, Francisco Ramirez.

Environment art is an artistic style made in the late 1960s, made by what is found in nature. Several environmental arts are big enough to be thought of as a memorial. This art can not move without destroying it, climate and weather can change it. The artists work on environmental art works such as solving environmental problems affecting the earth today, indications of things that can move naturally, interaction with natural phenomena such as lighting and earthquakes, and indications of how people coexist with nature There are many reasons to produce. It is implemented as a means Eco Art or "Ecological Art" is a contemporary form of environmental art created by artists who care about regional and global environmental conditions. As climate change becomes a serious problem, hundreds of artists around the world, especially many female artists participate in this sport, and this field is rapidly expanding. Bettina Werner, born in Milan, Italy, is the world famous "Queen of Salt". She is the first artist to use salt as an artistic medium. Salt represents knowledge and wisdom and has a long history and necessities intimate to human life. It is the "fifth element" of the importance of life on earth. Salt is more valuable than gold and it can act as a pillar of money trading all over the world. In addition, it has the essence of purification and healing. Environment art is an artistic style made in the late 1960s, made by what is found in nature. Several environmental arts are big enough to be thought of as a memorial. This art can not move without destroying it, climate and weather can change it. Artists work on environmental art works such as solving environmental problems affecting the earth today, indications of things driven by nature, interactions with natural phenomena such as lighting and earthquakes, and indications of how people coexist with nature There are many reasons for doing it. It is implemented as a means

The level of development affects the ability to manage natural disasters Natural disasters occur without human influence. This is a certain dangerous event. Examples of natural disasters include hurricanes, earthquakes and volcanic eruptions. The level of development and development is where the development state (extension) is. Cities and towns are expanding, building more buildings and structured places. Despite the term "nature", natural disasters have human involvement. A physical event that does not affect humans like a volcanic eruption is a natural phenomenon, but it is not a natural disaster. Natural phenomena occurring in densely populated areas is a dangerous event. A dangerous event that causes an unacceptably large number of deceased or overwhelming property loss is a natural disaster. Natural phenomena do not pose danger and cause disasters in areas where people are not interested. Therefore, this definition contradicts the recognition of natural disasters. Natural disasters are inevitable damage caused by unlimited natural forces. It shifts the burden of cause from a purely natural process to the simultaneous existence of human activity and natural events. Certainly, some natural disasters are inevitable. There are no places on earth that can withstand any natural disasters such as earthquakes, floods, hurricanes, tornadoes, snowstorms, droughts, etc. But when we say disaster is a natural disaster, it minimizes the impact of removing any obstacles to us. It allows us to avoid planning the danger and to pretend to be inevitable a bad clash between man and the power of nature. Houston has a long flood legacy, but there is no flood evacuation place. Even though it is impossible to evacuate big cities, dividing cities into regions based on historical flood patterns solves a few problems. People in low-risk areas can stay and people in high-risk areas can evacuate themselves. Even during Harvey, Houston did not unify the flood

Tsunami is one of the most dangerous natural disasters known to mankind, and has a devastating effect on society. Although the tsunami is not a common phenomenon, once a tsunami occurs, it causes huge casualties. With the destruction of many coastal houses, the number of deaths per year could reach 420,000 people. However, destruction of the tsunami is inevitable, but it can be reduced. The word "tsunami" comes from the Japanese "Tsu" meaning "harbor", "Nami" means "wave". As explained by Genesis, the global flood is incompatible with the natural history of modern science, especially with understanding of geology and palaeontology. Comparison: Several of the largest historical tsunamis caused by the influence of Chikububo ahead of 66 million years ago are thought to affect the entire US (or almost all Western hemisphere). Thucydides, an ancient Greek historian, advocated that the tsunami is related to the marine earthquake in the history of the Peloponnesus war in the 5th century BC, but the understanding of the tsunami continued until the 20th century and is still known Absent. The main areas of current research are to determine why some major earthquakes do not generate tsunamis, whereas other small earthquakes will generate tsunamis, the process by which the tsunami crosses the sea accurately To predict, and Since the earthquake and tsunami that occurred in 2004 were hardly known in Indian and Sri Lankan long cultural history, I explained that Tsunami researcher at the University of Southern California and eCoast chief Seb Borrero is in New Zealand. Maritime consulting company "Land on these places without warning of nature, they are far enough away from them, they will not feel earthquakes," Borrero said. "Therefore, there is no history of natural warnings, official warnings, and tsunamis, people are everywhere along the coastline, this is the perfect combination of death and destruction." On January 26, 1700, the tsunami struck the coast of Japan without any warning. In Japan, this is a country of historical earthquake and history of tsunami, and the link between these two natural disasters is well known. A stone monument 600 years ago near the coastal city Kesennuma warns us, "Please be aware of the tsunami when an earthquake occurs." Submarine earthquakes can replace a large amount of water and cause a series of waves in the ocean. Near the coast, the waves rise high, flooding occurs in a vast area. However, the tsunami in 1700 was different, and it was called orphan tsunami in scientific literature before the earthquake.

Influence on tectonic plates and their geophysical surfaces Tectonic plates have been confirming changes in geophysical features for millions of years and continue to do so today. These huge plates move under the surface of the ocean and continent, creating earthquakes, volcanoes and ridges. In this article we discuss the tectonics plate composition, movement and history, the theory of plate tectonics and its history, and now the surface of the earth, and we will continue to do so. The earth is fragile. The surface, the layer between the crust and the hydrothermal core - its surface is divided into slabs (structure board) floating above the mantle of the rock. The interior of the earth is active, earthquakes, volcanoes and mountainous buildings occur along the boundaries of the structural plate. Because of the earth 's geological activity (volcanoes and earthquakes), the number of craters on the surface of the earth is much less than that of Mars, Venus and Mercury, or the surface of the moon. For millions of years the crater has been sunk and worn by the wind and rain Influence on tectonic plates and their geophysical surfaces Tectonic plates have been confirming changes in geophysical features for millions of years and continue to do so today. These huge plates move under the surface of the ocean and continent, creating earthquakes, volcanoes and ridges. In this paper, we discussed tectonics plates that influence the composition, movement and history of tectonic plates, plate tectonics theory and its history, plate tectonics theory, and introduced the world to the world changing the idea that it became global recently. It is the same from the beginning. This theory changes the view of ordinary people, as Columbus shows that the world is round. The theory of plate tectonics has evolved from the theory of continental drift and sea floor expansion, pointed out that the surface of the earth is divided into several large plates that are constantly moving. In 1912, Alfred Wegener, Plate tectonics are defined as solid rocks that build the surface of the earth. The theory of plate tectonics is the theory used by geologists to help explain the process and events of the surface. The term board means that the big earth is always moving, that is, it means lithosphere plate. Construction means how the continent is formed and moves with time. This is the theory that most geologists will accept what will happen on our continent. It states that the Earth consists of two layers, and a material effect worksheet for Phoenix University structural plate movement from Visual Earth Sciences, by Merali, Z. And Skinner, BJ, 2009, Hoboken, NJ: Wiley. Wiley copyright 2009. Compliance with license Part 1 This photo is similar to the chart drawn by Alfred Wegener showing the distribution of the continent 300 million years ago. His theory of continental migration has been suspected by the scientific community. 1. Describe the three types of evidence Wegener uses

Weather affects agriculture in various ways. From tornadoes to tsunamis, floods, all kinds of weather affect agriculture. When agriculture is affected by the weather, not only crops but also farmers that grow and consume will be affected. If you think about it, that is everyone. Therefore, even if the weather is bad, everyone is influenced in some way. Hurricanes, also called tropical cyclones, are tropical storms that last for more than two weeks. Planet B: Hurricanes, earthquakes, tsunamis, floods, volcanoes, thunderstorms, viruses, ugly diseases, parasites, hills, flies, insect pests destroying crops can also be annoyed by various phenomena. It afflicts both innocence and evil. Every form of life on Earth can only maintain its existence by destroying and consuming other forms of life. Some residents are born with serious diseases called "birth defects" and condemn a very limited life, short or painful life. I chose to write about the impact of natural disasters on the global society. In the past few years, thousands of people are killed by natural disasters such as earthquakes, hurricanes, forest fires, tornadoes, tsunamis, volcanic eruptions, and floods. Research shows that natural disasters are becoming common due to climate change. Natural disasters are divided into climate-related disasters and geophysical disasters. - Thousands of years ago there were two ancient civilizations, Egypt and Mesopotamia. Both are excellent both in terms of technology and language, but each civilization has made different advances. These two ancient cultures are also close together, but their geographical location is different, resulting in various agricultural methods. The last one in Egypt and Mesopotamia is religion. Even their respective religious practices are peculiar. Earthquakes, floods, tsunamis, hurricanes, volcanoes - these are not our favorites. In The Big Ones, a famous seismologist Lucy Jones will introduce the history of natural disasters, the impact on their culture and new ways of thinking about future natural disasters. The computer is wonderful. The same can be said to humans. However, both are very limited. In summary, Thomas Malone, author of the author Superminds says. In fact, entering a world full of artificial intelligence, human and computer alone are allowed to cooperate and the true power of our technology will emerge.

"Disasters are natural or artificial events that have a negative impact on life, wealth, livelihood, or industry, often resulting in permanent changes in human society, ecosystems, and the environment." As the definition implies, disasters can be painful, deficient, difficult, injurious, even due to direct injuries, diseases, commercial and commercial dislocation, and partial or total destruction of critical infrastructure It is a very destructive event that causes even death. Disasters such as houses, hospitals, other buildings, roads, bridges, electric power lines, etc. can occur in spontaneous events such as earthquakes, hurricanes, floods, tornadoes, or human events, accidental accidents (accidental toxic leaks Nuclear power plant events, etc.), or intentional causes (such as various fears). Molecular explosion and poisoning) (HealthDay News) - Prepare a tornado helps to protect what you and your loved ones can not imagine. When the tornado occurs, the US Center for Disease Control and Prevention recommends creating and discussing an emergency response plan. Please check ... Read more Tuesday, April 29, 2014 (HealthDay News) - A small study of people devastated by Japanese catastrophic earthquakes may cause traumatic events to shrink the brain, but when someone's pride returns, those Some of our areas will recover. "High self-esteem is most important ... Read more ............................ .... ................................................ 8 Natural disaster Introduction Natural disasters are the effects of natural disasters (eg floods, tornadoes, hurricanes, volcanic eruptions, earthquakes, heat waves or landslides). It can lead to financial, environmental or human loss. The damage that occurs will depend on the vulnerability to the hazard of the affected people. This is also called resilience. This understanding concentrates on the sentence "There is a possibility that a disaster may occur when a disaster encounters a vulnerability." Therefore, natural disasters occur In this course, we will introduce a wide range of main issues of disaster prevention. This course will explore past and present strategies to reduce and respond to the risks posed by human-induced or natural disasters. The focus is on what you can learn from the history of disasters and how you apply these experiences to managing future events. This course examines the evolution and contemporary nature of the threat of domestic terrorism and the movement of violent extremists that the United States has faced over the past few decades. Of particular concern are right-wing militia, religious extremists, racial superiority / hatred groups, extreme environmental and animal rights groups. The contents of this outline are as follows. After identifying the purpose and research questions, the introduction explains the concepts related to natural disasters and associates these concepts with the perception of relevance of disaster research. Next, in an interdisciplinary review of disaster research, I will point out some important functions. The section on the theoretical framework details the project's focus on social capital, political trust and government satisfaction concepts and extends the discussion to previous work on these concepts and the integrated relationship between disasters I will. . It will also propose a preliminary mechanism for changing political attitudes: government efforts to manage media coverage of disasters and incidents. Part 3 provides detailed editing and explanation of data collection and all data.

The epicenter is right above the beginning of exercise. The place where motion begins is called focus. Destruction of a city depends on the magnitude of the earthquake and the location of the epicenter. On April 18, 1906, one of the most destructive earthquakes in history hit San Francisco, California. With the subsequent earthquake, this earthquake destroyed the city and became the biggest disaster to attack the cities in North America. San Francisco is on the west coast of the United States of America. According to the Euro Mediterranean Earthquake Center (EMSC), on November 12, 2017, an earthquake of about 7.2-7.5 occurred at 21:18 local time (18: 18 UTC) in northeastern Iraq. The epicenter of the earthquake was located 32 kilometers away from the city of Harambua ... It is reported that six people died in the Iraqi area and more than 500 people were injured. According to the report, four people were killed in Dar Bandicane and about 80 people, including serious injuries, were injured. According to the preliminary report, it turned out that the Dal Bandicán region was the most affected area. However, Dal Buddy Kandam, the multipurpose embankment of the Dadiara River, is being evaluated today by the Ministry of Water Resources (MoWR) as local sources reported that the dam is affected by heavy rocks and landslides . The rubble enters the dam waterway of the dam. (OCHA, 13th November 2017) Frostbite Falls in Minnesota Province is an area unknown due to the earthquake, but it is the epicenter of several earthquakes plaguing experts. Frobbite Mayor Jo Blow announced that it was due to the emergence of the Putin / Trump regime and is known to have been an everlast resting place for Heracrice and Squirrel in the height of the Cold War. "We are opposed to human rights violations - this is a stupid fake news issue - this is hunting - it is only the so - called trump president who can have privacy rights - the United Nations - No, he He is great. " Although the Landers earthquake is a historical large-scale earthquake, the epicenter is in the "where everywhere" place, the damage is mainly mild to moderate (if you live near the epicenter, "no" is). "There is no place" There is no doubt, this is not a wonderful morning. "Big Bear earthquake after more than three hours, and much more powerful than the event of Landers in the population-rich area, the damage is great In the Beiling earthquake vividly showed that only moderate earthquakes in urban areas will cause serious damage, so the fear of audible sound even for very large earthquakes (and only nationwide) is "Sunday An earthquake of magnitude 7.3 occurred in Los Angeles in the morning. "If it is located in an area with low population, property is rarely damaged. Explicit explanation

Introduction As evidenced by recent earthquakes, many existing bridge structural designs are not affected by earthquakes. The consequences of serious damage to the bridge structure include the potential loss of life and property, which can cause significant economic and social impacts, and disruption of the transport system. Since bridges are susceptible to damage, it is highly desirable to implement appropriate seismic restoration techniques before future earthquakes occur. The bridge began refurbishing in 1996 and was analyzed by the bridge engineering company Buckland & Taylor as part of the Caltrans Phase II earthquake remodeling program. Detailed assessment of the seismic resistance of the bridge finds solutions that can solve several problems such as serious load factor, very limited physical path, maintenance of existing historic building appearance, and California We are faced with the challenge. State requirement At least one bridge always stays open. The key to design is to post tension the entire deck vertically from one end to the other. The bridge between Golden Gate Bride, Richmond - San Rafael Bridge, Bay Bridge, San Mateo - Hayward Bridge, Dumbarton Bridge - was recently remodeled to maintain strong seismic activity. The Metropolitan Transportation Committee (MTC) announced a detailed report on the plan at the end of 2016. BART Transbay Tube has also undergone earthquake rebuilding. These decisions by municipal agencies are excellent measures to protect infrastructure across national borders due to future seismic activity and corrosive damage caused by sea level rise, but the intersection of bridges, the coastal roads on the ground and the ground The railway is still flooded and climate related risk of liquefaction damage Mark R. Capron conducted an earthquake evaluation by pushing over a bridge of length 2,164 meters near the New Madrid earthquake zone in the southeastern state of Missouri. His research includes an existing structure, an improved substructure of the column jacket, a cap beam correction, and an isolation mount. Studies have shown that the existing structure occupies 30% to 40% of the displacement required for the 500-year design level and is significantly lower than 1000 and 2500 years. Cross performance

Hokkaido island in northern Japan caused a landslide wiped out the house after being subjected to a strong earthquake After the damage of the thermal power plant, electricity decreased to about 3 million households due to the magnitude 7 earthquake. This earthquake occurred after a fatal typhoon that hit Japan's west in the past few days. Javi was the strongest typhoon for the first time in 25 years, at least 10 people died, causing widespread damage and destruction. An earthquake of 62 kilometers (39 miles) occurred in the southeast of Sapporo, the capital of the earthquake early in the morning Nuclear power plant - not in operation - need to switch to backup power to maintain spent fuel cooling Regional residents and travelers are affected by earthquakes on social media They are also writing long lines at the grocery store as people are concerned about more tremors. According to Agence France-Presse, "Major earthquakes often occur within two to three days of a major earthquake," said Toshiyuki Matsumori of the Meteorological Department. "We will pay close attention to earthquake activity and rainfall and encourage residents not to enter dangerous places." Japan is one of the most earthquake-stricken countries in the world, accounting for about 20% of global earthquakes with magnitude 0 or higher. Like the 2004 Indian Ocean earthquake and tsunami, the damage caused by the rapidly rising water is more local, but more deadly and devastating than the actual earthquake. The whole town was destroyed in Japan's tsunami disaster area including 9,500 people who were missing from Minami Sanriku, and as of March 14, 2011, the town collected 1,000 bodies. One of the factors that have contributed to numerous deaths from the tsunami is unexpectedly large amounts of water. Tsunami walls in several affected cities were made to prevent much lower tsunamis. In addition, many people arrested in the tsunami thought that they were high enough to secure their safety. On January 26, 1700, the tsunami struck the coast of Japan without any warning. In Japan, this is a country of historical earthquake and history of tsunami, and the link between these two natural disasters is well known. A stone monument 600 years ago near the coastal city Kesennuma warns us, "Please be aware of the tsunami when an earthquake occurs." Submarine earthquakes can replace a lot of water and cause a series of waves in the ocean. In the vicinity of the coast, the waves rise high and flooding occurs in a vast area. However, the tsunami in 1700 was different, and in the scientific literature before the earthquake it was called an orphan tsunami. The 2011 East Japan great earthquake and tsunami introduced the 2011 Tohoku Region Pacific Offshore Earthquake (Japan: "East Japan great earthquake" is a 0 level (Mw) massive earthquake on the Japanese coast). This is one of the five major earthquakes in the world since the much stronger earthquake hit Japan on Friday and the 1900 modern record. In addition, the lost earthquake ... There is a Sichuan earthquake. The size of the earthquake is 8, the place where the earthquake occurred, the capital city is in the western part of China, the capital city is Chengdu surrounded by the Sichuan basin, Sichuan Tibetan mastiff autonomous prefecture, 80 km northwest of Chengdu It is 19 kilometers , On May 12, 2008, the earthquake

Danger may cause danger. Types of danger include hurricanes, earthquakes, volcanic eruptions. One reason is why things happen and why they happen. The two kinds of dangers I would like to outline are hurricanes and earthquakes. Hurricanes and tropical storms are cyclones. When the wind speed reaches a constant speed over 74 mph, it is called a hurricane. When a large amount of air is heated and warm moist air starts to rise, it causes a hurricane. According to Leo Buscaglia, "The usual coordination of the earth is harmful to humans, the processes inside and outside the earth can cause natural disasters that destroy humans, wildlife, and wealth. Impact on these two forces is almost impossible to control external forces, but internal force is really important, how do you deal with it? Determination of vulnerability (V) Is due to some degree of emergency, and the level of 0 (no damage) to 1 (total damage) indicates that the target is human geography, construction engineering and so on. Regular adjustment of the earth is harmful to humans. The internal and external processes of the earth can cause natural disasters to destroy human life and wealth. Natural disasters include earthquakes, volcanoes, floods, droughts, solar flares, and the effects of asteroids. Artificial emergencies are caused by human diseases such as bomb explosions, but the victims are always innocent. The purpose of this research was to analyze the nature of emergency situations occurring now or globally. The research purpose is to document the impact of natural and anthropogenic emergencies in developed and developing countries and the preparation of these governments. How to predict possible losses (life and property) caused by various emergencies, determine the cost effectiveness of the alternative, and ensure a successful emergency response policy and appropriate economic resource allocation

The most deadly earthquake of the 20th century occurred near the east coast of the Republic of China on July 28, 1976. The epicenter is in the southeast of Beijing about 90 miles, in Tangshan city in Hebei Province, the source is 11 kilometers in the city depth. The first tremor was level 2 and then the level 8 aftershock. The 1964 Alaska earthquake was level 4, but it brought far more damage than Tangshan, where it suffered a great loss of life and wealth. However, it is difficult to accurately analyze earthquakes due to political isolation in China and strict government information management. Most foreigners are not allowed to enter the country, and non-Chinese sources are mainly anecdotes. About twenty years later, the political change in China brought the emergence of new information revealing the following factors that made the Tangshan earthquake very destructive: 1) earthquake geology, 2) earthquake Time and 3) insufficient building standards, 4) damage to infrastructure, obstruction of rescue activities, 5) significant loss of human life, 6) probably the most important is the abandonment of artificial obligations Because Tangshan is located in a geographical place, it is particularly vulnerable to earthquakes and earthquakes. Only three weeks after the Tangshan earthquake, Sichuan Province of China, Mindanao Island of the Philippines, Honshu Island of Japan were shocked by the earthquakes (Rollins and Bryant). The Indian and Pacific sectors are pressing the Asian continent. When the Indian plate moved northeast it promoted the Asian continent. The Pacific plate is squeezing the Asian continent from the east (Figures 1 and 2). sudden The Tangshan earthquake of 1976 is also called Tangshan earthquake and it is a natural disaster occurred in the Tangshan area of ​​Hebei Province in China at 7.6 am on July 28, 1976. Within a few minutes, there is no longer an industrial city, Tangshan, with about 1 million residents. 85% of the buildings in the city collapsed or became unusable, all services failed and most road bridges and railway bridges collapsed, seriously damaged. At least 242,000 people died so far (some people said it three times), the third (or perhaps second) most deadly earthquake. The 2004 earthquake and tsunami have become the most fatal natural disasters in the world since the 1976 Tangshan earthquake. The earthquake was the third strongest earthquake since 1900. The most deadly earthquake in history occurred in Shaanxi province of China in 1556, and the estimated death toll was 830,000 people, but the data of this period may not be reliable. Prior to 2004, the tsunami caused by the Kurakjant volcanic eruption in India and the Pacific in 1883 was thought to have caused the death of 36,000 to 120,000 people. It was probably the most deadly tsunami in the area. In 1782, about 40,000 people were murdered by the tsunami (or hurricane) in the South China Sea. The most deadly tsunami before 2004 was the Italian earthquake in Messina in 1908, about 123,000 people died in the earthquake and tsunami. The most fatal earthquake in China since the 1976 Tangshan earthquake is the strongest earthquake since the Chaoyang earthquake since 1950. Mianyang, Kure River, Deyang, Guangyuan, Chengdu prefecture level department suffered the greatest loss of life. Most collapsed buildings are located in rural areas and do not comply with building standards. At least 4.8 million people are homeless. All highways entering the epicenter of Wenchuan were destroyed by the earthquake and the arrival of the rescue team was delayed.

Summary of earthquake-resistant technology "Earthquakes can not kill people or cause damage, regardless of buildings" This is a well-known quotation to highlight the necessity of earthquake prevention measures and countermeasures, especially in buildings is. Like other natural disasters, we can not prevent an earthquake, but its effect and impact can be kept to a minimum. As with other natural disasters, there is the possibility of causing damage to earthquakes and damaging life and property. The two basic types of seismic waves are the cause of the earthquake (Chang, & Soong, 1992). Structures can have all the appearance of stability, but only provide danger in case of earthquakes. The important fact is that for safety reasons earthquake-resistant building technology is as important as quality control and the use of appropriate materials. The earthquake contractor is registered in the state / province / country where the project is located (depending on the local regulations) and it needs to be secured and insured. Approximately 30% of the world's population is civilian living. Adobe Mad Brick is one of the oldest and most widely used building materials. The use of adobe has been traditionally very common in parts of the world's most vulnerable areas throughout Latin America, Africa, the Indian subcontinent and other parts of Asia, the Middle East and Southern Europe. The seismic structure is a structure to protect the building against earthquakes. Although the structure can not be completely protected from damage due to the earthquake, the purpose of the earthquake-resistant building is to construct a structure superior to the traditional structure during the earthquake activity. According to building standards, the earthquake resistant structure is designed to withstand the largest earthquake that may occur at a particular probability at that location. This means that buildings need to be kept to a minimum as rare earths are lost. Function should be limited to more frequent functions

In order to study seismology and earth structure, explore seismology through natural and artificial seismic waves. Earthquakes are defined as vibrations of sound waves and shock waves on the surface, but sound waves and shock waves are usually generated by energy released from rocks bursting under pressure or between the majority of moving rocks on the ground and underground Occur. Seismologists are scientists who study earthquakes and seismic waves. Chapter 1 - What is earthquake wave? Engineering seismology is an application for earthquake research and engineering purposes. This is commonly used in the field of seismology and includes assessing the earthquake risk of a site or area for the purpose of seismic engineering. Therefore, it is a link between Earth science and civil engineering. Engineering seismology has two main elements. First, we will examine the history of earthquakes (history of earthquake activity, tool catalog, etc.) and structure, and evaluate possible earthquakes and their characteristics, and frequency of occurrence in that area. Next, we investigate strong earthquake motions caused by the earthquake and evaluate the expected vibration of future earthquakes with similar characteristics. Microearthquake mapping is very similar to seismology in geophysics. In earthquake seismology, seismographs scattered on or near the surface of the earth record S waves and P waves emitted during the earthquake. This allows you to estimate the motion along the fault plane and its mapping at the underground position of the earth. Hydraulic crushing, increase in formation stress proportional to net crush pressure, and increase in pore water pressure due to leakage. Tensile stresses occur before the crack tip and generate a large amount of shear stress. Increases in pore pressure and stratification stress will affect by combination of weak points near hydrostatic crushing such as natural cracks, joints and bedding. The seismic survey in the oil and gas sector is an application of reflection seismology. This is a method to estimate the characteristics of the ground surface from the reflected seismic waves. When seismic waves pass through the rock surface, impedance occurs. The waves pass through the material under the influence of pressure. Because the molecules of the rock material are elastically bonded to each other, excessive pressure propagates the waves into the solid. Therefore, the acoustic impedance of each rock layer in the basement is different because of different density. This density comparison helps track the underlying wave and obtain an acoustic impedance map called seismic record. However, due to noise and other factors that change the impedance coefficient of the wave, the impedance recorded on the surface by the instrument is inaccurate.

Introduction Crustal formation begins with Hadean eon shortly after core formation and magma solidification (Allegre et al., 2008; Elkins-Tanton, 2008; Rudge et al., 2010). This process begins with the difference between the crust-mantle region and bulk silicate earth (BSE) reservoir. It is believed that it formed the first continuous crust (Allegre et al., 2008). However, the properties of the whole rock of the original Hadian crust are not conserved in known geological records and can only be estimated by isotopic analysis (Tessalina et al., 2010; Rizo et al., 2012). 2 The circle of the earth is part of the Earth at our feet. It is the Earth's crust and mantle. The Earth's crust is the outer layer of the Earth. We are standing at the top of the Earth's crust. The mantle is the layer under the Earth's crust. The inside of the earth is very hot. Scientists learned about the internal state of our planet from earthquakes and volcanoes. When a volcano erupts, it sends lava and rock to the ground. There is also heat and pressure inside the earth. A mountain is formed by this heat and pressure. 3 Our water ring contains all the water on the earth. Seas, rivers, lakes, streams and ponds are part of the water ring. Glaciers and ice caps on the earth are made of water. We depend on the earth's water to survive. All living things need to absorb fresh water. Animals living in the sea will provide food. Water can also be used to generate electricity. Part of our electricity comes from the power of water An earthquake occurred in the Earth's crust. Earth's crust contains the level of the ocean floor to the surface of the earth, the ocean floor. The interior of the earth contains enormous energy. Some of this energy escapes through cracks and other volcanic activities, but most of it is stored inside the Earth's crust and is contained in the Earth's crust. An earthquake occurred at this time. In the form of seismic waves (such as ripples of water), the escape energy spreads radially from the fault in all directions. Seismic waves cause the Earth to vibrate as it passes through the Earth. When the waves reach the surface of the earth, they shake the ground and something above it, ripping houses and buildings. The earthquake meant that the Earth's crust suddenly vibrated. An earthquake occurs when the surface of the earth and the crust begin to vibrate. A very large plate forms the crust. Pressures on these plates come from beneath the surface of the earth. The accumulation of pressure over the years can ultimately cause movement of the crust and cause an earthquake. Not all earthquakes can cause injury or injury. Most are very calm. About 1.5 million earthquakes occur each year, but destructive damage is only about 100 cases. There are earthquakes all over the world, but in most places they are not strong. For example, in the northeastern United States, strong earthquakes hardly occur. When marking on the world map where earthquakes occur frequently, our markers form two large bands, the Pacific belt and the Mediterranean belt.

December 26, 2004 due to a magnitude 3 earthquake The tsunami disaster at Greenwich Mean Time destroyed the seabed on the northwest coast of Sumatra. The second largest earthquake in history has accumulated pressure over more than 100 years. It launched a devastating tsunami spreading thousands of kilometers into the Indian Ocean and robbed about 300,000 people in countries such as Indonesia, Maldives, Sri Lanka, Somalia. Suggested topic: Tsunami: The main method of this paper is to explore the cause of tsunami disasters in Sumatra in December 2004 and explore ways to prevent the occurrence of tsunamis to prevent disasters. Exploring the problems of these Indian Ocean countries is not linked to the tsunami warning network, and the document also tells how these countries are beginning to establish an appropriate monitoring system and warn appropriate people includes. This document also includes analysis of these monitoring systems and their problems and depressions and suggests possible solutions to these problems and depressions. A few years ago, a tsunami disaster in Southeast Asia and Japan caused the idea that offshore earthquakes may be more destructive than onshore earthquakes. The shape of the seafloor on the coast of Costa Rica is not particularly suitable for the formation of tsunamis. In the recent Chilean coastal earthquake (> 0) and the Central Pacific, a tsunami warning occurred in Costa Rica, but neither there was a significant increase in coast wave height. The tsunami has been on for a long time with other natural disasters such as tornadoes, earthquakes, fires, floods and so on. The word "tsunami" is a Japanese word of "big wave" and can be defined as a series of powerful strong waves caused by disturbances in water. In most cases, the undersea earthquake is the most common cause of the tsunami, but there are many things that can cause a tsunami. They can be dangerous and destructive, but you can learn how to survive the tsunami In the past few years, reports of natural disasters and damage caused by these disasters are increasing. Between 2004 and 2005, the tsunami occurred in parts of Asia and the Americas, hurricanes and earthquakes are examples of natural disasters over the past few years, and some floods in Uttarakhand province were damaged by these natural disasters An example. Due to these disasters many people were forced to evacuate and a significant loss of property was reported. In addition to these incidents, natural disasters may include volcanic eruptions, tsunamis, floods, droughts, landslides or earthquakes.

Earthquakes occur every day in the world and are extremely dangerous. An earthquake is caused by a plate movement called a fault. The plate is part of the earth's outermost hard shell, consisting of the Earth's crust and the attached upper mantle, floating on the plastic like a gob. Faults are deep underground, they always move slowly, and we do not even feel it. Seismologists are studying ways to predict earthquakes in order to be safer in the earthquake by researching and studying seismic waves. Earthquake standard reports include magnitude, date and time of occurrence, geographical coordinates of the epicenter, depth of the epicenter, geographic area, distance to the population center, location uncertainty, and several parameters included in the USGS Earthquake Report Quantity etc) and unique event ID. In spite of the traditional use of relatively slow seismic waves to detect earthquakes, scientists will gravitate in 2016 to provide an instantaneous detection of the earthquake, and the 2011 Northeast ("Fukushima") earthquake We can analyze the gravity record related to the. Please check this. On November 18, an earthquake of magnitude 7.5 occurred on the Richter scale. The epicenter was in the Senegal Channel between the Virgin Islands Puerto Rico and St. Croix. The tsunami caused by the earthquake occurred in the inland of near 150 meters (490 feet) at the bottom of the coast of Yabucoa. Hundreds of women and men rebelled against Spain on 23rd September because Puerto Rico became independent. Uprising, Lares cried, or Lares' rebellion). The rebellion was composed of a group of people led by Dr. Ramón Emerio Betans (which is not allowed to enter the island) and Segundo Luis · Belvis. The most important people in the uprising were Manuel Lohas, Matthias Brookman, Joaquin Parilla, Francisco Ramirez.

It was a beautiful day like a sunny blue sky and refreshing breeze, so I made my tea cold in the morning. Everything was gentle and peaceful until I felt the chair trembled. I saw tea moving, and my little round tea table became uneasy. I came into the house and saw dust falling off the ceiling, and the frame shook like a pendulum. Then I thought, this is definitely an earthquake. When running to warn parents, tension became afraid. I studied the earthquake and chose to predict the earthquake. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, intensity scale, prediction, and my own forecast. Earthquakes can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushing and opening, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human life. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand the influence. I. Definition of earthquake Earthquake b. Tsunami c. Landslide Volcano II Mechanism a. Failure b Seismic wave c. Aftershock Ⅲ. Size power b Earthquake geologists today define earthquakes as vibration and tremor on the surface of the earth called the earth's surface. Earthquakes are usually caused by a sudden energy release due to the displacement of the rock along the fault fragments. All of this energy has been accumulated for a long time and then suddenly took place. - future Indiana earthquakes are inevitable The earthquake that occurred across the Midwest on 18 June caused the people to shock the earthquake could occur anywhere. According to Indianapolis Star, the epicenter of the epicenter of Evansville was felt in the state of Indiana and most of the surrounding provinces. This earthquake was not the biggest earthquake in the history of the Midwest, but it was a 5.0 earthquake on the Richter scale, and there was not much damage.

The feeling of the earthquake will depend on your location, where the earthquake occurred, and the size of the earthquake. A large earthquake nearby feels like a sudden big shock, and a stronger shock follows, which may last several seconds or several minutes if this is a rare occurrence. The shake feels intense, it is difficult to get up. The contents of your house will be messed up A big earthquake in the distance feels like a slight shock, and after a few seconds a more violent shake will occur, which may seem like a shocking shock. Small earthquakes in the vicinity are felt like small shocks, followed by heavy violent vibrations. A small earthquake in the distance may not be felt at all, but if you feel it, it will be a subtle gentle shake, it is easy to feel if you are still sitting The type of crustal material through which the seismic wave passes and the type of shallow crust structure directly beneath affect the vibration that you feel. Soft thick deposits will amplify the vibration, but hard rock will not amplify. When energy bounces back and concentrates on where you are, it also amplifies the shock. Low level vibration lasting more than a few seconds does not indicate an earthquake, but it may cause an artificial environment. There is no scientific and rational way to predict the occurrence of a particular earthquake. The US Geological Survey Institute can explain and do so in the areas where the longest earthquake is most likely to occur with regard to the incidence of earthquakes. As expected, prediction is worth noting that we need to predict the magnitude, timing and location of future earthquakes, but this is not currently achievable. The US Geological Survey and other scientific institutions are striving hard to deepen the understanding of earthquakes with the aim of ultimately predicting the magnitude, location and timing of earthquakes. The US Geological Survey prepared an aftershock forecast and showed the probability and the expected number of aftershocks in the area after the major earthquake. I chose to study earthquakes and predict earthquakes. In this article I will explain the history of the earthquake, the type and location of the earthquake, the impact of the earthquake, the scale of the intensity, the forecast, and my own forecast. An earthquake can be defined as vibration occurring in the Earth's crust. There is friction between the structural plates. This is the case when friction occurred when pushed and opened, suddenly damaged and then bounced back. - Purpose of earthquake: Define and discuss earthquakes and their effects. Earthquakes are major disasters that can pose a major threat to human lives. In order to understand the earthquake it is necessary to have a clear definition, know the mechanism, identify the size and dynamics, and understand its influence. I. Definition of earthquake Earthquake b. Tsunami landslide volcano II mechanism a. Failure b Seismic wave c. Aftershocks III. Size power b An earthquake is a vibration that passes through the Earth's crust. Technically, if you feel that your house is shaking with time, a big truck raising the street on the street is causing a small earthquake, but we have noticed that the event that the earthquake affects quite wide areas There is a tendency to think that. For example, the entire city. Various things can cause an earthquake: We can only hear the earthquake sometimes in the news, but they are actually the everyday events of our planet. According to the US Geological Survey Institute, more than 3 million earthquakes occur every year. This is about 8,000 per day, or one every 11 seconds. The majority of these 3 million earthquakes are very weak. The law of probability also causes a number of strong earthquakes in an unmanned unmanned area. Earthquakes that occurred in densely populated areas attracted our attention.

Poseidon Poseidon is one of the most powerful Gods in Greek mythology. Poseidon is the god of water, horses, and earthquakes. He is believed to be the cause of shipbuilding debris and drowning. Cronos and Rare are Poseidon 's parents of Greek mythology. Poseidon is one of the three sons; the others are Hades and Zeus. There are three sisters of Demet, Hestia, Hera, and since Kronos is a terrible father who is afraid of his children, he ate them at birth. He kept eating his newborn until his deceived fool by giving a stone instead of his wife rescuing Zeus. In Greek myth and legend, Poseidon is the god of the sea. However, his field also contains certain aspects of the land Actually, he likes to raise earthquakes, so he is known as "earth shaker" in many stories. According to the legend of Greece, Poseidon was the cause of the collapse of Minoan civilization in Crete. It was almost destroyed by a major earthquake and tsunami. Poseidon is one of the twelve gods of Olympus, the sons of Cronus and Rare, and the brothers of Zeus. In commemoration of the winner of this controversy, he and Athena competed for the rule of the city later called Athens. Athena played a role as a guardian goddess of Athens, but Poseidon played an important role in the daily life of the city, causing a huge flood to punish Athenian because he did not support Athens by fighting. Poseidon Poseidon is one of the most powerful Gods in Greek mythology. Poseidon is the god of water, horses, and earthquakes. He is believed to be the cause of shipbuilding debris and drowning. Cronos and Rare are Poseidon 's parents of Greek mythology. Poseidon is one of the three sons; the others are Hades and Zeus. There are three sisters of Demet, Hestia, Hera, and since Kronos is a terrible father who is afraid of his children, he ate them at birth. He kept eating his newborn until his deceived fool by giving a stone instead of his wife rescuing Zeus. In Greek mythology, the gods are symbols of the power of nature - for example, Poseidon is a symbol of the sea. He is very powerful, but also anger and unpredictable. Greeks iconically convey messages about how dangerous the sea is by talking about the story of Poseidon's revenge. Symbols increase the level of meaning for stories, poetry or other creative works. They allow authors to communicate ideas and information in stories and to convey information at multiple levels. For example, the author may convey information about God by writing a story about a large family whose one or two parents are the symbol of God and the child is a symbol of humanity (probably a pet or garden It represents the natural world). This story includes both family dynamics and religious problems. In other words, the symbol adds depth

Measuring earthquakes in Australia is not surprising for "natural disasters" such as forest fires, floods, heavy storms, earthquakes, landslides, hurricanes, and so on. These "disasters" cause difficulties in individuals, communities, and sometimes even in their lives. Given that the Australian government introduced "one-off" flood taxes to help rebuild the Queensland state infrastructure and other essentials, it is rational to review international financial obligations as a member of the United Nations It is. United Nations Country Team United Nations Country Team United Nations Development Assistance Framework United Nations Development Assistance Framework Development Group United Nations Development Group UNDP United Nations Development Program UNFPA United Nations Population Fund UNHCR United Nations High Commissioner for Refugees UNICEF UN Child Foundation USA VSAT Ultra Small Aperture Terminal, Communication Terminal World Health Organization World Health Organization This case review is aimed at outlining the strengths and weaknesses of UNICEF, as stated in reviews and assessments by major internal and external agencies since 1992. To summarize the findings of the 18 documents, the following conclusions concern the strengths and weaknesses of UNICEF. Marie-Marguerite Sabongui: We had worked in the United Nations world several years ago. Ben is an aid worker, then he is a foreign filmmaker of Al Jazeera English. I am a small island consultant. "This is a show." BM: We need some freedom to make the script available for TV, but we are trying to integrate the actual story as much as possible. It is not difficult to find them. 15 kilograms of cocaine appeared in the UN diplomatic mission. In fact, there was a strange big mountain flight on the floor of a ladies' toilet near the Security Council. A diplomat mistakenly interpreted "Brazilian Scorpion" as a negotiator filled room instead of his two Power Points.

Introduction Although the tsunami is not a very common natural disaster, it is worth trying to find the dangers associated with them, as it may occur without warning. In this article, I will first define tsunami, identify the risks (especially Canada) related to them, and try to provide some mitigation measures to prevent the loss of human life in the tsunami. What is a tsunami? Tsunamis are a series of waves that are generated by earthquakes, landslides, volcanic eruptions, explosions, even by the impact of the cosmic body, they traverse the ocean and have very long wavelengths. Tsunamis are often underestimated in the Mediterranean and parts of Europe. History and current (on assumptions of risk) are important for the 1755 Lisbon earthquake and tsunami (due to the Azores - Siemens deformation fault) and the 1783 Calabria earthquake, and in 1908 tens of thousands died and earthquakes in Mexico Take the tsunami. Tsunami kills over 123,000 people in Sicily and Calabria and is one of the most deadly natural disasters in modern Europe. Examples of tsunamis affecting landslides and the British Isles in the Norwegian Sea include not only waves due to earthquakes but mainly landslides and weather tsunamis. Introduction Although the tsunami is not a very common natural disaster, it is worth trying to find the dangers associated with them, as it may occur without warning. In this article, I will first define tsunami, identify the risks (especially Canada) related to them, and try to provide some mitigation measures to prevent the loss of human life in the tsunami. What is a tsunami? - Have you ever thought about your house being destroyed and about the entire community? So people in New Orleans experienced this last year. Hurricane Katrina destroyed New Orleans and many other areas. Today we will talk about the devastating impact of Hurricane Katrina. I will tell you which organization helped the victim. I will also tell you what actions are taken to rebuild this area. Prior to the Indian Ocean Tsunami, Geologists at the US Geological Survey evaluated California's tsunami disaster and were looking for evidence of past tsunami deposits on California coast. "After starting work in California in 2004, the Indian Ocean earthquake and tsunami occurred, which has changed our focus for many years," Richmond said. "At that time, the tsunami was the greatest natural disaster in our life, we've done it would be a widespread impact, whether it is the loss of life or not.

Due to the movement of the tectonic plate, the continent of the Earth continually moves. Please check the map below again. As you can see, there are areas including the continent and some areas under the sea. The type of crust below the continent is called continental crust, the type found under the sea is called oceanic crust. Continental crust is thicker, about 20 to 40 miles (35 to 70 kilometers) thick - usually older than oceanic crust and oceanic crust is only 4 to 6 mile (7 to 10 kilometers) thick. Every section has a name and usually refers to the land, ocean, or region of the earth. The boundary between two structural plates is called the boundary. All structural plates are constantly moving around the Earth - very slowly, but moving in various directions. Some people are walking toward each other, some are separated, and some are sliding across each other. Because of these differences, the fairing plate boundary is divided into three main types. The main structural events associated with these plate boundaries are rupture and faulting along the boundary of the tectonic plate, faults and folds along the destructive plate boundary, and transitions along the boundary of the preserved plate. Earthquakes of different sizes are caused by various types of plate motion that cause various imbalances. Typically, moderate earthquakes occur along the boundaries of the structural plate, as the rate of crushing of the crust and the rate of movement of the plate from the mid-oceanic ridge are much slower and the rate of ascent of the lava by the crack flow is also slow . Therefore, shallow earthquakes occur along the structural plate boundary and the mid-ocean ridge. A plate boundary or plate edge represents a fault zone separating two different plates. Plate boundaries are mainly of three types: convergence, divergence, and conversion or preservation. The boundary of the cover plate represents two mutually moving plates. There are three kinds at the boundary of the convergence board. The destructive Atlantic boundary, the young and less dense oceanic crust are subducting under the old, light continental crust. Secondly, the destructive ocean - the ocean boundary where one oceanic plate submerses under another oceanic plate. These boundaries form an oceanic island arc like the Philippines. Third, the collision boundary between the continental plate and the second continental plate. At the boundary of this plate is a large mountain fold. Himalaya was formed in this way because India fell into Eurasia about 50 million years ago. Removing the board creates different board boundaries

Our idyllic accommodation clubs surround the landscape of the sun and surfing like the hills and postcards at the foot where families and visitors of all ages can play. It is hidden just 30 minutes north of San Diego, a relaxing coastal town in Carlsbad, California. There are several miles of crowded beaches and some of the best golf courses in North America. The pre-arrival concierge will completely keep the villa's kitchen and apply to the group class at the outdoor yoga studio and allow you to stay for the desired period. It's no wonder that San Diego is a popular tourist destination with excellent beaches, ideal climates, low crime rates, and outstanding family attractions. Located in the northern part of the border with Mexico in southern California, San Diego is a large coastal city with a small town atmosphere. The most popular attraction in San Diego is Seaworld located in Balboa Park and the best zoo in the United States. Denali National Park has a vast landscape, rich wildlife and outdoor adventure, a paradise for nature lovers and outdoor enthusiasts. Mount McKinley, the tallest mountain in North America, is located on a jagged mountain of the Alaska Mountains on the back of Alaska. Like in California, San Diego is a country of earthquakes. Many of the mountains and valleys in Southern California are formed by the San Andreas fault system spreading east of San Diego County from the California Gulf through the Solton Sea to Los Angeles - the structural boundary between the Pacific and North American tectonic plates I will. Area This is the longest fault in California and it can cause strong earthquakes up to level 8. Still there is a strong shock in San Diego

Unlike other disaster movies, San Andreas is one of the current disaster films. There are three earthquakes in San Andreas, among them eight earthquakes, including one of the most serious earthquakes in our history. There are also aftershocks, there is a possibility of destroying another building still existing at the time of the main shock. Then the tsunami cleaned everything left by the earthquake. San Andreas is not just a disaster, it is destruction and destruction. This movie suggests that our behavior occurs in the San Andreas Fault and separates California and Los Angeles with a fault line of 1,300 kilometers. Seismologists have predicted that destructive earthquakes can occur over time and have greatly influenced someone on that route and split major cities such as Los Angeles and San Francisco. The San Andreas fault is the gliding boundary between the Pacific plate and North America. It cuts two California states from Cape Mendocino to the Mexican border. I think the movie St. Andreas is unlikely to happen in the real world, but it is possible, but another scene is a bit unrealistic, but of course this is a movie. Sometimes, the movie reacts only to the San Andreas tsunami. It is based on my point of view and my response to the movie. Full text The Hayward fault is not our only fault. It is a member of the San Andreas fault system from southern California Bay to the northern cape of Mendocino. The San Andreas fault system forms the boundary between North America and the Pacific Ocean Plate. In the Grand Bay area, it keeps several branches extending north to San Andreas along the peninsula. Beginning in the south near Hollister, the Caravelas fault branch heads east of San Jose, goes through Pleasanton and Danville to Walnut Creek. The San Andreas Fault is located on the eastern side of the Salton Sea, but the larger San Andreas conversion system continues to the South. In the southwestern part of the San Andreas fault, another strike-slip fault, the Empire Valley Fault (27), appeared in the Kings Valley in the southern part of the Salton Sea. This error represents the southward expansion of the San Andreas fault system. To the south, the Valley of the Kings is part of a series of strike-slip faults, which extend across the California Gulf, where it connects small different branched ridges to form a new oceanic lithosphere (Figure) 5.6). The San Andres system ends at the Rivera Triple Interchange at the southern tip of the California Bay, crossing the Pacific, North American, and Cocos structural plates. As you are overtaken, all the land on the west side of the San Andreas fault including Baja California and Los Angeles will be driven north along the California coast. The most famous example of deformation boundary is San Andreas fault in California. The San Andreas fault is the edge of the plate in the Pacific and North America. The fault passes through California Gulf, going through the western part of California and returning to the ocean floor. The Pacific plate moves northwest relative to other parts of North America at a rate of a few centimeters per year. This means that in the coming thousands of years, San Francisco and Los Angeles will be separated into one parcel from other parts of North America and will move to the Pacific Ocean as islands. Keep in mind that this North America is in various sections, the entire process is changing. This part of California will not drift like a boat in the sea. It is moving as part of the whole plate, it is moving northwest

Debris scattered for many miles, the house is destroyed, trees are bent, and the car was thrown. This is the result of a natural disaster. Natural disasters, by way of example, earthquakes, tornadoes, floods, blizzards, fires, volcanic eruptions, such as can occur in a variety of ways. Each type of disaster is not affected by a specific area. In other words, people of a particular region, you only need to prepare for disasters that may occur in the area. Natural disasters occur frequently all over the world. ..................................................... ...................... 8 disaster impact (for example, floods, tornadoes, hurricanes, volcanic eruptions, earthquakes, heat waves or landslides). It can lead to financial, environmental or human loss. Damage that occurs depends on the vulnerability to the hazard of people who were affected. This is also called resilience. This understanding focuses on development. "When disaster encounters a vulnerability, disasters can occur." Therefore, a natural disaster occurs Most of what we call natural disasters (tornadoes, droughts, hurricanes) is actually natural, but human contributions may increase their potential and strength. But they are not disasters - it is dangerous. Even if a hurricane hits a land where no one lives, it is not a disaster but the weather. A disaster is a natural disaster that matches the population. Usually this intersection is far from natural. If Houston's community is found to be most vulnerable to hurricane Harvey, most damage is not only predictable but also predicted. In 2016, ProPublica published a detailed article explaining how lack of plan can make urban residents very vulnerable to hurricanes. The city permitted the entire block to emerge in areas where the Army Corps of Engineers knew that it would flood during the heavy rain. The 1996 report urged Harris County with Houston to take measures to mitigate the risk. It will be ignored. Harvey is a strong weather phenomenon.

The theory of plate tectonics has contributed to the geology of evolution theory to Charles Darwin's biology. It provides a comprehensive theory of geology that explains how the earth functions. This theory was developed in the 1960s and 1970s with new information on the nature of the ocean floor, the paleomagnetism of the earth, the distribution of volcanoes and earthquakes, the heat flow inside the earth, the global distribution of fossils of plants and animals It was. This theory shows that the outermost layer of the earth lithosphere is divided into seven large rigid blocks called plates. Africa, North America, South America, Europe, Australia, Antarctica, and the Pacific Plate. There are also several subcommittees including Arab, Nazca, Philippines sectors. These plates move at different speeds in different directions (2 cm to 10 cm per year - the speed at which the nails extend approximately). These plates move like Derby cars. That is, it may collide, pull, or wipe. The place where the two plates meet is called the plate boundary. Depending on how the two boards move to each other, the boundaries are different names. About the boundary of the plate Is your house in the middle or near the plate? What does this mean to you in terms of construction? Plate tectonics is an important geological construction activity. In a word, it helps to form a mountain. Volcanic activity and earthquakes are also caused by plate tectonics. In general, the slab shape contributes to the material circulation between the crust and the crustal mantle. The plate structure also functions as a global thermostat, keeping the temperature within sustainable life. Without a tectonic plate (that is, the outer surface of the earth becomes a single continuous layer), there is no material recycling. The mountains are eroded and the landscape looks different. The absence of mountains will make the weather more uniform all over the world. Even the weather may lead to a decrease in biodiversity. The existence and constant movement of these tectonic plates is also considered to be the cause of life on our planet. Tectonic Plate Tectonics is a relatively new theory that revolutionized the way geologists think about the earth. According to this theory, the surface of the earth is divided into large plates. The size and position of these plates will change over time. The assumption of continental migration was developed mainly by German Alfred Wegener. The edges of these plates move with each other and are important places for geological activities such as earthquakes, volcanoes and mountains. This chapter explains various theoretical aspects of plate tectonics. This helps to understand how the Earth is built and its internal workings. The center of this theory is that the surface of the earth consists of several large structural plates and several small structural plates. These plates are continental or oceanic and do not necessarily have the same boundaries as continents or oceans.

Natural disasters can occur anywhere, anywhere. Some are more predictable than others, but they all make life difficult for everyone. Examples of natural disasters include earthquakes (Haiti, 2010), tornadoes, tsunamis, hurricanes, forest fires, winter storms, heatwaves, landslides, floods. Regardless of any disaster, the most important thing is that everyone needs to be prepared mentally and physically to deal with the aftermath. Education is the first step in helping you deal with any major disasters. Recovery with natural disasters like Harvey does not happen overnight. Research by the National Academy of Sciences has discovered several very interesting facts related to recovery and recovery efforts that have returned to the infamous San Francisco earthquake in 1906 through research disasters. They discovered that these efforts went through a series of identifiable stages. There are three important stages worth mentioning. Every effort and attention is focused on search and rescue to provide emergency evacuation centers and food to people in the affected areas, to rebuild order and normal conditions, to eliminate major damage to the infrastructure, and to prevent flooding I will. The emergency period usually sets the tone for the next recovery phase and recovery phase. On average, the completion time of each subsequent stage is 10 times longer than the previous stage. Disaster scenes Dogs are used to give peace to those who recover from natural disasters such as tornadoes and earthquakes, or artificial tragedies such as explosions and massive shooting. People suffering trauma are healed when the dog is near and found that there is a high possibility of being released to mental health experts when nearby. Prison animals are used in prison settings to help prisoners teach animal training skills. Have you seen a pinch and parole? At the same time, the animals got something through training. While wild horses are tamed to teach horseback riding, dogs can teach that they can help disabled people

Earthquakes, tsunami, hurricanes, tornadoes, floods, droughts, forest fires, volcanic eruptions, landslides, avalanches and the like are considered natural disasters. Natural disasters, directly or indirectly, often have a major impact on our society. A fairly wide hilly area was recently harvested. In the past few years there was a serious drought, and they are expected to rain heavily now. Landslides are becoming worried about landslides as roots of vegetation like trees and shrubs combine soil to prevent slippage. In areas prone to floods, the roots of big trees are soaked and stored in large amounts of water. An earthquake may be caused by movement of the structural plate. Earthquakes may occur as mining increases in certain areas, such as natural gas drilling. Just as you move your legs with intense intense movement at the bottom of a bathtub filled with water - the tsunami is the result of an underwater earthquake. The power of the earthquake is shocking. Can you imagine how much energy you need to lift the ocean floor and move the entire ocean to the ocean floor? Volcano They are often closely related to seismic activity. Things change, gas is often suppressed, looking for escape. Sometimes it's explosive, sometimes not that much. There are other secondary disasters that can follow the original disaster of explosive occurrence: volcanic debris flow, contaminated air and water (ash and toxic gas), and of course lava flow. You will often see that society seems to be built around volcanoes. This is because the land tends to become fertile after the volcanic eruption. Nutrients from volcanic explosions grow like land for miracles. (This is usually very beautiful.) This is of course popular with our attention and popular civilization There are other things, I hope this understands a bit about this topic. I like to use spider web charts on natural disasters and environmental problems. I find that almost all environmental issues are related to other environmental problems and how attractive, powerful and sophisticated systems our planet has. Natural disasters are disasters caused by nature and humans can not control them. Earthquakes, tsunamis, floods, landslides, hurricanes, forest fires, droughts, volcanic eruptions, etc. are examples of natural disasters. This disaster caused significant loss of human life, property damage, and many other sufferings. Let's take a closer look at some of these examples in order to better understand the damage caused by natural disasters. Floods are one of the most common natural disasters occurring every year in many parts of the world. The flood can be defined as water rising and spilling into normal dry ground. A short period of heavy rain can lead to flooding. Although the loss of life in the flood may not be as high as the tsunami or the earthquake, the flood can cause many long-term problems. Damage to human property (houses, roads, bridges, power lines, etc.) Disasters can be defined as huge sudden accidents that cause considerable damage to life and property. They happen suddenly, intensely, and usually without warnings or warnings. Some are short-lived, like earthquakes, others like floods last a long time. However, regardless of the duration of the disaster, death, injury, property damage is very large. The seriousness of disasters can be judged by the fact that floods, earthquakes, landslides, cyclones, etc. caused millions of deaths in the past 20 years alone. Natural disasters These disasters include floods, hurricanes, earthquakes, volcanic eruptions, secondary effects of landslides caused by deaths and floods, and emergency flooding of typhoon settlement ferries that may directly affect human health I will. A generic term for an interdisciplinary field including a strategic organization management process to protect the organization's assessment from disaster risks that could lead to disasters and disasters and to ensure organization's sustainability through

Natural disasters are defined as "any event or natural forces with catastrophic effects such as avalanches, earthquakes, floods, forest fires, hurricanes, lightning, tornadoes, tsunamis, volcanic eruptions". I know that natural disasters can occur by science. Reasons such as "collision of weather patterns, changes in the plate structure of the earth, due to earthquakes in the water" and so on. Others believe that God is the cause of this disaster. Over time, the concept of natural disasters slowly disappears, but it is still held by many people. Natural disasters are events caused by destructive factors of nature and are further categorized as floods and tornadoes, climate disasters such as tornadoes, or geological disasters such as earthquakes leading to large physical losses and loss of human lives (Bankoff, 2004, 56). - The capital city of Haiti was destroyed on the 12th January 2010 with a magnitude 7.0 earthquake. According to the then USGS, this was the worst earthquake in 200 years. Earthquakes occurred at 9:30 am local time and are located 10 miles northwest of Port-au-Prince capital of Haiti. After the first earthquake there were 12 aftershocks bigger than 5.0 in size. Various buildings are destroyed or collapsed from the poor city to the landmark of the country An earthquake of magnitude 7.0 hit Haiti 's capital Port - au - Prince and its surrounding area in 2010, and 1.5 million Haitians lost their homes. Natural disasters do not affect the capital in this way, they cause chain effects, and even paralyze areas other than the affected areas. For immigrants, even if illness is not a factor of compulsory immigration, it still can be a risk of the migration process. Dr. Celia McMichael of the University of Melbourne pointed out an article titled "Climate Change Related Migration and Infectious Disease" in Virulence, peer reviewed journal, in 2015. . As above. People with population migration (whether domestic or overseas) are more likely to be affected by this disease, as resettlement or travel may result in infection at new places.

Volcanic Distribution Volcano Description: Mount Rainier is a volcano located in the Cascade Mountains of Mount Rainier National Park in Washington. The volcano is 1439 meters above sea level. This is the tallest mountain in Washington. This volcano is in the same mountains as Adams Mountain, Baker Mountain, St Helens Mountain, Glacier Peak. Known as layered volcano, it is a huge and steep volcano consisting of alternating layers of lava and ash or ash. The volcano was an active volcano, its last volcano was in 1894. Mount Vesuvius is a southern volcano in Italy, near the Gulf of Naples and the city of Naples. It is the only active volcano in Europe. The Vesuvius rose to a height of 1,277 m (4,190 ft). Vesuvio is probably the most famous volcano on the planet and is one of the most dangerous volcanoes. Mount Vesuvius is a volcanic conical volcano (Gran Cono) located in the crater (Somma mountain). The Somma-Vesuvius complex is formed ... signs of preliminary warnings: signs of future occurrence begin pretty well before actual occurrence. The first major signs are earthquakes. Earthquakes are a general indicator of the possibility of magma ascent required for volcanic eruptions. According to the report, these earthquakes occurred in the year 62 AD since they followed sporadically through the 17 years before the volcanic eruption. (History of Pompei's book) Such an earthquake attracted the attention of residents. In fact, the year 62 CE will celebrate the day of a very large precursor earthquake. Due to the frequent occurrence of earthquakes, there are related volcanic eruptions. Vesuvius is a complex volcano. This type of volcano has many layers of lava and ash. There are two volcanic eruptions Complex volcano like Vesuvio will explode two volcanic eruptions, but it has never erupted at the same time. One type of eruption consists mainly of ash and ash, another type of effluent consists mainly of lava. Installation Mount St. Helens is a very active volcano and is classified as stratified volcano. Layered volcanoes are basically layers of high-rise volcanoes consisting of hard lava, volcanic ash, pumice and volcanic ash layers. Mount St. Helens is located in Scamania County, Washington. The coordinates are 46 12'00.17 "N122 11'21.13" W. Mount St. Helens is known for its devastating eruption on May 18, 1988. The volcanic eruption rate index is 5. This is the index created by Chris.

Japan - Fukushima Introduction At 9:46 pm on March 11, 2011, an earthquake of magnitude 9 occurred in Japan, but it was upgraded to an earthquake of magnitude 0. The Pacific Tsunami Warning Center warned Japan and issued a warning to the United States of America. About 1 hour after the earthquake the waves hit. When a wave strikes the coast of Japan, the wave is as high as 30 feet. The waves caused extensive damage, rinsing cars such as bars, collapsing buildings, hurting roads and highways. In the past decade, the catastrophic impact of the tsunami, especially the 2011 Japanese tsunami and the 2004 infamous Boxing Day tsunami has become repeated news. However, the earth has experienced many earthquakes everyday and experiences an average of fifteen large earthquakes once a year over M 8.0, at least seven times (M 7.0) each year. Recently, as readers have asked, please do not see the tsunami even if there are quite a few earthquakes. 2011 East Japan great earthquake and tsunami introduced the 2011 Tohoku Region Pacific Offshore Earthquake (Japan: "East Japan great earthquake" is a 0 level (Mw) huge earthquake on the coast of Japan). On 11th this was a much stronger earthquake hit Japan, and it is also one of the five major earthquakes in the world since the 1900's modern record implementation. The earthquake occurred in Sichuan Province located in western China, the capital city is called Chengdu, surrounded by the Sichuan basin The Sichuan earthquake occurred in Sichuan Wenchuan County, 80 km northwest of Chengdu. The earthquake that occurred on May 12, 2008, On March 11, 2011, a magnitude 9.0 earthquake occurred in the Pacific Ocean on the northeastern coast of Honshu. East Japan great earthquake disaster - the name given to the incident by the Japanese government - caused a massive tsunami flooded over 200 square miles of coastal zone. The height of the wave is 38 meters and the height is 12 floors. 2018: The reconstruction authorities have reported that in the past two years, only 100,000 refugees remain in temporary housing, as 100,000 evacuees moved to permanent housing. Approximately 92% of public housing has been completed. Due to disinfection and normalization of radiation levels in the Fukushima community, evacuation orders are being canceled. Purification work of Fukushima Daiichi Nuclear Power Plant is progressing slowly

Eli Roth once said, "Natural disasters are terrible - you lose control There is absolutely no reason for this feeling to end your life as you think, but scaring me is because of human reactions and people When the rules of civilization and society disappear, "I can not agree with his remarks.Our world is full of dangerous situations that can cause serious damage to human beings.However, If you can learn to react rather than react, it may be a factor in saving lives. In the natural disaster of the earth, the earthquake seems to be very unnatural. People who have experienced an earthquake can prove the fear and doubt that occurs when the earth starts to move under their feet. Earthquakes last only a few seconds to a few minutes, but every ten years they bring thousands of dead and physical damage of billions of dollars. Natural disasters are major adverse events caused by natural disasters on the planet. Examples of natural disasters include floods, tsunami, tornadoes, hurricanes / cyclones, volcanic eruptions, earthquakes, heat waves, landslides, and so on. Other types of disasters include cosmic scenarios than asteroids hit the Earth. Artificial disasters are the result of technological or artificial hazards. Examples include large events, urban fires, occupational accidents, oil spills, nuclear explosions / nuclear radiation, war acts and so on. Other types of human-induced disasters include devastating global warming, nuclear warfare, and more global scenarios of bioterrorism. Natural disasters are the main adverse event caused by the natural processes of the earth, such as floods, hurricanes, tornadoes, volcanic eruptions, earthquakes, tsunamis and other geological processes. Natural disasters often lead to loss of human life and property, often resulting in economic losses, the severity of which depends on the resilience, resilience, and available infrastructure of affected people. An earthquake is the result of the sudden release of energy from the Earth's crust to produce the wave of the earthquake. Earthquakes occur on the earth's surface due to earthquakes, vibrations, and sometimes displacement of the ground. Earthquakes are caused by slip in the geological fault. The origin of the earthquake is called the epicenter of the earthquake. The point where the focal point is directly above the surface is called the epicenter. Earthquakes themselves rarely kill people and wild animals.

If a major earthquake occurs in the New Madrid fault in the southeastern state of Missouri, at least 42,000 Missouri houses were destroyed and at least 83,000 homes could have been moderately damaged. This number applies only to Missouri state. Missouri deprives the other seven countries in the region and resources and it is also damaged. Three days after the incident, the climax of refugees in all eight states is estimated to reach 2 million people (Elnashai, Jefferson), Fiedrich, Cleveland and Gress, 2009), as the earthquake caused by the earthquake was eliminated. From 2008 to 2014, according to the data of the National Evacuation Surveillance Center (IDMC), an average of 26.4 million people evacuated every year due to natural disasters such as earthquakes and floods. IDMC recognizes that climate change plays an important role in these disasters, as climate change changes normal weather patterns and makes disasters "more serious and frequent". Their report also stated that climate change "expands the tendency of evacuation." Although Port-au-Prince is greatly affected by the earthquake four and a half years ago, although it still faces many challenges, recovery is progressing. More than 90% of the families evacuated moved from refugee camps to safer communities, more children attended school, and residents are now improving access to water and other basic services . In Haitian countryside, getting clean water is not always easy. In fact, about 40% of the rural population in Haiti uses unprotected water sources such as rivers and unprotected wells, so the risk of diseases such as cholera is elevated. By contrast, in cities, people who can not access clean water have a higher chance of purchasing bottled water and easier management of the disease. The main mechanism (or cause) of the tsunami is massive water movement or sea disturbance. This water movement is usually caused by earthquakes, landslides, volcanic eruptions, glacial calves, vermiculite and fewer nuclear tests. The waves thus formed are maintained by gravity. If the ocean floor suddenly deforms and moves vertically on the water surface, a tsunami may occur. Structural earthquakes are special earthquakes related to deformation of the Earth's crust. When these earthquakes occur at the ocean floor, the water above the deformed area moves away from its equilibrium position. More specifically, if a thrust fault associated with a convergent or destructive slab boundary suddenly moves, a tsunami may occur and cause moisture migration due to the vertical component of the involved movement.

Tsunamis are a series of large waves caused by earthquakes, water landslides, volcanic eruptions, or sudden movements of the ocean floor due to very few meteorite impacts. However, strong seabed earthquakes are the cause of most tsunamis. Seismologists say that only earthquakes with magnitudes greater than zero can generate large tsunamis. Including vibrations that occurred on the east coast of Japan on Friday - most of the earthquakes that caused the tsunami occurred in the subduction zone where crustal debris pressed against each other. Subsidence means that a tectonic plate slides under another tectonic plate and sinks deep into the mantle Friction between the two slowly moving plates of the Earth's crust creates a large amount of earthquake energy released as an earthquake. When a strong submarine earthquake strikes a relatively short distance beneath the ocean floor, it suddenly pushes a huge piece of floor into the Earth's crust. This suddenly replaced a lot of seawater which turned into a tsunami spreading outward from every direction of the epicenter of the earthquake. Just like the ripple of the pond, it is a much bigger scale. The tsunami that occurred in the open ocean seems to be just a small wave, but it is likely to grow rapidly when they reach a shallow water area before they hit the coastal settlement. A wave of up to 9 meters has appeared many times, and in the past it is believed that a maximum of 30 meters of tsunami occurred. In the area closest to the undersea earthquake, damage is usually the most intense. That's because the fast moving waves hit the ground very quickly. The tsunami was emitted from the position of the seabed earthquake at about the same speed as the jet liner, but the vast space of the Pacific is so wide that the alarm system is in place to warn people on the road ahead. Earthquakes, sudden destructive vibrations of the Earth are the result of the movements of the Earth's crevice plate (this is also the cause of volcanic activity). Tsunamis are large waves, usually caused by sea earthquakes. Earthquakes occur everywhere, but they are the most common (and most destructive) of the coastal areas. These types of disasters usually occur at certain times of the year, but they are caused by very specific atmospheric conditions due to the general climate. Due to the large duplication, these types of disasters are best considered together. Hurricanes are formed especially in the ocean and therefore mainly affect coastal areas. The tornado also forms a quite limited area. Thunderstorms occur more widely It is important to understand the cause of the tsunami and how they are formed before truly understanding the damage and destruction that these natural disasters can cause. There are many reasons for the eruption and explosion of tsunamis, volcanoes, volcanoes, but the most common cause is an earthquake. Since the Greek historian Thucydides combined the tsunami of the Aegean Sea with the former earthquake in 426 BC, the relationship between the earthquake and the tsunami was more than 2000 years ago (Koenig, Science). However, in order to interfere with the tsunami, the obstruction is very large, under or under the sea, and must cause movement of the ocean floor. When an earthquake occurs, usually a piece of material falls into the Earth and the pressure rises. Finally, the locked area enters the cave. Suddenly the undersea suddenly turns upwards, and some areas sink when the tension is released. When this happens, irregular ocean will start competition.

The dam must be large enough to generate a lot of electricity. The size of the dam is too large, so relocation has occurred. People moved due to the high water storage capacity and the possibility of flooding (Hori, 206-207). Therefore the construction of a hydroelectric dam will allow a large number of people to leave their house. Canada needs to consider not only experts approving the project but also strengths and weaknesses. Hydropower dams will affect many Canadians living in the dam area. The La Grande dam project in Québec provoked an area of ​​about 10,000 square kilometers around the dam. Hydropower dams are causing massive floods to begin to cover large amounts of agriculture and forestry. Besides, if more dams are built in this area, it is said that it covers the land of 41,285 square kilometers. Finally, hydropower dams are not a type of responsible energy, as they can cause a great deal of flooding. - Colombia is vulnerable to many natural disasters such as floods, landslides, earthquakes, volcanic earthquakes, and even hurricanes, so setting up an international disaster management strategy is a top priority for Colombia. Colombia's disaster prevention efforts have been continuing for over 30 years, but the disaster prevention plan still has many gaps and disadvantages. This dam will definitely help to prepare the environment for humans to prevent famine and mitigate natural disasters. Today most of the dams are built for power generation. In 2015, hydroelectric power generated 16.6% of the total electricity of the world and 70% of the whole renewable energy. This number is projected to rise by about 1% per annum over the next 25 years, and renewable energy will increase from 20% of global production to more than 50%. 48,000 dams are operating around the world, and more dams are built each year. Dam has considerable advantages for other energy production sources: they are reliable, adjustable, do not consume water, and do not emit carbon dioxide. However, millions of tons of concrete is required to construct a grid connection to the dam, the road leading to the dam, and these superstructures.

According to a new study headed by the University College London University, when the earth is strengthened during the last interglacial period (129 - 116) and the current interglacial period (past 11 - 700 years), the climate The change has been strengthened. . In a study conducted at Lund University in 2010 and 2011, we analyzed the gender of the invited contributors to "Nature and Perspective Science News and Perspectives". Despite the fact that women in this area are estimated to be 16 to 20% in the United States, 3.8% of the contributions of the Earth and Environmental Science to the news and opinions turned out to be written by women. It is a natural reaction that the number of Earth scientists is much less than women in the world, but they still work to solve the difference. Earth science or earth science includes all fields of natural science related to the Earth. It is a field of science that deals with the material of the earth and its composition of the atmosphere. Earth science is a study of the physical properties of our planet, from earthquakes to raindrops, from floods to fossils. Earth science can be regarded as a field of planetary science, but there is a long history. "Earth science" consists of four major research departments: lithosphere, hydrosphere, atmosphere and biosphere, each of which is further subdivided into specialized fields. Earth science is a field of science that deals with the composition of the Earth and its atmosphere. The various fields of earth science are geology, oceanography, metrology, and astronomy. Earth science often recognizes the four "ranges" of lithosphere, hydrosphere, atmosphere, biosphere, corresponding to rocks, water, air, and life, in the Earth's research. Earth science affects our daily lives. First of all, we live on the earth. Our life is shaped by it. When the sun is full, I live in a hot and cold, dry, humid environment, and all kinds of weather conditions. We are victims of storms, droughts, earthquakes, hurricanes and volcanoes in the Earth's process. Although it rarely stops the role of the earth. How will disasters occur or when will they occur? Therefore, it affects our lives. Earth science affects our lives

In the past 500 years, the population has increased rapidly. Technology and infrastructure that exited the world from Stone Age has increased average lifespan to over 50 years. This explosion of growth has contributed greatly to the environment where all humans live. Due to the population increase and the need for ongoing infrastructure growth, environmental disasters will achieve higher growth. If these disasters affect the entire population density, sometimes it is not contained and may lead to areas such as super bass and Brownfield. A disaster is to extremely destroy habitat management, resulting in extensive loss of human, physical or environmental capabilities beyond the ability of affected people to cope with their resources . Landslides, earthquakes, tsunamis, hurricanes, droughts, floods etc. are examples of disasters. Disaster management is the principle that humans are constantly striving to alleviate the damage caused by disasters. Disasters are accidents, disasters or serious accidents caused by natural or artificial causes that the affected community can not immediately stop or solve. Earthquakes, cyclones, droughts, floods, etc. are natural disasters, which greatly lose human life and wealth. The direct or indirect effects of natural disasters or human-induced disasters are tremendous damage, destruction and death. For the purposes of this document, environmental hazards are defined as specific events caused by human activities that cause serious adverse effects on the environment. Sometimes natural disasters can be environmental hazards, but this is a topic that needs to be discussed elsewhere. In most cases, environmental hazards are caused by human mistakes, accidents, lack of prospects, corner cuttings in industrial processes, greed, or simply incompetence. In other words, they will never happen without some kind of human intervention. Natural disasters are the result of natural disasters that have adversely affected human beings. Human vulnerability due to lack of proper preparation often results in economic, environmental, or human adverse effects. Natural disasters always result in loss of human life and property, usually causing economic losses. The severity depends on the severity of the disaster. Sometimes there may be some loss, and there are no disasters in human life that cause a serious loss of life and property.

Specifically, what is it? Concrete is a composite material widely used in the construction industry. Concrete is basically a mixture of cement, water, aggregate and mixture (sometimes). Cement is a good gray powder made of calcium oxide, silicon and aluminum. The aggregate used is usually gravel, gravel or sand. Mixtures are solid or liquid substances with specific properties of concrete. Cement reacts chemically with water and bonds aggregate through a process called hydration during curing or solidification of concrete. In a sense, product creation is similar to building construction. Even considering the color of the walls, you need a blueprint before pouring concrete or before laying out the first brick. In the construction industry, this blueprint (aka plan) shows the relationship between rooms, spaces, traffic patterns, and other physical features of the structural layer. In the design environment, the wireframe functions as a design drawing, but the high fidelity screen is similar to the inside and outside design of the building. There is a fundamental difference between the design of the building and the method used to make it. Advanced design designed to withstand earthquakes is effective only when proper construction methods are used in site selection, foundation, structural parts and joints. Earthquake-resistant design usually has ductility in the structure and its structural members (the ability to bend, shake, and deform without collapsing the building). Strong buildings may bend or bend when exposed to horizontal or vertical shear forces of earthquakes. Usually, fragile (relatively easy to break) concrete buildings can be made ductile by adding rebar. In buildings built with reinforced concrete, steel and concrete must be manufactured precisely to achieve the desired ductility. In building construction, a lot of building materials were found to be special. One of the special building materials is reinforced concrete. Reinforced concrete is a special type incorporating strong steel or fiber when wet, forming very strong concrete that can withstand most dry materials. Most of the current buildings use reinforced concrete during construction, as the results of using rebar are quite suitable for buildings.

The initial scale of the earthquake was zero, causing railway blackouts in the majority of the area, causing paralysis of basic public facilities and disruption of telephone service. In the city of Fukuoka, 75 - year - old Mr. Iteyama who was trapped in the collapsed wall died in the hospital. The other two women aged 56 and 83 were unconsciously in critical condition. Over 400 people in Fukuoka Prefecture alone are treated at hospitals, at least 15 of them have been treated for fractures and other serious injuries. The earthquake occurred in Fukuoka prefecture in Japan on March 20th at 10:53 EST and lasted about 50 seconds. Earthquakes occurred in the Genkai Sea in the northern part of Fukuoka City, which had not been known so far, due to the collapse of houses and landslides, residents of Gengen Island were forced to evacuate. After the earthquake, it was judged that this new fault is likely to be an extension to the center of the known Kego fault. At 11:46 on August 16th (UTC time 02: 46), a strong earthquake occurred on the east coast of Honshu, Japan, causing casualties, building collapse, power outage. The earthquake began on Tuesday, 16th August 2005, affected the northeastern coast of Japan. It caused a tsunami warning and the building shook 200 miles outside Tokyo. The initial estimate was 8. The US Geological Survey later evaluated it 2 2011 East Japan great earthquake and tsunami introduced the 2011 Tohoku Region Pacific Offshore Earthquake (Japan: "East Japan great earthquake" is a 0 level (Mw) huge earthquake on the coast of Japan). On 11th this was a much stronger earthquake hit Japan, and it is also one of the five major earthquakes in the world since the 1900's modern record implementation. The earthquake occurred in Sichuan Province located in western China, the capital city is called Chengdu, surrounded by the Sichuan basin The Sichuan earthquake occurred in Sichuan Wenchuan County, 80 km northwest of Chengdu. The earthquake that occurred on May 12, 2008,

Although the massive magnitude 2 earthquake hit Mexico earlier this week was enough, the earthquake also produced attractive side effects: the mystical light of the sky Social media has lots of videos and the flash is illuminating the night sky above Mexico City, but the flash is not from the thunder above the clouds, not even from the lights of the airplane. Instead, the flash is considered to be caused by the earthquake itself. Specifically, the light comes from a particular type of rock According to research published in 2014, these lights may take various forms such as blue flames, light balls, flashes like lightning bolts. "In some rocks this accumulation of stress will destroy the negatively charged pairs of oxygen on the ground and flow through the cracks of the rock to the surface," Georgian professor Leila Ertolahti I am talking. At Farleigh Dickinson University, to Gizmodo "If there are sufficient atoms, they can ionize air pockets in the air and form plasma or charged gas to irradiate." It is as interesting as the lights (and how they are formed) that the earthquakes that they had previously generated are the strongest earthquakes in Mexico in the past 100 years and the second environment following the Hurricane Irma this week It was a disaster. Earthquakes may occur at places more than 966 km (600 miles) from the epicenter, and the number of reported victims is increasing. A 58 - year - old bar manager, Alberto Briseño, said, "If you are an adult and you are living an adult life in this town, you will remember the 1985 earthquake. Said. At Condesa of the New York Times On September 7, 2017, an earthquake of magnitude 8.2 occurred in the southern part of Mexico, several dozen people died and several hundred people were injured. The earthquake was very common in this area, but this powerful event was not a smooth earthquake. As a new research by Nature Geoscience reveals, a part of the structural plate about 37 miles thick that caused the earthquake was completely divided. This incident occurred within tens of seconds and occurred simultaneously with the release of a large amount of energy. This huge fragmentation incident has been observed in several parts of the world so far and these grand earthquakes all have one thing in common. This information gap is important as many people from the western coast of the Americas to the east coast of Japan may be threatened by these mysterious earthquakes. Then there is an earthquake. An earthquake of magnitude 5.9 occurred in southern Mexico on Monday after an earthquake of magnitude 7.2 occurred in this area last Friday. Although there was no death from the earthquake, 13 people were killed in a crash accident by a helicopter after the investigation was broken. On Monday morning, the whole sea shook with a magnitude 5.3 earthquake. Emily Brodsky, professor of Earth and planetary science at the University of California at Santa Cruz, says: But she pointed out that it is too early to combine the points between all the activities we saw during the past few months and tells you how much the event will affect other events It is difficult. An earthquake of magnitude 7.1 occurred near Puebla city. Coincidentally, this is the 32nd anniversary of the 1985 Mexico City earthquake that robbed about 10,000 people. The earthquake occurred at 11:00 am local time in the early warning campaign for the nationwide earthquake earthquake, 360 people died two hours before the Puebla earthquake, more than 6,000 people were injured. Hurricane Harvey was furious in the southeastern part of Texas after the reorganization in the Gulf of Mexico, resulting in devastating floods and damage of billions of dollars. It has become the first major hurricane that landed in the United States since 2005 Hurricane Wilma. The total damage caused by hurricanes is estimated at $ 198 billion, which is the biggest natural disaster in the history of the United States. In addition, the m

Only through experience, you can get some idea of ​​something. I worked hard to get something again. In my life, I have experienced something. In elementary school sixth grade, when I learned about earthquakes, tsunamis and other natural disasters, Japan experienced devastating earthquakes and tsunamis. There were many other incidents, but the most difficult thing is to forget. This is a very terrible memory, but I was able to shed just a few tears. When I crossed my destination in Stockholm last week, I tripped on the most beautiful street I've ever seen. Please put your hands. All the breathtaking streets in Stockholm usually have the same structure. A 5-story consecutive brick building covered with gorgeous light-colored plaster. However, depending on the choice of colors and their order, this street really pops out (see below). In commemoration of this street, I would like to start a series called "the most beautiful street in Stockholm". At the end of some blog posts, I will add a famous street image I saw that week. When I came here, I tried to invite you to desperately visit you. If you are on the 360 ​​shoulder, you must stay in the bike path of Jollyville. Some of the convulsions that Forsterites claims to defend their shoulders through the same logic they used to fight the bicycle lane are breathtaking. (They do this, as I know that even most forsterite does not want to share the lane at the age of 65, the same anticycling reasoning logically cycled with a few exceptions ) Even on a low-speed highway, there are cases where channelization of low-speed traffic is required for the use of the entire population. For example, Duval Truck and Duval - speed of 25 to 30, bicycle speed is 10; this is usually not enough to prove that separation is reasonable, but the number of cars and bicycles is very high Because there are so many bicycle passages

Natural disasters in Australia and its effects were caused by movement of the India - Australia plate collided with the plates of Eurasia, the Philippines and the Pacific Ocean pushed north. The stress generated by this collision was released during the earthquake. Earthquakes can occur anywhere in Australia. Adelaide is the area where the most serious earthquake occurred in all capitals, and earthquakes occurred more frequently than any other city in the past 50 years. However, thunderstorms are more common on the eastern coast of Australia. Natural disasters in Australia Natural disasters are spontaneous events such as earthquakes, cyclones, storms and floods. These disasters can result in serious physical damage, disruption of business services, and loss of personal injury / lives. Due to the effects of global warming and the accompanying climate change, the incidence of natural disasters has increased in Australia. I am facing such a natural disaster in Pakistan ... the impact of natural disasters on economically undeveloped countries (LEDC) is larger than that of developed countries (MEDC). How long are you thinking about this sentence? Natural disasters always have disastrous consequences. These may be economic, social and / or environmental. Destruction of infrastructure can seriously hinder economic activities and the social impacts include homelessness, illness, loss of life, injuries and destruction of communities, and the possibility of including extensive environmental damage from logging Yes. Natural disasters may cause harmful effects. Natural disasters can be devastatingly damaged. However, it can control the influence of natural disaster by itself. The effects of events such as drought, famine and flood can be controlled by human effort. However, this does not mean that these disasters do not occur. They still can happen. Natural disasters are the result of natural disasters. It can be said that they are beyond human control. The catastrophic impact of natural disasters can harm people's normal lifestyle. When disasters occur, there is the possibility of confusion such as agricultural activities. It may be difficult to return people to their normal lifestyle. However, it is necessary to provide moral support to people, economic support, and provision and distribution of relief supplies to people.

INTRODUCTION AND OVERVIEW The nature of disasters, such as earthquakes, floods, tornadoes, have had a major impact on affected areas. These disasters caused another disaster that could have robbed many lives, such as landslides and collapsed buildings. In this crisis situation, people, especially the police and fire department, are developing search and rescue missions to save the lives of countless people. Therefore, if it is a difficult task and involves a serious situation that makes it impossible for humans and tools, robot manufacturing will replace humans. Extreme weather events such as natural disasters, earthquakes and other geological events, space weather such as sunspots, extreme weather events such as hurricanes, typhoons, floods, health outbreaks such as SARS and AIDS. Natural disasters can lead to infrastructure damage, communication interruption, damage to corporate assets, and risk to employees. Natural disasters are an important risk in the raw milk supply chain. The four seasons are always a matter of the food supply chain. In this case, the season always affects the production of milk. According to the survey report, when the field is most lush, the amount of milk produced will increase in the spring, but will decrease in late autumn and winter. To overcome this problem, farmers must manage calves and feed supplements to ensure uniform milk production throughout the year (www.tdtvictoria.org.au). At the same time, the quality of milk is also affected by the season, but in the dry season the quality of milk is very low. To mention the terrorist attacks against the United States on September 11, 2001, the attacks of anthrax, the occurrence of worldwide diseases such as severe acute respiratory syndrome (SARS), and the impact of US natural disasters by Hurricane Katrina It is important. Scope of Public Health Obligations Because of these major events, public health has expanded its responsibilities. Terms such as "bioterrorism" and "disaster prevention" are more common in public health literature and are part of strategic planning. Public health security and bioterrorism countermeasures and response law in 2002 provided subsidies for bioterrorism to hospitals and public health agencies on 11th September 2001 (Disease Control and Prevention Center, 2009).

Natural disasters are rarely completely naturally occurring all over the world, and natural disasters also occur frequently. To name a few, they appear in the form of hurricanes, earthquakes, volcanic eruptions and floods. On various scales, they are causing disasters, destruction, loss of life, and livelihoods. The process of nature has been done in nature for millions of years. They are naturally occurring events such as snowstorms and floods. When there is a risk of human loss, the natural process is only a natural disaster. Despite the term "nature", natural disasters have human involvement. A physical event that does not affect humans like a volcanic eruption is a natural phenomenon, but it is not a natural disaster. Natural phenomena occurring in densely populated areas is a dangerous event. A dangerous event that causes an unacceptably large number of deceased or overwhelming property loss is a natural disaster. Natural phenomena do not pose danger and cause disasters in areas where people are not interested. Therefore, this definition contradicts the recognition of natural disasters. Natural disasters are inevitable damage caused by unlimited natural forces. It shifts the burden of cause from a purely natural process to the simultaneous existence of human activity and natural events. Natural disasters are natural phenomena that have catastrophic effects on humans. These phenomena existed before human beings appeared. The dangerous aspect of these natural phenomena is the effect of this phenomenon on the population of the area affected by this phenomenon. In this article we will analyze the impact of human activities on these natural disasters. Some human activities can exacerbate factors that cause natural disasters, such as the effects of excessive unplanned logging on floods and droughts. For example, if you build a dam in an area where earthquakes are prone to occur, a flash flood or landslide may occur if it explodes.

Interaction between natural disasters and physical and human processes In addition to earthquakes and volcanoes caused by crustal deformation, the earth has been damaged for thousands of years, including wind and water disasters such as tornadoes and tsunamis. If the land or island suffers from drought, the relief of the land will also contribute greatly to the harm it faces. These events will not be disasters unless human factors are involved and they will be in danger of suffering when people live on fault lines. Despite the term "nature", natural disasters have human involvement. A physical event that does not affect humans like a volcanic eruption is a natural phenomenon, but it is not a natural disaster. Natural phenomena occurring in densely populated areas is a dangerous event. A dangerous event that causes an unacceptably large number of deceased or overwhelming property loss is a natural disaster. Natural phenomena do not pose danger and cause disasters in areas where people are not interested. Therefore, this definition contradicts the recognition of natural disasters. Natural disasters are inevitable damage caused by unlimited natural forces. It shifts the burden of cause from a purely natural process to the simultaneous existence of human activity and natural events. Natural disasters are natural phenomena that have catastrophic effects on humans. These phenomena existed before human beings appeared. The dangerous aspect of these natural phenomena is the effect of this phenomenon on the population of the area affected by this phenomenon. In this article we will analyze the impact of human activities on these natural disasters. Some human activities can exacerbate factors that cause natural disasters, such as the effects of excessive unplanned logging on floods and droughts. For example, if you build a dam in an area where earthquakes are prone to occur, a flash flood or landslide may occur if it explodes.

Cornell researchers revealed after performing the first "complete" mathematical simulation hidden in the building - or the blessing of the gods struck by the zombie's skull at baseball bats - this is terrible It is an idea. The best way to survive is actually the rural areas - especially the mountains with less population - (researchers mention the Rocky Mountains example, but Cairngorms should do this) The Cornell team simulated the actual map of the US and 300 million people used the technology to simulate a real epidemic "In their minds simulation is similar to simulating chemical reactions that occur between different elements, in this case there are four states: one is a person, an infection, a zombie, a dead zombie. "Said Cornel's Alex Alemi "Given the dynamics of this disease, when zombies invade areas with low population the entire epidemic will be delayed - the number of human bites will decrease, so you will start making zombies at a slower rate," I said. When there is actually a zombie occurrence nearby People who died will not come back from their tombs to eat meat of life, but as a precaution they may be surprised to learn that the official plan is in place. Even more surprisingly, the US Centers for Disease Control and Bristol City Council provide advice on the handling of resurrection groups. There are no guns in England. Bristol City Council therefore recommends using immediate weapons to deal with infected undeads. Since the US Centers for Disease Control said that zombie outbreaks are very similar to other epidemics, it is a good strategy to "wait" for acute infection with a large supply. According to CDC's plan, "If a zombie starts to wander the street", it will investigate as well as the occurrence of other diseases. Dr. Ali Khan, director of the US Centers for Disease Control, said: "If we can cope with the usual zombie catastrophe, we can prepare for hurricanes, pandemics, earthquakes, or terrorist attacks." On May 18, 2011, the Centers for Disease Control and Prevention (CDC) issued a graphic novel "Preparation 101" that provides hints to survive zombie invasion as "interest in teaching the importance of preparing for emergency situations" : Zombie Apocalypse "was issued. A new way "The Disease Control and Prevention Center continues to summarize the catastrophe of the cultural reference zombies, whether it is a group of hurricanes, earthquakes, tornadoes, floods or zombies, water, food, medicine, We will use these to emphasize the importance of placing other essentials. When a zombie catastrophe happens, are you ready? Are you ready to deal with the undead storm? We got information from Green Light Anti - Zombie Squad, a team to protect you from zombie attacks. This is ten practical hints on how to meet the dead. There is nothing wrong than walking into a room set up by the brains of hungry zombies. If everyone is standing on the nearest wall, the team of four armed shooters can easily clean the room: one in each corner and two in the center. This place has been proved to be the best place for quick scheduling of the resurrection room Zombie Apocalypse: It consists of a fake body part in a bottle contained in a mini fridge. As he tried to find an antidote to stop the apocalypse, this room was set up in the room of the scientist. Our goal is to find "antidotes" that scientists find clues, find something started by solving hidden puzzles, and end the apocalypse. The room was very dark (yikes), so I prepared a flashlight. But the worst part is the creepy zombie noise that made me really scared. Overall, the problem is solved by simple BEDMAS (mathematics), periodic table reference, lock key discovery, and wall heat-activated paint. This is everywhere in modern zombie novels. One aspect of otaku culture has imagined a zombie catastrophe for decades. There is a survival guide detailing how to create survival kit. It also flows into a conservative gun culture. My home

Rent from the world's largest e-book store and save it. Read notes on the Web, tablet and on the phone and highlight it and take notes Education is an important element for young people in Haiti, especially young people who are enthusiastic about specific occupations such as medicine and law. Many Haitian immigrants are trained to prepare for these activities at Haitian secondary schools, high schools and universities. For this reason, many of Haitian youth come to the United States to enter university. (See the examples of the powerful Haitian American and Haitian student community of the Harvard University Haitian Student Association.) In other cases, parents who can not enter Haitian high school may move to the United States to provide better opportunities for their children. Young people in Haiti in the city center often fall into this cultural background. Their parents insist that they perform well at school and maintain their Haitian tradition. At the same time, many of their African-American counterparts devoted Haitian culture and insisted that racial discrimination would hamper the success of all blacks, regardless of scientific achievements. Young people in Haiti must strive to balance the expectations of their parents with the strict reality of prejudice and discrimination they face. Some people recognize cultural suicide, but among homosexuals there are Americans, some families use the Haitian double identity. I am a Haitian. A hierarchy of identities that are wearing flags in Shanghai with black men from Brooklyn (New York), African Haitian, and social media profiles And my professional creatures, that is my cornerstone - the Americans of Haiti - is. Today, eight years after devastating earthquakes in Haiti, countries suffering from the burden of unnatural disasters caused by European colonialism, African slave trade, and Western-led political interests and policies The correspondence of the world to. In other words, eight years ago, Buddhist religious groups and disaster relief organization Tzu Chi focused on their efforts to bring stability and aid to our country, and planned a series of news programs.

With this new approach, response time has been reduced and many lives have been saved. The previous warning system took more than 1 hour. Currently, it takes 10 to 15 minutes to tell people when, where, and what happened. Using mobile phones to alert residents to the possibility of a tsunami threat is highly reliable because mobile messaging and radios are elastic despite the possibility that other communication methods may fail High sex. India took seven years to start a new system, but the Indian government is planning to extend this low cost system to other countries (European political news). Recently, the subduction zone of Cascadia like the subduction zone of Chile has a history of earthquake, proved to have caused a tsunami. These earthquakes occurred recently in 1700 and induced the tsunami that hit Japan, the wave is the same size as the Chile tsunami of 1960 in Japan. However, contemporary Cascadia has little experience with the tsunami and has little experience of generating a tsunami near the house. Therefore, the people of Cascadia need to look elsewhere for guidance on the survival of the tsunami. The most basic guide for Cascadia people probably comes from the account on the next page. Many in Cascadia may think that the "magnificent" earthquake of magnitude 9 will kill the tsunami before it explodes. So why are you preparing for such a tsunami? From this, people in and around the town of Chile and Maurin have survived the greatest earthquake ever. In the post-earthquake tsunami, the death toll in the area was slow. José Algomed survived the Chile earthquake of 1960. This earthquake was initially misunderstood as a nuclear war. Mr. Algomedo is 22 years old, lives on a farm in the suburb of Mallow in Chile and received the world news on the radio. In early May 1960, the big news was the tension between the US and the Soviet Union - the Soviet missiles shot down US spy aircraft

Paradise Hippo's decision is an island of diverse cultural diversity in the South Pacific. 50% of the population of Hippo is indigenous, the remaining population is distributed among Americans, French, Africans and Hispanics. Hippo has various resources such as banana, cocoa, coffee, spice, oil. However, 50% of the population is under 15 years old. This is not suitable for large amounts of labor. Hippo is also suffering from disasters such as the tides and tsunamis, typhoons and hurricanes, tornadoes, floods, fires, volcanic eruptions, earthquakes, HIV and AIDS, oil spills, dangers of avian flu and terrorism both inside and outside the country. I will go abroad. "There is no decision-making problem in heaven, heaven gives us a happy and useless life" (Grünig & Kühn, 2009) In the real world all decisions are influenced. Today individuals, companies, organizations, or organizations face decision-making issues everyday. Finding the right solutions often progresses and is ultimately essential to achieving long-term success (Grünig & Kühn, 2009). In this white paper I will explain the various decision theory, but to answer this question, various ways to solve the problem of decision making, and whether it is just a rational process I will. In this reading, heaven is not the place on the earth, but other places. Humans were in heaven, but for their first and definitive sin, they have to leave it: they do not obey God. Pagan faith tells us that heaven is not a place on Earth, and pagan beliefs find their gods in nature, and incorporate all the nature and life organizations into their lives It was. My impression is that monotheism is also a mirror of the place and area where it came from. It was dry land, even desert, and people had to work hard to find and nurture the food they needed. Several places called deserts and oases are like thirsty and small paradise for wanderers. But it is hard to find an oasis

San Andreas' movie is a wonderful movie that is a good awakening for everyone. I am very thankful for this timely release of this film for earthquake countermeasure in China. You may get hints on how to survive, or if you are not prepared you may get hints on how to die. I saw this movie in a science class. I like this movie because everyone shouts "aaaaahhhhh" every time I explode and destroy Ha ha ha. Action scene on the screen, this is a refreshing experience lol. Imagine all the smallest possible things he can do when a muscle man is working as a firefighter and rescue unit. If you want to think of the left side of your head, this is the focus of this movie only for entertainment purposes, more intensive actions. Please come after open credit. This is (a bit literally) a breakthrough movie, but it is not just the reason that three big earthquakes are occurring during that period. Today our scientists do not have the right tools to predict when the next earthquake will happen, but they are the same as our local scientists in the San Andres movie I found out that the next big earthquake can be predicted. The same forecast is not accurate, and our West Valley's failure will quickly shock us. Let's return to the movie. I like the destruction of San Andreas. I like the visual effects they do in the movies. A new perspective on how damage and earthquakes will occur is the first time I saw the whole of San Francisco movies like rubbers This is a wonderful sight and when we get on a helicopter I hope to see it. The wave of the earthquake is real, we felt it even before and after the earthquake, this movie may bring uneasy feelings to the people who experienced it. Responsive Papers In responsive papers, students need to write their answers (ideas, emotions, attitudes, etc.) on course materials and topics. The answer sheet can be an official scoring task, but it can be used only to evaluate students' learning objectives. In this case, the teacher asks the students to take a few minutes lessons and write down the reactions to the facts, opinions, skills, procedures, attitudes, criticism etc. mentioned in the course. By studying the students' answers, the teacher gains knowledge of the students understanding these concepts. It also allows the teacher to gain a deeper understanding of the attitude of the student and the way of thinking about the classroom teaching materials. It is often a matter of evaluation. Reaction paper is a task that students need to analyze information and comment on specific texts and media. The difference between the reaction paper and the comment is that it is composed of the first person and has a subjective viewpoint. When dealing with such a job, you are welcome to use phrases like "I believe" or "I think" or even express your thoughts in an emotional way. You can not live without it! Write your draft with your outline and reveal the basics of your work. Keep in mind that you need to carefully create a complete draft from start to finish in order to understand what should be included in the first paragraph of the work. Your overall point must be stated explicitly in the first paragraph if you can not complete if you do not have a complete paper picture According to the instructions given, the reaction paper is in a different format. The reaction paper is divided into various parts. In order to put together your work, you need to understand each part of the article and its meaning. In some of the reaction papers, as well as other paper formats, there are introduction texts, texts, and conclusions. In addition to the three main parts, the reaction article constitutes a list of citations. Introduction - Introduction is the face of your thesis, so as a writer, you have to make sure it looks attractive and increase the urgency of the readers entering your body aisle . In the introduction, we must briefly explain the author and the main questions and ideas of the story. Since the introduction sentence

The effect of tsunami disaster on regional economic system. We are awed to see the liberation of power of this magnitude. We know that this power is greater than the power of our species - nature has us. In some cases, we can warn the threat in advance; but we can not control; the tsunami is the ancient truth Prove it. William Rees-Mogg brought a magnitude 3 earthquake on the northwest coast of Sumatra in Indonesia on the morning of 26th December 2004. The 2011 Northeastern Earthquake and Tsunami, and the perfect example of the Asian floods in 2011, have a broader indirect economic impact on disasters that are relatively localized to individual countries I will. Due to the nature of the two economies, these two disasters seriously disrupted the world's technology supply chain. Consumer prices skyrocketed until Thailand floods, due to a badly shortage of computer hard drives, the factory was operational again. When the 2011 tsunami struck, some major automobile manufacturers were forced to stop production in the whole of Europe and the US due to the shortage of parts available at the factory in Japan. business An earthquake of magnitude 9.0 occurred in Japan on March 11, 2011. It caused a 100 foot tsunami that drowned the disaster at the Fukushima nuclear power plant. It occurred when the Japanese economy got out of a major depression. In 2010, GDP grew 3%. This is the fastest growth in 20 years. On 17th July 2018, the EU signed a trade agreement with Japan. It reduces or ends tariffs on almost all goods. This is the world's largest bilateral trade agreement, and its products are $ 152 million. It approves in 2019 after approval. The contract will hurt US automobiles and agricultural exporters In the preface, we can not explain the effects of the earthquake and tsunami that destroyed Japan on March 11, 2011 correctly. Japan is the world's third largest economic power country, the second largest after the United States and China. The northeastern border of Japan suffered overwhelming natural disasters in the form of earthquakes and also caused a massive tsunami and a number of strong aftershocks that affected Japan and overseas. aftershock

Retaliation is due to Latin, and is used to reward expiration dates, rewards, or punishments. But when talking about revenge, I speak only about punishment. The old penalty code "eye for eyes, teeth for teeth" is an example of retaliation. Some people think that big events such as tornadoes and earthquakes are cosmic rewards of human pride. Synonyms include compensation, compensation, and compensation. Retaliation is often misunderstood as seeking revenge by distressing criminals. 55 This understanding about retaliation is reflected in the first definition of "punishment" in the Oxford English Dictionary and states that "punishment" is punishment for punishment. Retaliation for crime 56 was sentenced to punishment for individual judicial convictions against criminal offenses 57 Restorative justice and retaliatory justice: opportunity to seek conflict of cooperation or justice Donald H. J. Hermann Retaliatory justice is ideally characterized by punishing criminals in the same way as crime, to prevent future crimes. In other words, retaliatory justice more typically embodies the traditional judicial system in which punishment is imposed on the principle of "for people" that imprisonment for criminal acts and / or punishment are equal. . In contrast to criminals, restorative justice is designed to rehabilitate individuals - and it is characterized by enlightenment. There, all available knowledge is used to explain why the crime has occurred. In the case of militarized children, the most effective way to prevent future crimes involves identifying and reviewing all people and other influential factors involved in the killing of others I will. For those who believe that not all criminals can recover, retaliation is the main punishment for these offenders. In American society, one method we use for revenge on the death penalty is death. With such retaliation, other countries regarded the United States as the most violent advanced industrial society on the planet (Currie 3). In fact, the use of capital punishment in the United States is decreasing. For offenders who can not enter the society safely, this is still the most severe punishment in our country (Posner)

The newly formed state of California was influenced mainly by the gold rush that began in 1848, and the population has increased rapidly. As more and more people set up residential areas in the future of San Francisco, regional leaders formally recognized San Francisco as a city in 1856. The cable car invented in the late 1880s helped cross the steep slope of the city and finally made people happy. I live far away from work and use transportation to the city center. The base of San Francisco has a population of about 30,000 people, which rose about 13 times when the earthquake struck the city in 1906. Due to earthquakes and fires, buildings that have not been built so much have been exposed widely over the past few years. San Francisco was destroyed by the 1906 earthquake and fire, which made buildings in the new city bigger and better. Since then, more companies have gathered. According to the earthquake records, the earthquake hit San Francisco City on Wednesday 18th April 1906 at 5:12 am. People remember that the incident was especially intense, and everyone in the neighbor awoke from the falling fragments and saw white dust in the air. As a spectator remembered, "I was shocked by a very serious earthquake, the impact was so strong that I threw most of it from my bed ... there is a white dust everywhere ( "Stetson, 21 years old. Strong vibration continued for 45 to 60 seconds, people felt from the south of Oregon to the south of Los Angeles. Water supply stopped due to the earthquake. Due to lack of water supply, firefighters can only see fire spending much of the city's famous buildings. The confusion began to rampant in the town. "People fell into panic and ran to the streets ... They encountered falling buildings, bricks, cornices, wall shower, a lot of people crushed soon ..." (Linthicum et al. . 34) Earthquake instruments initially measured earthquakes as an earthquake of magnitude 8, but scientists are still discussing magnitude of 8 to 3 levels. The San Andreas fault is a continental transition fault that forms part of the structural boundary between the Pacific plate and the Pacific plate. The North American plate caused an earthquake. This fault passes through California from the south Salton Sea to the northern Mendocino. Faults of only 1,300 faults of the fault were broken and caused an earthquake. "The earthquake caused contemporary geologists to make a huge horizontal displacement and a huge burst length" (US Geological Survey). The seriousness of the earthquake has already caused more damage to unstable cities, so it is increasingly more demanding to plan safer buildings in new cities. The 1906 San Francisco earthquake is widely believed to be the worst ever earthquake in history, including destruction, loss of human life, and subsequent study. In commemoration of the 110th anniversary of the 18th April 1906 earthquake we have examined in detail about the earthquake understanding and how this special earthquake helped us to understand. Despite the destruction of the tragic earthquake, the earthquake affected our modern understanding of the American earthquake. Extensive research after the 1906 earthquake developed the theory of related elastic repulsion due to lead (1910). It can be said that this event will help stimulate and better understand how this earthquake forms, as the plate tectonics theory appeared more than 50 years after the earthquake. An earthquake of magnitude 7.8 occurred in San Francisco, California at 5 am on 18 April 1906. This confusion exploded in San Francisco and caused a fire (Cameron and Gordon.Pages 69-73). The earthquake and the resulting fire caused damage to most places in the city where the building collapsed and ignited. Many people die and thousands of people are homeless. - ... And if there is a sequel to this book, I can see that Fletch and Wilkie may save them from the crisis. Meaning: 1 - brave: no fear. Do not be afraid not to do anything. 2-Fire: Combustion or

Poseidon: Poseidon. Poseidon, the wonderful sea of ​​Greece, rulers of horses and earthquakes. His ancestor came from the Olympic sports family who roamed the world in 2200 BC. Cronus's father, Rhea's mother, and the famous Zeus brothers. A man who was lucky enough to save him from his famous father, Cronos. He was saved when the "mother of the gods" cheated Cronus to eat stones instead of eating other descendants ("Lear"). Just as his Cronos was made for Hestia, Pluto, Hera and Demeteru. Poseidon: Zeus's brother Poseidon. Poseidon is a god that changes like the sea, sometimes violent and sometimes gentle. Like his older brother Zeus, he makes a horse out of the sea bubble and has much relationship with the goddess and human women. Itusus is the son of His most famous half-god. The symbol of Poseidon is Trident, and he has caused a terrible storm in the sea so far. Demeter: The goddess of agriculture, Hera and the sister of Zeus. The most famous story about Demetel tells us how her daughter, Persephone, was captured by Hedes and brought to the underground world. Demeter and Hades finally agreed, Persephone spends half a year with her mother and spends half a year with her new husband, Hades. When Persephone was with her, Demeter allowed only the crops to grow. So I created a season Poseidon is the god of the sea, earthquake and horse. He is one of the best gods of Mount Olympus, but he spends most of his time in his waters. Poseidon is the brother of Zeus and Hades. These three gods divided and created. Zeus became the ruler of the sky, Hades gained control of the underground world, and Poseidon got all the water, including fresh and salt. Various rivers are personalized to the gods, but these are technically influenced by Poseidon. Likewise, the ocean old man Nereus is not considered to have the same breath as Poseidon. Poseidon married the daughter of Nereus of the sea fairy Amphitrite Poseidon, Greek religion, Poseidon (and common water), earthquakes and horses. He is different from Pontos, the avatar of the sea and the oldest Greek god in the water. The name Poseidon means "Earth country" or "Earth king". Traditionally, he was the son of Cronus (12th Titans 'youngest), Cronus' sister and spouse Rhea, infertile goddess. Poseidon is the brother of Zeus, the god of the sky and the god of the ancient Greeks, the brother of Hades, the god of the underworld. When the three brothers took their father away, the ocean kingdom fell a lot to Poseidon. He is a weapon, the main symbol is Trident, it may have been a fish's spear. According to Greek poet Hesiad, Poseidon 's Trident is shaped by three cyclops, like Zeus' skeleton and Hades' helmet.

However, since potential risks are related to structural locations and community development, they can be evaluated more accurately. The second most important achievement of IIPLR is community land use. Its purpose is to promote the placement of buildings in areas of high risk of being exposed to floods, hails, fires of the wilderness, earthquakes and storms. Land use policies and decision makers need to understand the vulnerability of individual assets against natural disasters and consider the vulnerability in land use, development and construction decisions. Consumers (owners and developers) need to be educated about natural disasters related to construction sites and use this information when selecting such places. IIPLR works with other partners to develop incentives for not building or using special mitigation techniques in high-risk areas. The aim of natural disasters and risk assessment is to determine the extent and nature of the risk in a particular field by evaluating the risks that may harm the destruction of people's property, goods and services (UNISDR , 2009). Various studies have found that society is increasingly vulnerable to disasters due to the increase in population in dangerous areas and increased economic and environmental pressure (Rougier et al., 2013). The socio-economic and physical impact of volcanic ash on the environment is obviously large. Through years of research and observation, the understanding of the past 30 years has been significantly improved (eg Soufrière Hills (Montserrat), 1995; Eyjafjallajökull (Iceland), 2010) (Vervaeck, 2012). The current impacts associated with volcanic eruption have allowed interdisciplinary research on volcanic ash. The purpose of this research is to examine the formation, migration, and effects of Mayan Shan volcanic eruption in 2014.

This journal is an international media publication for its own research, case history and comprehensive review in the field of engineering geology. It includes all geological studies that may be related to engineering, environmental problems, and safety. The editor is responsible for interpretation of aerial photographs of land use, risk management in geological processes (earthquakes, floods, river diversion, landslides, etc.), geological factors affecting the evaluation of river behavior, restoration of groundwater supply Will be discussed. All papers will be judged by the editorial committee in order to maintain high level science such as field assessment of earthquake occurrence, ground storage standard of hazardous waste, investigation technology, engineering geological map etc. Its purpose is to create internationally reported journals that contribute to the development of engineering geology. * This value was calculated using ResearchGate's data and it is based on the average number of articles published in this journal. The data used for the calculations may not be complete Engineering geology is an application of geology in engineering research to ensure that geological factors in engineering location, design, construction, operation and maintenance are recognized and explained. Engineering geologists provide geological and geotechnical advice, analysis and design on human development and various types of structures. The field of engineering geologists is a field that mainly studies the field of interaction between the earth and the structure, or how the earth or earth process affects artificial structures and human activities. Geological research has existed for centuries, but at least in its modern form, the science and practice of engineering geology has come to be recognized as an academic field from the end of the 19th century to the beginning of the 20th century It was. The first book "Engineering Geology" was published by William Penning in 1880. In the early 20th century, Charles Barkey was a well-trained geologist in the United States and was considered the first American engineering geologist working on several water supply projects in New York City. I am working on Hoover Dam and many other engineering projects. The first American engineering geology textbook was written by Ries and Watson in 1914. In 1921, Reginald W. Brock, the first dean of the Department of Applied Sciences at the University of British Columbia, started the first undergraduate course and graduate degree program of geoengineering, the first graduate student with engineering foundation He pointed out that he became a geologist. Geology includes the dynamics and physical history of the earth, including rocks, minerals, and the elements it forms. Geotechnical engineering is a practical application of geology. Engineers in this field understand building materials and technology. They study the quality of the land and how it can be built inside and outside the land. They use their knowledge and understanding of the material of the earth to determine the proper support and foundation needed for large structures. This process begins with a feasibility study of the site by testing the soil quality, the slope of the ground, and the properties of the rock. They designed the foundation and took measures to mitigate the effects of natural disasters such as earthquakes. Geotechnical engineers need to consider sustainable ways when investigating and planning buildings. They often work for mining and oil companies and often have a wide range of skills including economics and project management.

Those who think that Thornton Wilder is mainly his classic novel "Our Town", St. Louis Rey Bridge seems to be a good change. On the other hand, he changed the country, not Central America which traded with Peru. He changed times and returned from the 20th century to the 18th century. He also handled a broader society than "our town", easily expressing lower class and aristocrat. But despite these differences, his subject is almost the same; life is short lived, and our expectations can be narrowed down with a single finger, and what I left is what I It is what the people love. There are five bridges in San Francisco Bay: Golden Gate, Richmond - San Rafael, San Francisco - Oakland Bay, Hayward - San Mateo, Dumbarton Bridge. There are four big islands in San Francisco Bay, Alcatraz Island, Jebabuena Island, Treasure Island, and Angel Island. The San Francisco Bay is a sacred place for sailors. Yachts and yacht races are popular pastimes Since Hinckley Span, San Francisco and its neighbors have made great progress on the problem of bridges. Located within 450 square miles from the inland harbor, San Francisco Bay has eight major highway bridges, including the world's four largest steel bridges and two railway bridges. Four bridges in San Francisco - Auckland, Golden Gate, Richmond - San Rafael, the Chalkines Strait were selected as one of the ten most famous buildings in the world. Other bridges include San Mateo - Hayward, Dumbarton, Southern Pacifics Suisun Bay, Rw - cross between Redwood City and Newark, and Antioch, Bridge. The most important of these is the two bridges completed in 1936 and 1937. Through the San Francisco Bay, the world famous Golden Gate Bridge stands. This bridge is located in one of the most beautiful surroundings in nature, spanning a mile wide bay from San Francisco's Fort Point to the Marin County coast. Joseph Strauss, specializing in the construction of bridges, is the leader in the construction of the Golden Gate Bridge. Construction began on January 5, 1993, four years later, completed on April 27, 1997. - The number of deaths has exceeded 10,000 and is still increasing (Branigan 2). At 2:46 pm Friday, March 11, 2011, the earthquake disaster in Japan did not give a warning. The magnitude 9.0 earthquake was the strongest earthquake in the country (Fackler 3). The 33 - foot tsunami caused by the earthquake swept the northern Japan land and carried objects and debris. To make matters worse, the tsunami caused some nuclear power plant cooling systems to malfunction. Modern knowledge of the impact of earthquakes on structures has led to a plan to turn Golden Gate into a better resistance to earthquake events. Because the bridge is close to the San Andreas Fault, it is at risk of a major earthquake. When considered to be able to withstand anticipated earthquakes, the bridge is indeed an influence of perfect structural damage (or collapse) caused by 320 foot (98 meters) arched support failure at Ft Point It is easy to receive. A plan of $ 392 million was launched to raise the structure's ability to withstand such a situation with minimal (repairable) damage. A challenging task is to complete the plan without interrupting traffic. A complex electro-hydraulic synchronous lifting system is tailored to build a series of complex elevators that transfers loads from temporary struts and existing bridges to temporary struts. Renovation work is completed in 2012

I woke up when the September earthquake occurred, but I do not know what happened. I thought it was my younger sister who shook my bunk bed silly, then I heard the crushing of my mirror, I know that this is not my sister. I always thought this was robbery. I am six years old, you can not blame me. I was really scared then, then I heard my mother saying it was an earthquake. "I do not know what it is" I said, and then my mother ran into my room and grabbed my sister and me. At that time, I cried, I was really scared, somehow, I went to sleep. When I woke up, we all looked around the house, everything collapsed or broke. We put all of these glasses on the shelf, which was broken across the floor. Then we went outside to see all these liquefactions on the ground. People scraped concrete from all these gray ones that looks bad and smelt. Earthquakes are a series of vibrations caused by the earth 's crust due to sudden rupture and rebound of rocks, where elastic strains have slowly increased. Until I was a little old, I did not know how the earthquake occurred. Honestly remembering that such a thing has happened, the earthquake is really terrible. It will destroy ours (I mean lots of things). At that time, I finally went out again and saw that all of these liquefactions and cracks on the ground were shocking. Strangely, it takes only 40 seconds to complete all these operations. A terrible idea came back then - 4:35 am - and about entering the house. One day, I remembered how bad the night was when I passed through it. It is still creepy as the earthquake and the earthquake still have aftershocks. I felt that my experience of the earthquake was feeling too good to comment. I have no direct fear, only confusion. My personal influence was totally zero - indeed, the day after I used the bus to Cuenca tourist city, I went hiking in the national park, the shadow of almost any disaster was my plan I did not change it. Even if I have witnessed something or is affected, terrible comments about that event will be disappointing at the most, and the worst things are rude and ignorant. I gathered ideas about the aftermaths - a news report, a call to social media, a government opposition to President Rafael Correa tension rather than government efforts and corruption that people gathered to deliver relief goods in bulk Theists - and leave them to ourselves Reading these earthquakes in the news quickly turned me back for 10 years and changed my life experience. In October 2005, I served as the ONE Commander of the Expeditionary Strike Group and dispatched it to the Middle East. The Cush region in India was damaged by the earthquake, more than 87,000 people died, more than 5 million people evacuated. The earthquake this week is more devastating than the disaster in 2005, but you need to remember valuable lessons learned ten years ago. The response of the United States became a case study of natural disasters - but that was not the case at the time. We must navigate through different environments, new (and unknown) tasks, and complex relationships. When life is online, we have learned a difficult way, we have no choice but to adapt

Scholastic News Magazine offers millions of classrooms each year, offering up-to-date activities and non-fiction works of high interest. In addition, our subscribers have free access to Scholastic News Interactive, an exclusive online learning tool with digital versions, video, interactive features, differentiated articles and more. Lava and ash blew out of Merapi Mountain during the third volcanic eruption within 10 days. (Beawiharta / Reuters) The volcanic eruption that erupted in Mt. Melapi in Indonesia last night was the biggest and latest disaster in the last ten days. Volcano erupted for the first time in Indonesia on 26th October, covering the ashes and toxic gases in the nearby village. For volcanic eruptions nearly 100,000 people had to leave their house. Rolling from the land under the island caused three disasters. The first eruption of Merapi volcano occurred several hours after a strong submarine earthquake near Sumatra, one of the western islands of Indonesia. An earthquake caused a ten-foot tsunami or a huge wave, at least 430 people died and about 16,000 people lost their homes. Healthcare teams, ships carrying goods, helicopters and aircraft rushed to the area to help survivors of the victims. However, every time the country starts to recover, another disaster seems to occur. Indonesia is composed of many islands in Southeast Asia. There are more volcanoes than any other country in the world. Melapi is the most active volcano in the country and has erupted four times in the past 10 years. That name means Indonesian volcano. If the construction plate moves up and down, there is a possibility of an earthquake or a volcanic eruption. Tectonic plate is a huge bedrock making up the earth's crust. Indonesia is located above the Pacific Fire Ring. After the first eruption last week, the rescuers started camping for villagers who fled from their homes. However, these camps were the first people who suffered a larger volcanic eruption this week. According to the authorities, about 15,000 people are warned about evacuation around the volcano. Many people living near volcanoes are farmers. The ash that jets out of the volcano is dangerous during the eruption, but as time goes on it will make a healthy soil to grow the crop Natural disasters in Indonesia are roughly divided into major disasters, middle disasters, and small disasters, but although damage is small, it is very common in Indonesia. These can be easily seen as macro, meso, micro events. The policy for dealing with natural disasters in Indonesia is still in the early stages of development and a strategy is needed to deal with these different kinds of disasters. In addition to the disasters listed in the table above, in Indonesia a moderate life loss (defined as 50-500 deaths in this case) or a large number of IDPs, even natural disasters even over several months there is. Examples of recent times are as follows. In the past few years, many natural disasters have occurred in Indonesia. The most common one is the flood. Frequent disasters in Indonesia are floods, earthquakes and volcanic eruptions, and Indonesia is located at the edge of the Pacific, Eurasian and Australian tectonic plates, so the possibility of a tsunami increases. Jakarta, the capital city of Indonesia, lasts long enough to fix the flood even if heavy rain falls, the flooding is most likely to occur. The most recent disaster is a volcanic eruption, so this article will focus on the volcanic eruption. In 2010 Mt. Melapi erupted. (December 8, 2010) Indonesia is located in a region where there is a high possibility that the Pacific Rim Volcanic Zone and the structural plate are likely to move. Then Indonesia has to deal with the risk of volcanic eruptions, earthquakes, flooding and tsunami repeating. In the past 15 years, Indonesia has announced several global news for catastrophes. In addition, Indonesia has the worst volcano. And the biggest earthquake in Indo

This figure shows the three main types of plate boundary, divergence, convergence, and transformation. Image provision by US Geological Survey Chile's triple interchange is the only modern place on the planet. There is a subduction zone at the edge of the continent, and an active central ridge enters. This is a particularly interesting research area, as we can observe the two plate boundaries (divergence and convergence) and their very close processes. A diverging boundary arises when the two structural plates are separated from each other. Along these boundaries long cracks and lava from the geyser spewed hot water. Frequent earthquakes occur along the rips. Under the crack, magmatic lava rose from the mantle. It penetrates into the gap and clumps into a hard rock, forming a new shell at the torn end of the panel. Magmas from the mantle clump to the basalts at the seafloor, dark and dense rocks. Therefore, at different boundaries, oceanic crust made of basalt is generated. When two plates are brought together, it is called the convergence boundary. Collision of two collision plates bends the edges of one or both plates into a steep mountain, sometimes bends the other into a deep-sea bottom groove. The chain of volcanoes is usually parallel to the boundary, mountains and grooves. A strong earthquake shook a vast area on both sides of the boundary If one of the collision plates has an oceanic crust at the top it will be forced to the mantle where it begins to melt. Magma enters another plate, passes through, and solidifies. Magma formed by the melting plate solidifies into granite. Granite is a light-colored, low density rock that forms the continent. Therefore, at the convergence boundary, a continental crust consisting of granite is formed and the oceanic crust is destroyed. Two plates sliding against each other form the boundary of the transition plate. Natural or artificial structures passing through the transformed boundary are transmitted in the opposite direction offset to the fragments. Rocks lining along the boundary are shattered when the plate is crushed to form a linear fault valley or an undersea canyon. If the plates jump alternately blocking and jumping, the earthquake will ham in a wide boundary area. Contrary to the convergence boundary and the branch boundary, magma was not formed. Therefore, the crust ruptures and ruptures at the edge of deformation, but it will not produce or destroy There are three types of plate boundary: convergence, divergence, and deformation. According to the "Future Classroom" website, the boundaries converge when the two structural plates meet directly, either squeezed together or squeezed together. A divergent boundary is formed when the two plates are separated. The transition boundary occurs when two plates slide against each other, like the San Andreas fault in California. Volcanoes only occur at the boundary of converging and diverging plates. At the convergence boundary, a plate is pushed under another plate to form a volcano that develops along the ridge and its ridge. When the plate meets, a great force is applied. This creates cracks in the Earth's crust. And it is filled with magma escaping from the mantle and ultimately produces a volcano as described by BBC Bitesize. Conversely, as plates move in opposite directions at different boundaries, the casing bursts and creates gaps. How do structural plates move relative to each other? Geologists classify different types of structural plate boundaries by moving them relative to each other. There are mainly three types at the plate boundary. Convergence, divergence, and transformation. On different boundaries, the construction plates are far apart from each other. The structural plates move toward one another at the convergence boundary. At the boundary of the deformed plate, the structural plates move relative to each other. Earthquakes can occur at any of these plate boundaries

Humans are obsessed with their own death. We were fascinated by tragic events, especially natural disasters such as tsunamis, earthquakes and hurricanes. I have never experienced catastrophic natural disasters in any of the countries in the world. Even in 2011 only, earthquakes and tsunamis in Japan, another earthquake in New Zealand, a reversal of the United States, a large flood in Australia occurred, 2011 became "the most expensive year for natural disasters" (Llanos , 2011). )). Mr. Trump still considers Mexico as a "third world country" with drug cartels and desperate immigrants, but what does his position mean to Mexico? In my opinion, nothing. In my opinion, Mexico is one of the rising economic stars in the coming decades and it will soon be a new major trading partner of the United States. In the end it will not change. The dependence on free trade and exports has begun to decline globally. This can be seen in Russia, China, Germany. Exporters rely on their customers, and customers can buy from anyone they want. Domino effects begin to roll when the export of a country decreases and the country may be in a depression. The US as a low-exporting country does not have these problems. In terms of economy and trade, Mexico is a very important trading partner for us. Ireland's exports to Mexico is beyond the total of other Latin America. Approximately 65% ​​of exports to Latin America are shipped directly to Mexico. Because Mexico is also the 14th largest export market in the world, it is a very important market not only in the Western Hemisphere but also on a global scale. In the past six years, it was our third fastest growing market. Of 170 countries we export, Mexico is the third fastest growing market for us. In terms of trade, Mexico is really important for us. Ireland is a country that relies on free world trade. We export about 90% of our products. If we can not enter free trade and the world market, we will not be economically viable. Trade is a very important part of our relationship with Mexico The main changes continued until the 21st century: Mexico experienced a strong economic depression in the 1980s, reached a free trade agreement between Canada and the United States in January 1989, and Canada, Mexico and the United States on January 1, 1994 I signed North American freedom. By trade agreement, the world's largest free trade area was born. Following these major economic events was the September 11 attack against the United States followed by the war in Afghanistan - Canada and the United States. In 2006, a violent drug war spread from Central America to Canada, and in the past few years the tragedy of mankind has reached a fatal peak in Mexico. In 2008, the financial crisis that began in the US eventually caused a global recession, and now the economic slowdown has declined.

Poseidon, Greek religion, Poseidon (and common water), earthquakes and horses. Unlike Pontos, he is the materialization of the oldest Greek god in the sea and water. The name Poseidon means "the country of the earth" or "the king of the earth". Traditionally, he was the son of Cronus (the youngest of 12 Titans), Cronus' sister and spouse Rhea, a sterile goddess. Poseidon is the brother of Zeus, the god of the sky and the god of the ancient Greeks, the brother of Hades, the god of the underworld. When the three brothers took their father away, the ocean kingdom fell to Poseidon a lot. His weapon and the main symbol is Trident, which may have been a fish's spear. According to Greek poet Hesiad, Poseidon 's Trident was shaped by three cyclops, like Zeus' skeleton and Hades' helmet. As a god of earthquake, Poseidon is also connected to the dry land, and he is in the Mediterranean of many of the Greek's oldest places of worship, these places sometimes concentrate on the pool and stream and related to water doing. In this respect, he is known as enosichthon and ennosigaios ("earth vibrator") and is known as Asphalio ("stabilizer"). As a god of horse, Poseidon is considered initially introduced to Greece by the first Greeks, and they introduced the first horse to the country in the 2nd century BC. Poseidon gave birth to many horses. The most famous of them is Pegasus Pegasus of Gogagon Medusa. Poseidon conflicts with various personality in land dispute. It is a fight for sovereign worthy of attention He lost to the goddess Athena. In spite of the failure, Poseidon was also worshiped there, especially at the coronas (as a hippopotamus "as a horse") There are countless descendants of Poseidon. He is the father of Pelius and Nereus, the daughter of Salmonous daughter Chilo, hence became a sacred ancestor of Thessalia and Mesenia. Many of his sons became rulers anywhere in the ancient Greek world. Otherwise he has many horrible descendants, including giants such as Orion, Antais and Polikmers and barbarians. Many people's ancestors, some spouses, Poseidon also married Oceanid Amphitrite, and he also has multiple descendants, including marine organisms Triton. The main festival of Poseidon's honor is Ismia which is a scene of a famous sports event (including horse races) which will be held next year near the Corinth thoroughfare next year. His role as a god of the sea eventually became his most prominent role in art, and he represented the characteristics of Trident, Dolphin and Tuna. The Romans ignored his other aspects and decided that he was the god of the sea of ​​Neptune. Poseidon Poseidon is one of the most powerful Gods in Greek mythology. Poseidon is the god of water, horses, and earthquakes. He is believed to be the cause of wreckage wreckage and drowning. Cronos and Rare are Poseidon 's parents of Greek mythology. Poseidon is one of the three sons; the others are Hades and Zeus. There are three sisters of Demeter, Hestia, Hera, and since Cronus is a terrible father who is afraid of his children, he ate them at birth. - Zeus, its name is synonymous with Greek mythology and religion. In God's weather and the sky he uses his own wind, thunder and lightning to defend the law and protect the order. He governed Olympus and the Pantheon of the gods who live there. Looking at humans, he punishes those despising him and helps those being detained. However, Zeus has drawbacks. His nature of rapid exercise and his desire for a woman makes him a relationship with ordinary people. Poseidon, Greek religion, Poseidon (and common water), earthquakes and horses. Unlike Pontos, he is the materialization of the oldest Greek god in the sea and water. The name Poseidon means "the country of the earth" or "the king of the earth". Traditionally, he was the son of Cronus (the youngest of 12 Titans), Cronus' sister and spouse Rhea, a sterile goddess. Poseidon is the brother of Zeus, the god of the sky and the god of the ancient Greeks,

We have read the column of the September 29 column of the Oklahoma Petroleum Gas Association, but we can not agree. Why are the oil and gas taxes in other states higher than in Oklahoma? In 2016, Arkansas's oil and gas industry paid 12% severance and VAT for 3% in Texas. 2% in Oklahoma Even 7% of Oklahoma State will be the lowest production tax rate in the country. Oil and gas mining also causes problems such as earthquakes and water pollution, and our education and medical budget is decreasing. In addition, institutions that supervise earthquakes, water pollution, and wastewater infusion also reduce annual budgets. This special legislative meeting has to anticipate the future of Oklahoma rather than the industry's interests. In order to let them know what they think about our state 's dangerous budget situation we must all contact our delegates - Collie Williams, Greg Babbi Neck and Dennis Casey, and Senator Dagger. Texas has three major oil and gas taxes. In Texas, 4.6% oil production tax per barrel, 7.5% natural gas production tax, and 3/16 cents oil tax. According to the auditor, oil production and regulatory tax is expected to generate 2 billion dollars in 2010 - 2010 and 1.9 billion dollars in 2012 - 13. One of the proposals that natural gas taxes will result in an increase in natural gas tax is to abolish or limit the reduction in tax rates for expensive natural gas extraction. According to the LBB, the exemption fee for 2011 was $ 962.5 million. Exemption from high cost natural gas wells certified by the railway committee due to high operating costs or types of drilling techniques used We have read the column of the September 29 column of the Oklahoma Petroleum Gas Association, but we can not agree. Why are the oil and gas taxes in other states higher than in Oklahoma? In 2016, Arkansas's oil and gas industry paid 12% severance and VAT for 3% in Texas. 2% in Oklahoma Texas raises funds using 6.25% sales tax, automobile sales and fuel taxes, and taxes and royalties on oil and gas production. There is no corporate income tax in Texas state and there is great aid of oil and gas throughout the state and the Gulf of Mexico. According to the Tax Foundation, the average domestic and local taxation per capita in 2011 is 3,088 dollars, ranked eighth among all 50 states. Washington is a good example of checking all data. The state raises its own funds mainly through sales tax of 6.5% which accounts for more than 60% of income. As this has been added to the area, the sales tax in some areas can be as high as 9.5%. There are no corporate income taxes in the state, but there is a gross income tax, which accounts for about 1% of revenue. This may not seem a big deal, but even if the company loses money, it will have government funds through the end of the year, and corporate income tax is not.

The difference between natural disasters and artificial disasters is human intention and negligence factors that cause human suffering and environmental destruction, and many people reflect natural disasters, but humans directly experience such disasters It is. These are the ultimate outcome of erroneous management of human harm, which is usually the most costly in terms of human suffering, loss of human life, and long-term damage to the national economy and productive capabilities. The most uneasy and unforgettable is the explosion of Deepwater Horizon (BP) in the Gulf of Mexico in 2010. In addition to the death of 11 people, the region's ecosystem was destroyed. Some of the difficult reasons to overcome are due to deception around the event. Initially, there was a story that only thousands of barrels of oil penetrated into the well every day, in fact tens to hundreds of thousands of barrels of oil would flow into the sea of ​​Mexico. Even after years, the damage still exists and people are still suffering Another artificial disaster that seems to occur more frequently is an explosion. One of the most wonderful visual effects was in Puerto Rico in 2009. It was so intense that it caused natural disasters - even earthquakes. The actual explosion was caused by a large gas tank from the Petrochemical Company refinery and petroleum reservoir. Up to 30,000 feet cigarette column Another person should be more concerned about disasters, but another person who did not draw much attention, this is EMP. Fox News released an article about it in January 2014, "Electromagnetic pulse attacks may destroy the US defense and put the United States in a technological world equivalent to the 19th century, even even no one attacked I do not know: "Most Americans do not even know what EMP is, so if you do not understand and want to know more, please read this page: EMP Emphasizing disasters may cause psychological or physical symptoms. Many mental health experts recommend avoiding excessive exposure to news replays and keeping them away from severely damaged areas. If you suffer from mania and depression after a disaster, consult your mental health service provider. Disasters can be either natural or artificial. Artificial disasters may be intentional (eg, vandalism or terrorism) or unintentional (ie, accidental such as destruction of a man-made dam). The weather may not be the only disaster. They may include other forms of human expression such as internet threats or theft. Natural disasters are major adverse events caused by natural disasters on the earth. Examples of natural disasters include floods, tsunami, tornadoes, hurricanes / cyclones, volcanic eruptions, earthquakes, heat waves, landslides and so on. Other types of disasters include cosmic scenarios than asteroids hit the Earth. Artificial disasters are not natural disasters caused by natural disasters but are disasters caused by human-induced disasters (threats caused by human intention, negligence or error, or artificial systems). Artificial harm and disasters are sometimes called artificial disasters. On December 26, 2004, one of the worst natural disasters in history hit Southeast Asia. The strongest earthquake in the last 40 years hit the whole Indian Ocean. A huge earthquake of magnitude 3 occurred on the west coast of Sumatra in Indonesia and hit many coastal areas including Thailand, India, Sri Lanka, Maldives, Malaysia, Myanmar, Bangladesh, Indonesia. The official number of deaths due to the tsunami of Boxing Day in the affected countries is about 230,000, or is still missing. Artificial disasters are the result of technological or artificial hazards. Examples include large events, urban fires, occupational accidents, oil spills, nuclear explosions / nuclear radiation, war acts and so on. Other types of artificial hazards include more devastating scenarios such as devastating global warming, nuclear warfare, and bioterrorism. In order to make the disaster

When waves enter and leave, the tsunami may kill people, injure, destroy buildings and infrastructure, or destroy them. Tsunamis are a series of huge waves caused by earthquakes, slides, volcanic erupts or asteroids. Tsunami: It occurs everywhere on the coast of the United States. Coastal risk associated with the Pacific Ocean or the Caribbean Sea Evacuation: Do not wait! Please watch the signs of the natural tsunami and depart immediately as soon as you receive an official tsunami warning If you live nearby or regularly visit the coastal area, please learn about the danger of the area's tsunami. Some dangerous communities have maps of evacuation sites and routes. If you are a visitor, ask about regional planning Understand the signs of potential tsunamis, such as earthquakes, noisy roaring from the ocean, or abnormal marine behavior such as sudden rise and sudden drainage of water walls, seabed Understand and practice local evacuation plans, plan family, work and entertainment. Choose a shelter that is over 100 feet above sea level or at least one inland inland We will create an emergency communication plan at home linked to the state. If you are away, where do you meet? Please register your community warning system. The emergency alert system (EAS) and the US marine aeronautical (NOAA) weather station also provide emergency alerts Please consider the policies of earthquake insurance and flood insurance through the National Flood Insurance Program (NFIP). Standard homeowner insurance does not cover floods and earthquake damage If you are experiencing an earthquake in the Tsunami area, you must first protect yourself from the earthquake. Drop, cover, and wait. Fall into your hands and knees. Cover your head and neck with your arms. Please fix it to rugged furniture until vibration stops. Crawl only when coverage gets better. When the vibration stops, if there is a natural sign of the tsunami or official warning, move to the safe and safe place as soon as possible and move inland. Listen to the authorities' voice, do not wait for tsunami warnings or evacuation orders If you are outside the danger area of ​​the tsunami and receive a warning, please stay on the spot unless specifically stated by the staff. If you are told, leave now. The evacuation route usually has a wavy sign in the direction of the high arrow If you are on a boat, head towards the sea towards the direction of the waves. If you are in the harbor, go to the inland Please be aware that there is a danger of electric shock. Underground and falling power lines can charge water. Please do not touch if the electric device is wet or standing in the water. We record the loss of wealth in the photograph. Please check the stock and contact the insurance company. Please save the phone to respond in case of emergency. After the disaster, the telephone system is frequently busy or busy. Communicate with family members and friends using text messages and social media Tsunami table - The tsunami table is an early warning about areas that may be affected later by the tsunami. In the tsunami monitored area, the impact of the tsunami usually takes at least three hours. The watch will be upgraded to warnings or suggestions in subsequent messages or canceled depending on the severity of the tsunami. In order to obtain more information about the threat of the tsunami, staff members in the observation area must be cautious. Tsunami plan: Make a disaster plan. I know if you are in danger. Plan evacuation route. Please prepare a disaster kit for your home and car. First Aid Kit, Canned Food, Can opener, Bottled Drinking Water, Battery Radio, Flashlight, Protective Clothing, Instructions on How to Interrupt Electricity, Gas and Water What is a tsunami? The tsunami is very strong, long and waves are long. The tsunami brought a lot of sorrow and sorrow to the people who experienced the tsunami. Language The tsunami comes from Japanese,

For the US tsunami, we are the following. The word "tsunami" comes from Japanese, meaning "long-term exemption". Tens of thousands of Japanese are killed in the centuries and some people are hit by the tsunami, so the tsunami is well known and widely spread in Japan. Tsunamis generally cause a lot of damage including killing, building destruction, expenditure of several million dollars. In addition, the tsunami is a series of huge waves caused by underwater earthquakes, landslides, or volcanic eruptions. The Indian Ocean earthquake of 2004 is located in the epicenter of the west coast of Sumatra Island in Indonesia and is actually one of the most serious disasters in the history of the Indian Ocean. The tsunami is not just a big wave. They are generated by vertical displacement of seawater due to specific submarine activities. The tsunami is actually a series of waves with a very long wavelength (distance between one wave and the next) and a long wave period (time between waves). These are usually the result of an earthquake, but may also be caused by other dynamic movements such as submarine landslides and volcanic eruptions. The devastating effect of the tsunami comes from the fact that it crosses the depth of the sea, unlike the waves normally seen. A tsunami is a sequence of waves or series of waves occurring in a watershed. Earthquakes, landslides, volcanic eruptions, explosions, even even meteorites can cause tsunamis. These waves attack the coastline cruelly and can cause destructive material damage and loss of human life. In English, the term "tsunami" means "wave". It is represented by two letters, the upper letter "tsu" represents a port, and the lower letter "nami" represents "wave". In the past, the tsunami was sometimes called "tsunami" by the general public and was called "seismic wave" in the scientific community. The term "tsunami" is a fraudulent term, and the impact of the tsunami on the coastline depends on the tide level at the time of the tsunami, but the tsunami is irrelevant to the tide. The tide is caused by the imbalance of the moon, the sun and the planets, aliens, and gravity. The term "seismic waves" is also misleading Tsunamis are sometimes called tides. This former popular term comes from the most common appearance of the tsunami, especially the tsunami with a high tsunami. Both the tsunami and the tsunami create waves to move inland, but in the case of tsunamis, the inland movement of water may become larger, giving the impression of incredible climax and strong tide. In recent years the term "tsunami" is no longer preferred in the scientific community in recent years, as the cause of the tsunami is not water movement, not gravity of the moon and the sun, it is irrelevant to the cause of the tide. The meaning of "tidal" includes "similarity" or "tide shape and character", but geologists and oceanographers do not recommend using the word of the tide.

In the early 1980s, the military dictatorship of Guatemala caused a "scorched earth" rebellion involving massacres of five indigenous Maya tribes, including Maya Icil. January 28, 2013, the judge of Guatemala ordered José Efraín Ríos Montt, the man who served as President of the country from 1982 to 1983, to seek a genocide trial. He was the former head of the state who received the genocide trial in the Americas. The successor of President Oscar Megiya of Guatemala was also indicted for genocide, but it was later considered unsuitable for the trial. On March 19, 2013, the court began a trial of a lawsuit against Ríos Montt, who genocide genocide against Maya Ixir during his term from March 1982 to August 1983. In the sidebar on the left there are measurements, databases, maps, and satellite images related to the massacre of Gerata. Information on Antigua Guatemala: The capital of Guatemalan captain Guatemala was set up as Santiago Guatemala in 1524 with an altitude of 1,530.17 meters in the area where earthquakes are prone to occur. It was subsequently destroyed by the fire caused by the inhabitants of the inhabitants rebuilt in 1527 and completely buried in 1541 due to the earthquake and avalanche. The third valley of Panchoy or Pacán was completed in March 1543 and served for 230 years. We endured floods, volcanic eruptions and other violent natural disasters until the majority of the town was destroyed by the 1873 St. Marta earthquake. At the time, the authorities commanded the relocation of the capital to a more secure area, which became the county's modern capital city Guatemala City. However, some residents stayed in the original town and was called "La Antigua Guatemala" Guatemala Guatemala is mainly composed of highlands of the forest and jungle plains, and its area is 108,889 square kilometers. Guatemala is at the intersection of three structural plates, causing frequent earthquakes and volcanic eruptions. A large earthquake occurred in 1773, 1917 and 1976. Guatemala 's capital is Guatemala City with a population of 2 million people. The total population of the country in 1999 is estimated at 12.5 million people and the annual population growth rate is 2.7%. It has been an independent republic since 1847 and has been dominated by democratically elected presidents and numerous conductors for many years. The coup drafted by the United States in 1954 overthrew the President of the Constitution, which eventually led the Guatemalan to the era of bloodshed of violence (1978-1985), which he called it "La Viorencia". It is estimated that 15,000 people "disappeared" and over 100,000 people were killed.

A strong earthquake of magnitude 6 confined the inhabitants at home, as landslides shielded the building and swallowed the building and caused a heavy blackout in Hokkaido in northern Japan on Thursday morning. Landslides along the long ridge of Atsumi's rural town can be seen in the aerial image of NHK Public Broadcasting Station. About ten people were hospitalized due to injuries, one of them said to have been seriously injured. The Japanese media said that two people died and 32 people were missing, but there is no official report on death. The Meteorological Agency stated that the earthquake that occurred at 8 am local time does not cause the danger of the tsunami. The US Geological Survey said that it attacked 68 kilometers southeast of Sapporo, the major city of Hokkaido. Prime Minister Shinzo Abe told reporters that his government had set up a command center to coordinate rescue and rescue. He said that it is a top priority to save lives. Immediately after the 2011 earthquake, after the power outage, the night nuclear power plant was stopped by the emergency reserve power supply. According to Hokkaido Electric Power operator Hokkaido Electric Power Co., the agency has not reported any abnormalities, and the fuel rods were safely cooled in the pool. The Nuclear Regulatory Authority stated that diesel generators have enough fuel to use for seven days. After the first earthquake, the Meteorological Agency reported a series of smaller vibrations including the size of 4. At a press conference in the morning, Mr. Toshiyuki Matsumori warned the inhabitants of a big aftershock in the next few days. Mr. Kazuo Kinbayashi, a 51-year-old town executive in the town of Avila, where the damage was great, said: "I think that there are two waves.I am 51 years old.I have never experienced such a thing.I thought that my house would collapse.'I have time to start cleaning ' He said. Japan is located on the arc of the "circle of fire" of volcanoes and trenches that partly surround the Pacific basin and has experienced about 20% of the world earthquake of magnitude 6 or higher. On 11th March 2011, Japan's strongest magnitude 0 earthquake struck the sea near the city in the northern part of Sendai. The earthquake caused a series of large-scale tsunamis, destroyed the wide range of the coastline in the Pacific, and about 20,000 people died. The tsunami also destroyed Fukushima Daiichi Nuclear Power Station and caused a series of 25 years of explosion and collapse with the world's worst nuclear disaster. Saturday was the 95th anniversary of the Great Kanto Earthquake, the number of earthquakes was nine, and more than 140,000 people lost their lives in the Tokyo area. Seismologists say that such another earthquake can hit the city at any time. The earthquake occurred in Fukuoka Prefecture at 10:53 on March 20 and lasted about 50 seconds. Earthquakes occurred in the Genkai Sea in the northern part of Fukuoka City, which had not been known so far, due to the collapse of houses and landslides, residents of Gengen Island were forced to evacuate. After the earthquake survey, it was judged that this new fault is likely to be an extension to the center of the known Kego fault. At 11:46 on August 16th (UTC time 02: 46), a strong earthquake struck the east coast of Benshun Island in Japan, causing the occurrence of casualties, building collapse and blackout. The earthquake began on Tuesday, 16th August 2005, affected the northeastern coast of Japan. It caused a tsunami warning and the building shook 200 miles outside Tokyo. The first estimate was 8. The US Geological Survey later evaluated it 2 The 2011 East Japan great earthquake and tsunami introduced the 2011 Tohoku Region Pacific Offshore Earthquake (Japan: "East Japan great earthquake" is a 0 level (Mw) massive earthquake on the Japanese coast). This is one of the five major earthquakes in the world since the much stronger earthquake hit Japan on Friday and the

Groundwater is clean and beautiful water at our feet and can be used for drinking water, but there are many other freshwater sources on the earth as well. The rest will be filtered and not cleaned. Water such as lakes, rivers and reservoirs is a collection of freshwater throughout the Earth's surface. These water sources may eventually penetrate the groundwater, evaporate back into the atmosphere, and return to the sea. What are we kidding? The lake is just a big puddle. Seriously, this is not fair. The lake is a vast area of ​​freshwater. Some lakes are in the mountains, and snow from the surrounding mountains are released to the area. A bowl is formed on top of the mountain and water is gathered. When the lake reaches a certain level, water floods and flows into the river or flows along one side of the mountain. Rivers, rivers, and rivers are similar, but their names are different because of their different sizes. Ogawa may trickle through the forest after it rains. On the other side of the spectrum there are rivers such as the Mississippi River and the Nile River. These examples are huge rivers that constantly flow into the ocean. Rivers usually join larger rivers and rivers. The key to these types of freshwater is to flow water from higher altitude to lower altitude, eventually leading to the ocean (sometimes lakes and reservoirs). Not all freshwater resources are produced naturally. As civilization develops, it is necessary to collect and store as much fresh water as possible. Reservoirs were invented to satisfy this demand. They are huge containers for artificial lakes. When the rainy season comes, water collects and collects. There is plenty of water in the dry season. Humans also collect water using smaller equipment called water towers. If you need to build a reservoir you need a dam to prevent water from flowing out of the valley. Water is not drained to low altitude, but fills the valley. China is currently building the largest dam in history Flooding at the edge of the continent, changing its wetting and drying zone location also affects the underground "water circle". In regions where natural water is growing and decreasing, does the ascending and descending of the crust accompany earthquake activity? Available data on artificial subsidence and uplift stimulating the earthquake activity on the earth shows the possibility of such events. For centuries the dynamical balance between the Earth maintained by slowly moving geological and geographical processes can be devastatingly destroyed. Such a violation undoubtedly causes huge damage to the world economy, but human technical genius should be able to resist it. Therefore, in order to provide safety to the biosphere and humans, it is necessary to take measures to offset the increase in atmospheric carbon dioxide concentration. Earth science includes geology, lithosphere, large-scale structures in the planet, atmospheric, hydrosphere, biospheric research. In many cases, earth scientists quantitatively understand how the Earth functions and evolves using tools such as geography, chronology, physics, chemistry, biology, mathematics and others. Earth science affects our daily lives. For example, meteorologists will examine the weather and observe the dangerous storm. Hydrologists research water and warn about floods. Seismologists research earthquakes and try to predict the earthquakes they will happen. Geologists will study rocks and help them find useful minerals. Earth scientists mainly climb wild mountains, explore the ocean floor, climb caves, trekking in wetlands. They measure and collect samples (such as rocks and river water) and record the results on charts and maps.

In The Glass Menagerie and Fences, each game has characters, and since their behavior affects everything, they seem to be earthquakes. In The Glass Menagerie, it is Amanda, in Fences it is Troy. Troy's action had devastating effects on all characters, especially his son, Corey, and his wife, Ross. In The Glass Menagerie, the effort of Amanda to create a better life for Laura and Tom's children is in vain. Amanda is trying to release his child and Troy is a good parent as he tries to put his loved ones into the fence. Exposing the border fence into the fence is a drama that deals with the trials and sufferings of those who are hindering the return of people and those who try to cross them. These characters were African-Americans and lived in industrial cities before the civil rights movement. The main character Troy Maxon was a talented baseball player and never once made his talent bright. He is working hard now and I love his family. In The Glass Menagerie and Fences, each game has characters, and since their behavior affects everything, they seem to be earthquakes. In The Glass Menagerie, it is Amanda, in Fences it is Troy. Troy's action had devastating effects on all characters, especially his son, Corey, and his wife, Ross. In The Glass Menagerie, the effort of Amanda to create a better life for Laura and Tom's children is in vain. Amanda is trying to release his child and Troy is a good parent as he tries to put his loved ones into the fence. Escape from the Glass Zoo In Tennessee Williams' s play "Glass Zoo", one character can not live in the real world. Laura, Amanda, Tom, Jim use various methods to escape the cruelty of life. Laura retreated to the world of record of glass animals and old gramophone. Amanda is caught in the past. Tom ran away to the world of writing and poetry of his poem. Jim also returned to the past and remembered his time as a hero. Laura retreats this article to discuss metaphor related to the characters of "glass zoo" and how these metaphors represent each piece of American dream. Like her glass collection, she is too fragile to bring it into the real world without breaking. Because of her sensitivity, she avoided talking to people for so long, so when she finally tried to talk to Jim, she did not see her being operated . Amanda is a faded southern beauty

An earthquake of magnitude 7.8 occurred in San Francisco, California at 5 am on 18 April 1906. This confusion exploded in San Francisco and caused a fire (Cameron and Gordon.Pages 69-73). Many people die and thousands of people are homeless. - ... And if there is a sequel to this book, I can see that Fletch and Wilkie may save them from the crisis. Meaning: 1 - brave: no fear. Do not be afraid not to do anything. 2-Fire: Combustion or combustion. Material chemically combines with oxygen in the air and usually produces bright light, heat, and smoke. Something hot and painful. 3-Dump: Where garbage collects Places where smells smear Fire: As the San Francisco earthquake and 1906 fire (left) indicate, destructive earthquakes often cause a fire. The cause of a general fire is damage of wires and natural gas pipeline. Mitigation measures such as installing natural gas pipelines equipped with automatic or remote shut-off valves and installing flexible connections can significantly reduce risks. These state regions. Damage to the transportation route may make it impossible to transport oil from Puget Sound refinery to Portland and along the Columbia River and other parts of that river. Without the ability to store and distribute liquid fuels locally, there may be a shortage that not only affects the use of automobiles and aircraft but also important facilities and major industries.

In the event of the earthquake, local officials and rescuers could not immediately contact everyone. Help may not arrive in hours or days. You do not have time to buy or look for the necessary supplies for disasters, so you need to be prepared in advance. Most of the disasters are natural disasters, caused by natural disasters such as tornadoes, hurricanes, floods. Some natural disasters, such as hurricanes and intense winter storms, can be predicted, but other disasters such as tornadoes and earthquakes occur with little or no warning. Some disasters are causes of human behavior that are intentional or unintentional. The disaster prevention plan helps to improve safety, safety and comfort. Regardless of the type of disaster, you can do the preparatory work. Please contact the local Red Cross branch or visit the FEMA website to understand natural disasters that may occur in the community. Let's plan a family disaster after identifying the type of disaster that may hit your place of residence. Do not forget that it's as simple as anyone can remember the details Do not forget to discuss what you should do at evacuation and include the needs of people with disabilities If the staff notify you, follow instructions to evacuation centers or live in friends and relatives' homes outside the area. Know local evacuation centers in advance Please know the evacuation route. If certain roads are blocked or closed, several different routes are preset Families may stay separate in an emergency. Prepare by planning how to interact with each other. Establish contacts outside of the community such as close relatives and friends, if you are away, you can adjust family location and information. Confirm that the child knows the telephone number and address and understand the emergency response plan Test your children every 6 months to remember what they should do, where to go, and who to call in an emergency I will decide how to care for pets. Pets are prohibited to be brought in where food is served, so if you need to go to evacuation centers, you need a place to take pets. Download NFPA's free safety tips on various emergency response topics including hurricane safety, flood safety, portable generator, lightning protection, emergency kit, candle safety, etc. Although the abuse of crime, alcohol, and drugs is clearly a matter of safety, families need to consider how schools respond to natural disasters. Security experts talk about how schools cooperate with local governments such as police and fire departments, what evacuation plans are there, how frequently their systems and safety plans are detected I should explain. Please talk about how the country should deal with natural disasters concerning national and economic security issues. Puerto Rico is the worst disaster in the United States in 25 years. There are manufacturing plants of several major pharmaceutical companies on the island. What happens when these plants reserve are exhausted? Places that are not affected by natural disasters or artificial disasters are not on the earth. Everyone needs to know what natural disasters are likely to occur in their area and prepare for it. Natural disasters include floods, hurricanes, thunderstorms, thunderstorms, tornadoes, winter storms, extreme cold, extreme heat, extreme heat or heat waves leading to water shortages, earthquakes, landslides, landslides, tsunamis, wildfires etc. . There are dangerous material phenomena such as chemical emergencies, national security emergencies such as nuclear power plants, terrorism, chemical weapons and biological weapons, nuclear and radiation attacks, and homeland security advisory systems. Response to natural disasters is a major issue in FY2011, and it became a symbol of activities of that year. Nissan is trying to strengthen its risk management system to cope well with natural disasters and other emergencies. While maintaining close communication with our suppliers and our

It includes plans, structures and arrangements to fulfill the normal efforts of government, autonomous and private agencies to respond to urgent needs in a comprehensive and coordinated way (Moe and Pathranarakul, 2006). Emergency management is a comprehensive comprehensive plan for preparing, reacting, restoring, and mitigating emergencies and all disasters (Pellegrin, 2012). Important elements of preparation for disaster management: the preparatory phase is "when you put everything on paper" (Kahn, 1995). Disasters can be either natural or artificial. Artificial disasters are intentional (such as vandalism or terrorism) or unintentional things (that is, accidental things such as the destruction of artificial dams). The weather may not be the only disaster. They may include other forms of human expression such as Internet threats or theft. Natural disasters are major adverse events caused by natural disasters on the planet. Examples of natural disasters include floods, tsunami, tornadoes, hurricanes / cyclones, volcanic eruptions, earthquakes, heat waves, landslides, and so on. Other types of disasters include cosmic scenarios than asteroids hit the Earth. An artificial disaster is not a natural disaster caused by a natural disaster but a disaster caused by an artificial disaster (a threat due to human intention, negligence or error, or a human system). Artificial harm and disasters are sometimes called artificial disasters. On December 26, 2004, one of the most serious natural disasters in record history hit Southeast Asia. The greatest earthquake hit the whole Indian Ocean in the last 40 years. A huge earthquake of magnitude 3 occurred on the west coast of Sumatra in Indonesia and hit many coastal areas including Thailand, India, Sri Lanka, Maldives, Malaysia, Myanmar, Bangladesh, Indonesia. The official number of deaths due to the tsunami of Boxing Day in the affected countries is about 230,000 people or is still missing. Disaster literature usually begins with a clear distinction between nature and human affairs. The former includes hydrological climatic disasters (hurricanes, floods, droughts, etc.) and geophysical disasters (earthquakes, volcanic eruptions, tsunamis, etc.). Traditionally, the latter is labor accident and war. However, the disaster is not just a dichotomy, it is a continuum between the natural poles and the artificial poles. This intermediate terrain is common to many disasters for two reasons. The first is physical interaction. For example, if a hurricane destroys industrial facilities, causing oil spills and release of toxic chemicals, this disaster has both natural and human factors. The second reason is to filter the social structure of disaster vulnerability. With the words of George Orwell, when disasters occur, some people will be more equal than others. In Hurricane Katrina, an estimated 100,000 to 300,000 people may eventually evacuate forever. Due to the strong storm, the labor market was ruined with 8 times of parish, supporting the employment of 617,300 people (Randolph 2005, 1 A).

Please confirm that there is fire extinguisher, first aid kit, battery type radio, flashlight, spare batteries at home. In the case of indoors, stand near the door near the wall near the center of the building or crawl under heavy furniture (table or table). Apart from windows and outdoor doors If you are outdoors, please move away from the power cord or anything that may fall. Please stay away from the building (something falls from the building or the building may fall on you). Please check water, gas, electric wire is not damaged. If there is damage, please close the valve. Please check the smell. If it smells, please open all the doors and windows, leave immediately and report it to the authorities (using another person's phone). Please be careful around broken glass and fragments. Please wear boots or durable shoes to prevent cutting your legs All contents are © 2007 Michigan Technical University. Allow copying of licenses for non-commercial purposes During and after the next major earthquake, your preparation will influence how you and others will survive and respond to emergencies. In the next procedure, we will explain the measures taken during and shortly after the impact of the earthquake. Step 5 explains how to protect yourself in various places and scenarios during an earthquake. Step 6 explains how to prevent further injuries and damage. Experts say that the best way to protect themselves in the event of an earthquake is to practice "falling, covering up, holding, holding". Knowing exactly what to do at the moment the shock began is easier to do through exercises, which is what Great ShakeOut uses. In the last two weeks, the island experienced hundreds of earthquakes. According to the report, an earthquake of magnitude 9 occurred on May 4, 2018. This is the strongest earthquake that bombed the island for 43 years. Immediately after the earthquake, some beaches were photographed and retreated, but no tsunami warning was issued. For those unaware, large-scale island earthquakes can cause tsunamis. It is generally considered that the tsunami is showing signs of development as the coastline retreats after the earthquake. The tsunami surprised the geologist. Because the earthquake is a side-slip earthquake, the tsunami is expected to be at a low altitude of about 2 meters maximum. During a side-slip earthquake, the movement of the crust is predominantly horizontal, and most of the tsunami occurs in the event of vertical motion. One explanation is that the earthquake caused a water slope and caused a tsunami. According to reports, over 70,000 houses were destroyed and thousands of people were forced to live in evacuation centers and tents. At Pal, the main areas of the central Sulawesi capital, mosque and Antapur hospital collapsed. Palu's Tatura shopping center is one of the oldest shopping centers in Palu, and collapsed, dozens of people are involved in the problem. Eight-story hotel identified as Roa-Roa hotel also collapsed and attracted many hotel guests. Some of them are participants of the Palu Annual Paragliding Festival.

The capital city of Haiti was destroyed by the earthquake of magnitude 0 on January 12, 2010. According to the then USGS, this was the worst earthquake in 200 years. Earthquakes occurred at 9:30 am local time and are located 10 miles northwest of Port-au-Prince capital of Haiti. After the first earthquake, 12 aftershocks greater than 0 occurred. Various buildings have been destroyed or collapsed from the poor streets to the landmarks of the country. On February 3, 2010, Prime Minister Jean - Max Bellerive says that it states as follows. The earthquake was a catastrophic natural disaster presumed to affect 3 million Haitians. The actual death toll has been widely contested and the number of injured people ranges from 100,000 to 3.16 million. According to the Haitian government survey, about 250,000 homes and 30,000 commercial buildings were damaged. However, this is only an initial impact, Haitian children are experiencing the continuing challenges of earthquakes. Here are the six social, political and economic aftershocks faced by today's youth in Haiti: Helps Haiti and its children: Five social, political and economic challenges facing Haitian children For decades, Haitians who live in countries suffering from natural disasters and political instability are more healthy, more economically growing - and low wage Haitian workers are needed -. Because it is relatively easy for the Haitians to reach the Dominican border guard against the other side, actions by cross-border management staff were always difficult for the authorities. However, the Haitians have been abused for a long time in the Dominican Republic. In recent years, thousands of people have been forced to retreat, including records of people born in Haiti actually born in the Dominican Republic. After the devastating earthquake of 12th January 2010, innumerable Haiti escaped the border to escape the influence of the earthquake. The Dominican government was one of the first countries to dispatch teams to distribute food and medicine to victims, making Haiti easier to obtain visas for treatment at Dominican hospitals. Goods were brought to Haiti through the Dominican Republic and many injured Haitians were treated at Dominica Hospital. Relations are getting worse because refugees remain in the Dominican Republic, but Haitian refugees have also been adopted and supported by many Dominican people. According to reports, some Dominican people are worried that earthquake refugees lead to increased criminal rates, overcrowding, cholera and unemployment. Increases in discrimination are due to numerous Haitian refugees in the Dominican Republic.

"The fight against good" was written by American anthropologist Mark Schuller who conducted research and field survey on globalization, expansion of NGOs and development of Haiti. Basically, this book reveals Haitian people living in poverty, violence and the destruction and destruction of the recent two earthquakes. This causes many poor people to lose their homes, died due to building collapse, food starvation, and lack of medicines. Schuller's mission is to help Haitian people. Mark Schuller is the author of the book "Goodwill Killing: Haiti, International Assistance and NGO" published by Rutgers University Press in 2010. Schuller has an educational background in anthropology, women's studies, global research. He is currently an assistant professor of anthropology at Northern Illinois University and leadership development at NGO. As a scholar, Schurr has published four books on more than 20 articles and book chapters, documentary and Haiti, NGOs, gender and globalization. Killing with kindness is a good complement to his academic portfolio and is related to Haiti's current NGO news. "The fight against good" was written by American anthropologist Mark Schuller who conducted research and field survey on globalization, expansion of NGOs and development of Haiti. Basically, this book reveals Haitian people living in poverty, violence and the destruction and destruction of the recent two earthquakes. This causes many poor people to lose their homes, died due to building collapse, food starvation, and lack of medicines. - "Strong power brings great responsibility" This sentence correctly evaluates that the more power there is, the greater ability to do good and evil, create beautiful things, or destroy cute things. To have power does not necessarily imply that power is used wonderfully. In the eternal legend of the Lord of the Rings, the two wizards, Salman and Gandalf are full of power. "I just began to kill every way I can kill, that happened, I do not know if I have it," Varnardo Simpson said in a 1982 television interview 15 years ago of suicide. "From cutting shooters, cutting throat, cutting hands, cutting tongue, I was not the only one who did this, and many others did this." Thompson He also landed him. A helicopter that faces a high-level officer and challenges it. He deceived a dozen villagers who were hiding in the sand and tried to kill them with grenades and then called a helicopter gunboat to evacuate. Thompson told his gunner, Colburn and Glenn Andre Ota, who were facing American infantry.

By using infinite power of waves you can create infinite energy. Wave power plants have simple and practical ways to exploit the infinite energy provided by the waves. Although the development of this renewable energy source has just begun, many people predict that this resource shortage may be used all over the world in the near future. Wave power plants can utilize renewable energy by using ocean waves. Wave power plants have several different types, but most work the same way. When the generator is placed on the sea surface, wave energy is generated. The energy provided is most commonly used in desalination plants, power plants and pumps. The energy output is determined by wave height, wave speed, wavelength and density of water. So far, only a few experimental wave generator factories in the world are in operation. The article on this page explores the world of wave energy and its possible applications. Wave energy is the propagation of energy through sea level waves and this energy is captured for useful work such as power generation, desalination of seawater, or pumping (to the reservoir). The ability of a machine to utilize wave force is often called a wave energy converter (WEC). Wave energy, also called wave energy, is another ocean-based renewable energy that uses electric power to generate electricity. Unlike tidal energy using wavy undulations, waves can utilize the vertical motion of surface water to generate tidal waves. The wave places the device on the surface of the ocean, captures the energy generated by the movement of the wave, and converts the periodic up and down motion of the ocean wave into electric energy by converting this mechanical energy into electric energy. Ocean expansion (long-term continuous wave) provides a sustainable solution for harvesting energy. Hydropower is generated by so-called wave power plants, designed to withstand extreme wind storms. The power plant can generate the same amount of energy at half the price for 30 windmills. The Gravitylight Foundation is a British registered charity whose purpose is to find innovative solutions to alleviate poverty and eliminate kerosene lamps. One such solution is the gravity driven LED light. The mechanism is a pulley system that powers the generator slowly when the weight falls to the ground. Give you an idea: the weight of 12 kilograms will produce about 30 minutes of light Earthquakes have "waves". The main wave is generated in shallow water due to the direct water-land interaction and has the same cycle (10 to 16 seconds) as the wave of water. A stronger secondary wave is generated by the superposition of waves in opposite directions of equal period, resulting in a standing wave gravitational wave - the associated pressure oscillation is half the period, which does not decrease with depth. In 1950, Michael Ronuget-Higgins proposed a theory of standing waves to generate micro earthquakes and in 1941 Pierre Bernard proposed this relationship with standing waves based on observations.

Disasters are news. Television and newspapers showed us pictures: destruction, injured, dead. Unless we are victims of earthquakes, floods or volcanoes, we can not see us in the afterlife. We rarely see survivors struggle to deal with sorrow, diseases and disorders in the face of loss and loss for many years under temporary circumstances - There is another disaster: war. The pictures from the theater show the same tragic scene equally awfully. However, the war is getting worse. Assistance to the victim may be slow or never come when the war is on its way. The victims themselves are driven to their homeland, they are subject to abuse and torture, bombings of towns and villages, and burns. A large area of ​​land can not live, it is contaminated with dangerous chemicals, and it is scattered with unexploded bullets. And it will continue to be killed in the next few years. Some people - usually children - are forced to face barbaric acts and killings by governments and voluntary leaders. In the war zone, the law and order disappear, no one is safe Unlike earthquakes, floods, volcanic eruptions, war is a disaster that is completely caused by people. This is by no means coincidence. It is to make war always a decision of someone. The country uses a lot of money to train soldiers to fight to fight. They spend more on the design and manufacture of weapons and machines for combat and killing. This is not expensive. When the war is officially ended, a huge amount of money is needed to deal with the loss. ('Official', because the influence of war lasted for a long time after signing the armistice) Evidence only, that everyone should know that there is little to say about war. However, there is little effort to liberate the world from the world. Even though many people feel sick and feel fear, the war is still attractive and excited. Too many people - and too many of their leaders - still believe that war can be defensive, and learning how people kill more is not really wrong . [Details] For all these reasons and beyond, the invention of war is one of the greatest mistakes of humanity. It must be correct During the Vietnam War, defense minister Robert McNamara showed progress by relying on quantitative indicators including notorious figures. That may be a mistaken indicator, or it may be a wrong war fighting first. This war is a tragedy of the wrong leader. A few years ago, when we moved to a new community, my friend excitedly told us that the average test scores of local elementary schools were the highest in the region. On the test day, it was up to the administrator of the school to tell the weak students to stay home. The National Board of Education believes that the results of the advertisement test lead to a true improvement of the school and to demonstrate the wrong leadership. change. They learned from "teaching" about other wars in Vietnam and other discussions and lectures. This will help them to inform others and help them understand the cause of the war. They join the organization, which leads protests and leads to their actions. By meeting many organized people, they all believe the same and think very seriously of them. A significant contrast between the expectations of ongoing Iraq warfare and reality caused a debate about the cause of war error (Hendrickson and Tucker 2005). In 2006, Bush finally persuaded the situation to be unsuccessful, and it is clear that a civil war has occurred (Dodge 2007). This pessimism is included in the publication of the Iraq Research Group (ISG): "The situation in Iraq has deteriorated significantly, there is no way to succeed" (Dodge 2007 p. 85). Several common explanations were made about what went wrong. These include lack of post-war plans, lack of military, US political policy issues in Iraq, bureaucratic problems, and bridges with the international community. However, in general, more persuasive discussion points out that it is not a consequential outcome of a flawed

Executive Summary The capital Managua of Nicaragua is the center of politics, commerce and industry of the country. However, due to the converging plate boundary which is very close to the coast of Nicaragua, cities frequently tend to cause earthquakes and tremor: the Cocos plate sinks slowly under the Caribbean plate ("Historical Earthquake ", 1972). An earthquake of magnitude 6 occurred in 1931, 1968 and 1972, and earthquakes of magnitude 5 and 2 shook the capital ("Historical Earthquake", 1972). I am a mother and a businessman with more than 650 employees who manage several American franchise restaurants in Nicaragua. The first shock took place in April, when a student-led demonstration to the Ortega regime began in Managua and spread quickly to cities throughout the country. The government responded swiftly, and in the first few days dozens of people were killed with live bullets by police and paramilitary forces. On the mother's day of Nicaragua, May 30, I marched with 250 employees to celebrate the children killed in the initial crackdown. Under the plan of the mother of the victim, the peace march came into confusion when a professional shooter using modern long-range weapons fireily and accurately fired innocent protestors. These pro-government Sandinista mobs have safely killed high precision shots and precise single shots at the top of the national baseball field, so we watched with fear. The political uprising in Nicaragua's Sandinista made it into the radar of most people. But our experts will tell you that today's only revolutionary mark is scribbles drawn around Leon, the center of knowledge and culture. Indeed, the list of attractions in Nicaragua is very similar to the attraction next to Costa Rica - but Nicaragua has far fewer places to visit. On our trip planned by experts, we can see it at the end of the active crater of Masaya Volcanoes National Park. Enjoy coffee at the exquisite place in Granada, the city built by the oldest conquistor in Central America. Rio San Juan 's Nameless Wildlife Sanctuary (called Nick' s Amazon) roar of the apes is scary - or they will escape everything at the Corn Island on the Caribbean coast of Nicaragua Nicaragua - Nicaragua currently owns 18% of parks and protected areas, and the country is not far from Costa Rica. Unfortunately, Nicaragua was on a protective train long after Costa Rica, and can not be saved so much. Mirafloa's Mist Forest and Ometepe's Madras Volcano are impressive. We saw some wildlife hikes in the park around Nicaragua; some snakes, various monkeys, various birds, Iguana and the rainforest are very good. The biggest difference in price is drinks and eating out. We drank a lot of wine in Costa Rica, bought food at the supermarket, and cooked herself. If you are traveling in Latin America it is worth investing in a portable UV sterilizer like Steripen. Taxi in Costa Rica is expensive, but public transportation is cheap

Thomas E. Drabek, a disaster researcher and numerous disaster literary writer Thomas E. Drabek since the introduction of his research to the University of Central Missouri's first crisis and disaster management (CDM) course, came in two categories It is my favorite. His disaster research activities and inspiration made me become a disaster researcher. Before reading Drabek's work, especially before his work "Drabek (2010), I am not sure of my future role in CDM. The National Disaster Management Agency (NDMA) is an interior ministry agency whose main objective is to coordinate natural disasters or human-induced disasters and capacity building in disaster recovery and crisis response. NDMA was established through the "Disaster Management Act" promulgated by the Government of India in December 2005. The prime minister is the chairman of the authority of NDMA. Government agencies are responsible for policy formulation, guidelines and formulation of best practices, and coordination with the National Disaster Management Agency (SDMA) to ensure a comprehensive and decentralized disaster management approach. Disaster management (or crisis management) is to create arrangements for the group to reduce helplessness and adapt to disasters. Disaster management does not distract or eliminate risks, but rather concentrates on reducing the impact of disasters. Failure to arrange may result in death, loss of income, and damage to resources. Currently, 60% of the US organizations do not have emergency management plans. Events focusing on disaster management include terrorist acts, industrial destruction, fire, natural disasters (earthquakes, hurricanes, etc.), barriers to public order, industrial accidents and communication failures.

Poseidon is one of the most powerful Gods in Greek mythology. Poseidon is the god of water, horses, and earthquakes. He is believed to be the cause of shipbuilding debris and drowning. Cronos and Rare are Poseidon 's parents of Greek mythology. Poseidon is one of the three sons; the others are Hades and Zeus. Because their three sisters Demet, Hestia, Hera, and Cronos are terrible fathers who are afraid of children, he ate them at birth. He kept eating his newborn until his deceived fool by giving a stone instead of his wife rescuing Zeus. Poseidon is known in various forms and is represented by an apostrophe. In the Aegean town of Euboea, he is called Poseidon Aegeus and has a magnificent temple on the top of the hill. Poseidon is closely related to Arcadia's horses named after Poseidon Hippios. He is often considered a horse horse trainer, but in myths there are those who sprinkle seeds on his father, rock, or lay the first horse after mating with living things. He was closely related to spring water, and in the attack of Trident he made spring water. Many springs such as Helikon's Hippocrene and Aganippe are related to the word Hippo. (Also Glukippe, Hyperippe). In the historical era, Poseidon was often referred to as the nickname of Enosichthon, Seisichthon and Ennosigaios, but everything means "earth vibrator" and he mentioned his role in triggering an earthquake. Poseidon Poseidon is one of the most powerful Gods in Greek mythology. Poseidon is the god of water, horses, and earthquakes. He is believed to be the cause of shipbuilding debris and drowning. Cronos and Rare are Poseidon 's parents of Greek mythology. Poseidon is one of the three sons; the others are Hades and Zeus. There are three sisters of Demet, Hestia, Hera, and since Kronos is a terrible father who is afraid of his children, he ate them at birth. - Zeus, its name is a synonym for Greek mythology and religion. In God's weather and the sky he uses his own wind, thunder and thunder to defend the law and protect the order. He governed Olympus and the Pantheon of the gods who live there. When looking at humans, he punishes those despising him and helps those being detained. However, Zeus has drawbacks. His nature of rapid exercise and his desire for a woman makes him a relationship with ordinary people. In Greek mythology, the gods are symbols of the power of nature - for example, Poseidon is a symbol of the sea. He is very powerful, but also anger and unpredictable. Greeks iconically convey messages about how dangerous the sea is by talking about the story of Poseidon's revenge. Symbols increase the level of meaning for stories, poetry or other creative works. They allow authors to communicate ideas and information in stories and to convey information at multiple levels. For example, the author may convey information about God by writing a story about a large family whose one or two parents are the symbol of God and the child is a symbol of humanity (probably a pet or garden It represents the natural world). This story includes both family dynamics and religious problems. In other words, the symbol adds depth

Parents need to know that the movie began with family tension - a father and a teenage daughter hit her boyfriend - but when the waves hit (about 10 minutes), cruelty So the fatal action is normally nonstop. The same can be said about the body. Whenever the central group of survivors has changed, there will be broken, bleeding, burned bodies. When they were heading for water, the group was plagued by a building that collided with fire, explosion, flood / rushing water. They pass through handmade bridges at magnificent heights, trapped in a room filled with water, fighting each other and putting each other's life at risk. In this change, the celebration of a luxury liner's New Year became miserable when the 150 feet of rogues crashed the ship and reversed it. Passengers tried to find the roof of the ship led by former firefighter Robert Ramsey (Kurt Russell), refusing to recommend the captain (Andre Braugher). Sometimes he was absorbed in his daughter Emmy Rossum who was absorbed in Christian (Mike Fogel), her fiancé. Before the waves hit, Gambler 's Playboy Josh Lucas was hitting a single mother Jacinda Barrett. Later he was saving her little son Conner (Jimmy Bennett). As the group emerges, each character occupies a strange reversal space that fireworks, water and organization must negotiate. A complaint gay architect Nelson (Richard Dreyfus) was recently interested in lower classes - Freddie Rodriguez and his new secret friend secretary Mia Maestro - most of them are (White and rich people If you do not use him, why choose Andre Braug? In the process of becoming captain, he had to make some faint speech and then let everyone participate in their terrible destiny. When he advises passengers to wait for rescue, you know he is wrong, and he does not see the movie for a long time. This is disappointing as survivors are dull. It has been said that Kurt Russell's role was "Mayor of New York City", but this role has never been explained, but he clearly derives the heroic desire since 9/11. No one will seek a lot of emotional investment because no one's role or their relationship is shown for over 1 to 2 minutes This is not to say that clothes and tuxedos do not learn from loss or courage. But they did it by accident. The focus of disaster movies is fear and comfort, and there is some fear: this is a trip. Here, the task of observing the character is to remove the small space, endure water and fire, and move to a smaller space. Poseidon Poseidon is one of the most powerful Gods in Greek mythology. Poseidon is the god of water, horses, and earthquakes. He is believed to be the cause of wreckage wreckage and drowning. Cronos and Rare are Poseidon 's parents of Greek mythology. Poseidon is one of the three sons; the others are Hades and Zeus. There are three sisters of Demeter, Hestia, Hera, and since Cronus is a terrible father who is afraid of his children, he ate them at birth. - Zeus, its name is synonymous with Greek mythology and religion. In God's weather and the sky he uses his own wind, thunder and lightning to defend the law and protect the order. He governed Olympus and the Pantheon of the gods who live there. Looking at humans, he punishes those despising him and helps those being detained. However, Zeus has drawbacks. His nature of rapid exercise and his desire for a woman makes him a relationship with ordinary people. Poseidon, Greek religion, Poseidon (and common water), earthquakes and horses. Unlike Pontos, he is the materialization of the oldest Greek god in the sea and water. The name Poseidon means "the country of the earth" or "the king of the earth". Traditionally, he was the son of Cronus (the youngest of 12 Titans), Cronus' sister and spouse Rhea, a sterile goddess. Poseidon is the brother of Zeus, the god of the sky and the god of the ancient Greeks, the brother of Hades, the god of the underworld. When the three brothers took their father away, the ocean kingdom fell to Poseidon a lot. His weapo

Earthquake San Francisco - A huge earthquake struck San Francisco at 12:12 in 1906, 3,000 people died, lasted about 40 seconds, and was recorded on Richter scale 3. People left home from there, some people stayed in the building and collapsed. A person running in the street was killed by a collapsed building that fell from above. The fire department was very efficient, but the water pipe of the San Andreas fault was cut off. Fire will not stop because there is water until the next few days A natural gas pipeline exploded and a large fire occurred across the city. The city was in the era of economic prosperity, and almost everyone lost it on that day. These ancient buildings have never been able to withstand earthquakes and are easily broken or broken by people. Several coastal crewmen tried to depart, but the waves flew around the ship like a toy. These buildings are made of unbearable strong bricks and woods and can not tolerate such big earthquakes. After the earthquake, they noticed that the San Andreas Fault moved the 250-mile section of the witch's path and fence. Rivers, roads, and transmission lines are blocked and are not consistent with the surrounding environment. The road through the fault will eventually extend 21 feet east as well as rivers and streams. The most serious damage due to the earthquake was in Los Angeles, 30 kilometers east of the fault, but there was hardly any damage in the eastern town of Berkeley's San Francisco Bay, 25 kilometers from the fault. The capital of Sacramento, California is located 120 kilometers east of the rift and has not been damaged. Scientists discovered that the earthquake occurred in northern Oregon and 1170 kilometers south of Los Angeles. New San Francisco has a building that can be built to deal with the big earthquake as the building can not tolerate earthquake bricks so they can bend not only the ground but also the fourth. The San Andreas fault is formed by the Pacific plate sliding north and the North American plate moving south. The two men slipped together causing an earthquake. The latest earthquake in this area occurred in San Francisco in 1990, occurred three times on a relatively large scale, but it was as bad as the 1906 earthquake. Still can not find the paper you need? Original written for you from scratch - Purchase papers and research papers that match your instructions and requirements! The 1906 San Francisco earthquake is widely believed to be the worst ever earthquake in history, including destruction, loss of human life, and subsequent study. In commemoration of the 110th anniversary of the 18th April 1906 earthquake we have examined in detail about the earthquake understanding and how this special earthquake helped us to understand. Despite the destruction of the tragic earthquake, the earthquake affected our modern understanding of the American earthquake. Extensive research after the 1906 earthquake developed the theory of related elastic repulsion due to lead (1910). It can be said that this event will help stimulate and better understand how this earthquake forms, as the plate tectonics theory appeared more than 50 years after the earthquake. An earthquake of magnitude 7.8 occurred in San Francisco, California at 5 am on 18 April 1906. This confusion exploded in San Francisco and caused a fire (Cameron and Gordon.Pages 69-73). The earthquake and the resulting fire caused damage to most places in the city where the building collapsed and ignited. Many people die and thousands of people are homeless. - ... And if there is a sequel to this book, I can see that Fletch and Wilkie may save them from the crisis. Meaning: 1 - brave: no fear. Do not be afraid not to do anything. 2-Fire: Combustion or combustion. Material chemically combines with oxygen in the air and usually produces bright light, heat, and smoke. Something hot and painful. 3-Dump: Where garbage collects Places where smells smear

Kobe is the second largest industrial area in Japan after Tokyo. It is on three plates in the Pacific, Philippines and Eurasia. This puts Japan at risk of the earthquake. The earthquake occurred at 46 o'clock on January 17, 1995. The earthquake record is a magnitude 2 earthquake and it is a very deadly earthquake. The epicenter was in Kobe, the second largest city in Japan. Because Kobe city is economically developed, it is affected most. I was asked to investigate "why so many people are dead with the Kobe earthquake", but this project will show you where, when, why, and which sectors occurred. What are the primary and secondary impacts? Japanese citizen's preparation for the disaster How Japanese people cope with disasters How Japanese authorities cope with things ... Natural disasters affect millions of people worldwide every day. Earthquakes are one of the most powerful natural disasters, damaging our environment and spending several trillion dollars a year every year. In order to respect the power of an earthquake it is necessary to first understand their causes, the difference between them and the bioenergy generated, the type of damage they cause, how to predict them and how to protect them It must be. It is dangerous to live in a known earthquake zone, As in the case of Kobe in 1995, for many years people were talking about "serious" - the damage caused by the earthquake to Tokyo. Of course, more than 6,400 people died in the earthquake in Kobe and hundreds of thousands of people lost their homes, so the building's safety standards are getting stricter. Given the possibility of damage to Tokyo, this is obviously very important. After all, thousands of people died in Haiti after the magnitude 7 earthquake that occurred two years ago is a lack of safety standards. In 1994, the first anniversary of North Korea's Kobe earthquake (MW) shocked the MW 6.9 earthquake. Both of these earthquakes occurred several hours before dawn, both bursting in densely populated areas, both of which caused severe damage. However, there are still more deaths in Kobe, economic losses shrink the number of Northridge, and Kobe's buildings and infrastructure are destroyed far more than Northridge. There are many reasons for these differences, but it is not right to completely condemn the current practice of earthquake engineering in Japan. Although the engineering structure did not work due to design flaws, due to defects in California's design practices due to old buildings built before the current Japanese building codes are enforced, or Northridge earthquake Occurred.

Tsunamis are caused by the displacement of the entire water column by various mechanisms such as earthquakes, submarine landslides, volcanic activity, etc. The tsunami has a pressure wave spreading to the bottom of the deep sea. The wave pressure can only be measured at about half the wavelength below its surface, but for most surface waves the wave pressure is about tens of feet. In the deep sea, the tsunami is about 1 mile long and progresses at very high speed (500 mph at maximum speed), but when entering shallower waters of the shore the waves decelerate and the wavelength shortens and amplitude Let's start to accumulate Illegal waves are formed by completely different phenomena, or are various phenomena which are not very clear in practice (there is still positive research on this subject). Wandering occurs as a result of surface wave interactions, not deepwater waves (ie, tsunamis). They are defined as wave heights twice the effective wave height (highest 1/3 wave height). The mechanisms that are fairly well understood are waves due to backflow and wind. Agulhas Cape in southern Africa regularly reports irregular waves, the main one being the southeast wind, the main wind flowing from the west and creating the waves moving to the east. It is theorized that these opposing forces enable the formation of waves much larger than usual. Until the 1980s the wind generated waves were modeled by linear equations. Although this did not allow so-called rogue waves, in the 1980's we began researching nonlinear models. The nonlinear Schrodinger equation explains the formation of waves, because waves basically take energy from adjacent waves, reduce the wave height before and after the wave and amplify the wave height. Cultivation 1 2 3 Rogue Waves is a huge wave in the blue sea wave and appears in the sea. Rogue waves are known as killer waves, extreme waves, monster waves. They are huge waves that can be over 100 feet tall. Is Rogue Waves related to Tsunamis? Rouge wave is not a tsunami. The only thing they have in common is that they come from water and are destructive. The tsunami occurred in the displacement motion below the sea below the structural plate. Rogue wave is everywhere totally Given the huge, terrible, destructive wave, the tsunami will definitely come to mind. But do not confuse these waves with hooligans - both may be disastrous, but they are quite different. The easiest way to remember the difference is due to the cause of "water wall" and where it is destroyed. A tsunami is usually caused by an undersea earthquake where huge rocks are shot upwards with great power. The energy of this force is transferred to the water. Therefore, unlike ordinary waves caused by wind, the driving energy of the tsunami moves through water instead of water. Therefore, when the tsunami crosses the deep ocean at a maximum speed of 500 miles or 600 miles, it hardly appears on the water surface. Tsunamis usually do not exceed the height of 3 feet (1 meter). Of course, as the tsunami approaches the coastline, everything is changing. Then it reaches terrible height and achieves its more recognizable and catastrophic shape Both are waves, but the tsunami and the tide are two different irrelevant phenomena. Tsunami is a shallow wave caused by the gravitational interaction of the sun, the moon, the earth. The tsunami is a wave of tsunamis caused by landslides with large earthquakes near the sea or under the sea, volcanic eruptions, submarine landslides, and massive debris. Fall into the water. Scientists did not use the term "tidal wave" as these waves were not caused by tides. tsunami

Engineering geology, also called geological engineering, is a science field that applies geological knowledge to engineering problems. For example, design and location of reservoirs, determination of slope stability for building applications, identification of hazard considerations for earthquakes, floods or ground subsidence Considerations for roads, pipes and other construction works Engineering geology is an application of geology in engineering research to ensure that geological factors in engineering location, design, construction, operation and maintenance are recognized and explained. Engineering geologists provide geological and geotechnical advice, analysis and design on human development and various types of structures. The field of engineering geologists is a field that mainly studies the field of interaction between the earth and the structure, or how the earth or earth process affects artificial structures and human activities. Geological research has existed for centuries, but at least in its modern form, science and practice of engineering geology is recognized as a field from the end of the 19th century to the beginning of the 20th century became. The first book "Engineering Geology" was published by William Penning in 1880. In the early 20th century, Charles Barkey was a well-trained geologist in the United States and was considered the first American engineering geologist working on several water supply projects in New York City. I am working on Hoover Dam and many other engineering projects. The first American engineering geology textbook was written by Ries and Watson in 1914. In 1921, Reginald W. Brock, the first dean of the Department of Applied Sciences at the University of British Columbia, started the first undergraduate course and graduate degree program of geoengineering, the first graduate student with engineering foundation He pointed out that he became a geologist. Engineering geology, also called geological engineering, is a science field that applies geological knowledge to engineering problems. For example, design and location of reservoirs, determination of slope stability for building applications, identification of hazard considerations for earthquakes, floods or ground subsidence Considerations for roads, pipes and other construction works Engineering geology uses earth science and engineering applications to study geographical factors such as location, design, construction, operation and maintenance. Geotechnical engineers have found the best way to use geographical resources to solve technical problems while protecting the environment. Forensic geology includes the application of geological data and techniques to problems that may occur in the courts. It is closely related to environmental forensics, forensic engineering and forensic archeology. The scope of environmental forensic medicine is far wider than forensic geology. Frequently involved in investigating environmental problems such as water and air pollution.

The impact of natural disasters on public health and the environment Environment science Introduction The occurrence of natural disasters has increased over the years (Laframboise, MN, & Loko, M.B., 2012). The impact of natural disasters will vary greatly depending on the type and severity of the disaster and the preparation of the affected people. According to Laframboise of Minnesota State and MB (2012) of Loko, "Disasters are geophysical (earthquake), meteorological (storm), hydrological (flood), climate (drought) or biological ) (Page 6) Influencing the community in various ways, including short-term and long-term effects. Natural disasters occur naturally without being influenced by humans. Human disasters are events that are influenced by human activities and have a great impact on humans and the environment. Natural disasters can not be changed or mitigated in any way due to the nature of the disaster. One factor that supports this is the severity of the earthquake. For example. The Richter scale of the 2011 Haiti earthquake was 7.2. And Japan is huge ... mitigating natural disasters is a revolutionary activity. However, the flow of technology, such as the difficulty of obtaining appropriate raw data, the lack of an effective graphical user interface, the complexity of the predictive model, and the cost of digitization, are still hindered by many problems Carrara et al., 1999). Impact of natural disasters on the name of the environmental author Author affiliation Institution affiliated authors' comments Natural disaster impact on the environment Natural disasters are potentially harmful geophysical, atmospheric or hydrological events (earthquakes, landslides, Tsunami, storm, flood, drought etc). Injuries and losses, natural disasters affect the community, cause damage, damage, death and injury ... ... It is a very dangerous event that poses a risk of natural disasters and natural disasters. Possibility of loss of life (injury, injury, property damage and interruption of economic activity) caused by special risk during the period. In the event of a disaster, there are some effects such as humanitarian effects such as loss of life and injuries, the impact of ecosystems on other ecosystems, and other economic consequences. Natural disasters are a natural process that can lead to human life, injury, other health effects, loss of property, loss of livelihood and service, social and economic disruption, or extensive environmental destruction. Earthquakes, landslides, volcanic eruptions, hurricanes, floods, snowstorms, tsunamis and hurricanes are all included in the term natural disaster. Human calamities are also referred to as complex emergencies caused by large-scale disasters such as fire, oil spills, blackouts, robberies, and wars.

Earth's cooling, rigidity, outer layer, and lithosphere are divided into huge plates along separate boundaries. What are these sections? What does the boundary represent? Discussant: Robert Butler, a geophysicist at the University of Portland, Oregon, and Wendy Bohon, an informal education specialist at IRIS How do structural plates move relative to each other? Geologists classify different types of structural plate boundaries by moving them relative to each other. There are mainly three types at the plate boundary. Convergence, divergence, and transformation. On different boundaries, the construction plates are far apart from each other. The structural plates move toward one another at the convergence boundary. At the boundary of the deformed plate, the structural plates move relative to each other. Earthquakes can occur at any of these plate boundaries In a slab configuration, the divergent boundary or divergent slab boundary (also called construction boundary or extended boundary) is a linear feature that exists between two structural plates that are separated from one another. Different boundaries within the continent will initially crack, which eventually will be Rift Valley. The most active diverging plate boundary appears between oceanic plates and exists as a mid ridge. Because the boundaries forming volcanic islands are also different, removing the plate creates a gap between the lava lava and the filling. Map of Earth's tectonic plate showing different boundary types for different colors. The position where the board collides (convergence boundary) is displayed in red. The position where the plate diffuses (divergent boundary) is indicated in yellow. Also, the position where the plates slide each other is displayed in orange. The map was created by the National Park Service In a slab structure, the convergence boundary, also known as a destructive slab boundary, is the living deformation area where two or more structural plates or lithospheric fragments are near the end of their lifecycle. This is in contrast to structural plate boundaries (also known as mid-ocean ridges or diffusion centers). Due to pressure, friction and melting of the sheet in the mantle, earthquakes and volcanoes are common near the destructive boundary where a subduction zone or a continental impact zone occurs (depending on the nature of the plate involved). The subducting plate of the subduction zone is usually the oceanic crust and moves under another plate. The plate is made of ocean or continental crust. During the collision between two continental plates, a large mountain such as the Himalayas is formed. In other areas, there may be different boundaries and deformation defects.

The volcanic eruption of "Vesuvius Eruption" (1835) of Vesuvius Pesce is a combination of the silver hydration of the moon and hot red lava flowing through the hillside. During Peter's generation he was not the only person to portray the famous Vesuvius Volcano, but Derby's Joseph Wright also painted 30 volcano paintings. This work is currently in the Nelson Atkins Museum of Art. This piece is oil on the panel, the frame is beautifully designed, and the edge is hung on one wall of the room with a one dimensional view. The conical shape known as Vesuvio began to grow at the crater of Sonma Mountain Volcano that last erupted about 17000 years ago. Most of the rocks ejected from Mount Vesuvi are andesite, medium scale volcanic rock (about 53-63% silica). An andesite lava causes explosive eruption on various scales, making Mount Vesuvius a particularly dangerous and unpredictable volcano. Stromboli type volcanic eruption (magma burst of magma in volcano duct), lava flow and side crack are relatively small. The Prinny volcanic eruption (gas from a huge explosion, the pillars of ash and rock can rise up to tens of kilometers in the atmosphere) has a larger range, with an enormous ash and volcano, the entire ancient city near Mount Vesuvius Debris flow Vesuvius is now quiet, there are only small earthquakes (earthquakes) and volcanic holes in the crater of the summit but there is a possibility that the future will regain further violence in the future. In the year 79 AD, the town of Rome of Pompeii and Herculaneum was buried beneath the layer of ash and volcanic ash with the eruption of Vesuvius Volcano. This is a model of the eruption of Plinim. Since then, Mount Vesuvius erupted several times. The last eruption was in 1944, when they advanced in Italy they brought problems to the Allies. It is a report of Pliny the Young that scientists led Vesuvius eruptions to be called "principals". The Phratomagmatic explosion is an eruption caused by the interaction between water and magma. When magma is in contact with water they are caused by thermal shrinkage (as opposed to magmatic eruptions caused by thermal expansion). The temperature difference between the two causes the interaction of fountains and lava that make up the volcanic eruption. Due to the difference of the eruption mechanism, the magmatic eruption product has a more uniform shape and finer grain size, it is thought to be finer than magmatic eruption products.

Disasters can be either natural or artificial. Artificial disasters may be intentional (eg, vandalism or terrorism) or unintentional (ie, accidental such as destruction of a man-made dam). The weather may not be the only disaster. They may include other forms of human expression such as internet threats or theft. Natural disasters are major adverse events caused by natural disasters on the earth. Examples of natural disasters include floods, tsunami, tornadoes, hurricanes / cyclones, volcanic eruptions, earthquakes, heat waves, landslides and so on. Other types of disasters include cosmic scenarios than asteroids hit the Earth. Artificial disasters are not natural disasters caused by natural disasters but are disasters caused by human-induced disasters (threats caused by human intention, negligence or error, or artificial systems). Artificial harm and disasters are sometimes called artificial disasters. On December 26, 2004, one of the worst natural disasters in history hit Southeast Asia. The strongest earthquake in the last 40 years hit the whole Indian Ocean. A huge earthquake of magnitude 3 occurred on the west coast of Sumatra in Indonesia and hit many coastal areas including Thailand, India, Sri Lanka, Maldives, Malaysia, Myanmar, Bangladesh, Indonesia. The official number of deaths due to the tsunami of Boxing Day in the affected countries is about 230,000, or is still missing. Disaster literature usually begins with a clear distinction between nature and human affairs. The former includes hydro-meteorological disasters (hurricanes, floods, droughts, etc.) and geophysical disasters (earthquakes, volcanic eruptions, tsunamis, etc.). Traditionally, the latter is labor accident and war. However, disasters are often not a simple dichotomy, but a continuum between natural and artificial poles. This intermediate terrain is common to many disasters for two reasons. The first is physical interaction. For example, if a hurricane destroys industrial facilities, causing oil spills and release of toxic chemicals, this disaster is accompanied by both natural and human factors. The second reason is to filter the social structure of disaster vulnerability. With the words of George Orwell, when disasters occur, some people will be more equal than others. In Hurricane Katrina, an estimated 100,000 to 300,000 people may ultimately be deprived of permanent residence. Due to the strong storm, the labor market was devastated in eight parishes and supported the employment of 617,300 people (Randolph 2005, 1 A).

UTTARAKHAND Case Study of Disaster The state of Uttarakhand is highly covered by the Himalayas including the Himadri Mountains and the Shivalik Mountain Range. Many natural disasters, such as landslides and floods, are likely to occur in the state because there are so many mountainous areas. Also, since the whole area of ​​Uttarakhand State is classified as Earthquake Zone IV, large earthquakes are likely to occur. In the hilly land of Uttarakhand State, several large and small rivers began. The two major rivers, the Ganga River and the Yamuna River, originate from the upstream of the Gangotri glacier and Yamunotri glacier, respectively. India is facing many disasters such as floods, earthquakes, hurricanes, tsunami, droughts, landslides. Recent disasters in India include the floods in Uttarakhand State, the hurricane "vardah" in Chennai, the repeated earthquake in northern India, the Super Cyclone in Orissa State in 1999, the Phuket in Gujarat Province in 2001, and so on. In 2005, the earthquake, the 2004 tsunami, the Mumbai - Gujarat Province were flooded. In addition, India had to suffer from technical tragedy in the form of Bhopal's natural gas tragedy in 1984. India also faces plague in Gujarat In the past four days, Uttarakhand was a scene of horror and shocking human tragedy. For millions of people visiting Uttarakhand for pilgrimage and seeing what we are currently watching on TV, they are scared, so for many in India this is also a disaster. The extent of damage caused by the flood is not clear, but it is certainly big. Most importantly, the loss of personnel and the destruction of public and private property is plaguing the inhabitants for many years. It is estimated that hundreds of people are currently losing their lives and possibly reaching over thousands. Such disasters require quick and thorough rescue and rescue activities. Most people believe that military and state officials are doing a fine job for this purpose. Recently, the Uttarakhand Disaster Relief Working Group of Bangalore National Institute of Mental Health Neuroscience reported in 2013 that mental health infrastructure and human resources are seriously inadequate. It is also worth noting that in the community there is no treatment for poisoning or addiction rehabilitation centers in Uttarakhand state. As a result, the Disaster Relief Team submitted a report to the Government of India and implemented a national mental health program to improve mental health infrastructure in at least four disaster areas in Uttarakhand State. Therefore, mental health professionals play an important role in all forms, from providing care, training, advocacy, rehabilitation to the hands of other disaster relief personnel.

Appeal of mistaken trousers and clay mission: Take "wrong pants" as an example to show how text communicates with audiences and evaluates appeal of creation. I will study how clay makers and screen writers talk about how Wallace and Gromit used communication to conquer "wrong trousers". Nick Parker created Wallace and Gromit as a clay figure, not only made it look more realistic than manga, it also made it interesting. Max Fleischer and his collaborator Roland Crandall are known for using cell animation away from clay. Perhaps it was Art Cloqueke that revived clay in an innovative movie based on clay animation of stop motion animation through the movie "Gumby" (1955). The word Claymation was written by Will Vinton. WillVinton has created Oscar-winning works such as "Closed Monday", followed by Leo Tolstoy's "Martin the Cobbler", Washington Irwing's "Rip Van Winkle", "Little Prince". Joan Gatz worked with clay movie "A Claymation Christmas Celebration" with Vinton and Oscar winning work "Mona Lisa Descending a Staircase" (1992). Typical works of Vinton include "Mark Twain's Adventure" and "Oz Return". Vinton was superior in American commercials and helped clay reach the new heights of invention and complexity In 1985, Satan invited three people, Tom Sawyer, Huck Finn, Becky Thatcher, and adopted the scene of the Clay movie 'Mark Twain's Adventure'. He can freely express things. He invited them to build clay figurines to make them lively and put in a small kingdom. Satan expressed curiosity, and when clay people showed mutual imminent and atrocious, they struggled with their creation. He proved that humans are useless and insignificant, causing plague and natural disasters, destroying small communities, filling ruins with earthquakes, and swallowing wild plants so that people live in the clay they once lived did. Finn said, "You have murdered them!" The scene also quotes the last line of Satan. He looks like a man with no head, with a mask on top of his head.

Pakistan villagers' living Pakistan's Islamic Republic is a Muslim nation that acquired freedom from India in 1947. Sixty percent of the population lives in the village. Farmers and livestock farmers are employed in nearby towns and towns. For example, traditional customs have a great impact on the lives of rural areas in Pakistan. For example, men have more social freedom than women. Women avoid contact with men other than their families and veil the face in front of strangers. In the village, families' houses are densely packed along narrow alleys, sharing a sink and pool of puddles to wash clothes and feed water to vegetables and livestock. Samina Baig is basically from the village of Shimshhal in Hunza Gojal Gilgit Baltistan, Pakistan. She was born on September 19, 1990. She is a highland climber in Pakistan. She is the only Pakistani woman who climbs to Everest is the third Pakistani woman. She was also the youngest Muslim woman to climb Mount Everest and she did it when she was 21 years old. She succeeded with hard work, a firm decision, and a true attitude. She still maintains good equipment after spiritual preparation. She has been doing professional climbing since 2009. The evacuated children in Pakistan are learning English as a second language. Pakistani children who evacuated Dewan Tent village attend school in Muzaffarabad in Pakistan. In the third grade, children use English as the second language. The United States participates in the multinational aid and support led by the Pakistan government to provide aid to the victims of devastating earthquakes that hit this area on 8th October 2005. US Navy photographer Matt 2nd place Eric S. Powell Lilith, Ajarak, Kess, and Hadar ubiquitous in the body of men and women in Pakistan live, live and work in fields, villages and towns, Pakistani art is always the tradition of life and breathing, curiosity is It is not downgraded to museums and museums. Gallery However, in the new Millennium, I thought that a familiar young designer grew up with these fabrics at home and abroad, led them to new cities and international markets both in and outside of the country, and to support and preserve the crafts. Rapid industrialization and mass production threaten the tradition of craftsmen

Hurricane is one of the most deadly and expensive natural disasters. It is more strange in some places, as it is more common in rainy weather and humid weather. But in these places people are thinking them very seriously, as hurricanes are the standard, people kill people and destroy countless wealth. Hurricanes can kill people, make them homeless, orphan children, or disable them. On the West Coast and elsewhere in the United States, hurricanes are less severe than other more common disasters such as earthquakes and volcanoes, but hurricanes are more destructive to both. Hurricane ~ It is not just a little wind, just rain, but a deadly force - a hurricane. She is the main from Florida, the intense wind to destructive power - hurricane. Release her anger, she will not suppress that terrible power - a hurricane. Because you have no interest, you can not stop her power so evacuation and escape - cruel drought under the scorching sun - died, giant sun flames burned higher. The water tower is completely dry and the dust blown by the wind darkens in the day. The plants withered and died in the hot air, he just laughed, he did not care. The rain stopped, yes, she got lost. Sky, once she was blue, now it is gray. The wind turns mountains into desert deserts, and lazy clouds do not reach out. It dies in a hot sun's flame, and a huge sun's flame burns higher. ~ Bjf © Hurricane Katrina Hurricane Katrina is one of the most deadly American hurricanes ever. Hurricane Katrina began with other hurricanes. Because the warm moisture from the surface of the ocean and the air formed a storm cloud and it was moved by a strong strong wind until it became a powerful storm. Hurricane Katrina was formed in the Bahamas on August 23, 2005, occurred as a moderate level 1 hurricane in southern Florida, and in the United States that caused deaths and floods when Hurricane Sandy occurred in October 2012 A devastating travel meteorologist to the East Coast of the East knew that the storm was unparalleled in terms of the possibility of damage and death. After Hurricane Katrina, people are very aware of the absolute power that hurricanes can produce.

The student who wants to explain why and how it works is a science professor's dream student. It is therefore meaningful to enhance the basic characteristics of students through the structure of the first few steps of the science building. A corridor of a scientific building evokes this scientific marvel and rational thought through its systematic design which consists of Foucault pendulum whose design is the center. Foucault's pendulum was named after French physicist Jean Foucault. There are double-pendulum pendulum, Foucault pendulum, torsional pendulum, etc. in the kind of pendulum. Double pendulums are used to record the irregular rotation of the earth and detect earthquakes. Foucault pendulum invented by French physicist Leon Foucault is used to indicate the rotation of the earth. Torsion is not a strict pendulum, but because it does not shake by gravity, it is usually used for timing such as adjusting the movement of the watch. In 1851, Jean BernardLéon Foucault showed that the pendulum surface of a pendulum like a gyroscope tends to remain the same regardless of the pivoting motion that can be used to prove the rotation of the earth. . He can hang the pendulum from the dome of the Pantheon in Paris and freely swing two dimensions (later called Foucault pendulum). The length of the rope is 67 meters (220 feet). As the pendulum starts moving, you can see that the oscillating plane rotates clockwise or rotates 360 ° in about 32 hours. This is the first demonstration of the rotation of the earth without relying on astronomical observations, Foucault pendulum was exhibited in many cities, attracted many spectators, so "Pendulum fanaticism" happened. 3 Use a special pendulum called Foucault pendulum to prove that the earth is spinning. The Earth is known to rotate about its axis, but Foucault pendulum is the earliest evident evidence of this concept. To reproduce it, you need a large pendulum that is at least 16 feet long and weighs more than 25 pounds to minimize external factors such as wind and friction.

I volunteered in Viva House for service research. I am planning to go nearly three months on Wednesday every week. I have been there, but I can see for myself how poverty and crime will affect people in Baltimore. While studying at Loyola, I had never felt poverty and frustration in a certain area of ​​Baltimore, but the volunteer service at Viva House opened my eyes and the face of the people living in these areas of Baltimore I realized the reality. . I noticed that most of the teaching materials gradually taught in the classroom worked in Vivahouse and its surrounding areas. In this summer in Guatemala, I learned about my same name, aunt Kathleen Ann Jones, and time in her teenager in Latin America. I learned about my father's experience of looking down on poverty. I learned about my grandfather's research on Latin American culture. I spend time on people with little material, but they are happier than the wealthiest people in America. And perhaps most importantly, I learned how to listen to my heart and God's voice and experience true freedom, not fear. I thought that it would take a call when I was about to begin a volunteer work in Armenia at a remote location that was hit by poverty and devastating earthquakes at the age of 16. I feel very satisfied with helping people in this remote place. I was in good standing among the world's leading donor agencies with high salary, praise from friends and family during my 20s. I travel with people all over the world and work with wonderful people. The infinite gap at the airport behind my laptop and the discomfort of the traveler are considered challenging and thoughtful to me. True sense of accomplishment. People in the aid industry will tell you to live for these moments. But with a warm handshake, I feel very uncomfortable and outdated.

Lost victim In this semester female study 101, we have repeatedly tried to understand that groups of women's experiences are very different from the experiences of other groups. These experiences vary depending on generation, race, class, and even the gap between the passages. I noticed that it is an example of "feminism" discussed in the first half of this semester. My woman's experience has received a lot of evacuation centers. I grew up in a young, fair, little diversity community with free middle-class parents. The majority of the police work is to find victims of disappearance, even if there are no kidnapped or missing people missing. In the case of search and rescue, you can train the dog to find the dead bodies of live victims and deaths. They can find ruins after catastrophic explosions, earthquakes and other disasters. They can cover many miles of forests, find lost hikers and people buried behind avalanche, even even place the remains of the victims under the sea and lake. The ability of a dog to cover a wide range in a relatively short period of time provides a great resource for finding a victim. Human searchers play an important role that can not be replaced, but search dogs and rescue dogs can work with their own precision. ● Victim compensation. (Not to eliminate large-scale victims such as victims of violent crime) (To be a victim of loss days, medical expenses etc.) Victim's request should be expanded through the development of a new system . Compensation plans need to be funded and promoted by governments of all levels. ● Financial support for the rape crisis center and the victim witness unit must be increased in order to propose the victims' first victims to satisfy the huge demand for services. The local program can mobilize resources by linking to the National Political Behavior Committee (PAC) and the organization (such as National Women's Organization and Women's Voter Alliance).

Moving from one place to another is almost necessary for all creatures. It will happen whether it is sliding, walking, jumping, crawling, or flying. Humans like to move quickly from one place to another without working. This is the reason why humans avoid running in general. There are often some unfavorable expressions, like "I think I have to run", quoting frown faces and sighs. The positive aspect of running is enough to diligence laziness. Development Displacement - This category includes people who were forced to migrate as a result of policies and projects implemented to implement "enhanced" development. People who evacuated in this manner are sometimes called "detainees", "inadvertent evacuation", or "unwilling third country settlements". Evacuation due to the environment and disasters - Also called "environmental refugees" or "disaster refugees", most people who evacuated due to environmental factors and disasters will not leave their house boundaries. This category includes people evacuated by natural disasters (floods, volcanoes, landslides, earthquakes), environmental changes (deforestation, desertification, land degradation, global warming), human injuries (industrial accidents, radiation) Yes. Forced relocation is a general term that refers to the evacuation of refugees and internally displaced people (those who evacuated in the country of origin) and people evacuated by natural disasters or environmental disasters, chemical or nuclear disasters, famine or development projects " Development "When the policies and projects implemented as a result of the promotion of efforts are forced to migrate, the transfer caused by development will occur. Examples include large-scale infrastructure projects such as dams, roads, harbors and airports, urban cleanup activities, mining and deforestation, the introduction of protected parks / protected areas and biosphere projects. "The two forms of domestic evacuation to major issues in Asia are evacuation by conflict and development evacuation, in fact they are often connected.The compulsory evacuation arising from development policies and projects is often in society In terms of land and resources, in particular, it directly leads to evacuation caused by conflict Regardless of civil, political, economic, social or cultural human rights abuses are often of two types It involves evacuation.

History and symbol of Pesaque festival About 3,000 years ago, Israeli people living in Egypt were accused of all the troubles of the country. They were enslaved by Pharaoh and forced to build palaces and buildings for him under the whip. This situation continued for days, one day, Herod was thrown down and afraid that one baby survived, threw all Israeli babies into the river. He came up to the pharaohs palace on the branch of the Nile River bamboo basket. A month later, on the 15th day of Nissan, the Jewish Passover Festival ("Pézac" in Hebrew) started. Historically, this is the first of three festivals, commemorating the slavery of the Israelites who fled from Egypt, as stated in Exodus and all the miracles associated with this case . (One of the miracles is that at the end of 10 epidemics, the angel of death "passed" the Israeli house, this is the name when I killed the Egyptian's first born son. Celebration of Spring and the Resurrection of the Jews Leviticus 23:16, the Israelites were told Passover to arrive at the beginning of the next festival in 7 to 50 days (Passover Festival). The festival is called Shavuot (festival) in Hebrew, but today many Jews and most Christians view it as Pentecost. By the way, this is a transliteration of Pentecost in Greece, it is just the 50th day. Pentecost is a festival commemorating tora's donation at Mount Sinai. In Exodus the Jews were said to have heard the voice of the Lord directly for the first time. As they approached the mountains, they were welcomed by lightning, lightning, flames and smoke, small explosions and earthquakes. The power of the Lord can not be stopped, and people are afraid. Here, the God of the universe tells the Jews his law (Genesis - German); through them and through all humanity, who it is and what is necessary for him I tell him what he is.

These are all anxious times, people are unemployed, earthquakes occur around the world, and the weather patterns are strange. As a result, it seems that a new country is outbreaking in the riot every day. Effective communication is necessary for the ability of people to organize into civilizations beyond animals. Of course, our society has many modern conveniences, mobile phones and internet are in our hands. But what happens when the communication network on which these people depend on is overloaded or destroyed? Transfer - If all other methods fail and the destination is a regulated airport requiring wireless communication, go to the airport where you can get off without using the radio and go through the final decision Continue your radio through the radio store Please check the destination of. It was a wise decision of the time to fly through the signal area before entering circuit / mode. Direction signs: Indicates the name of the taxiway coming out of the intersection and the arrow indicating the approximate direction required to align the aircraft on the navigated street. They are in front of the intersection, usually on the left side, and there are normal position markers. There is a black inscription on a yellow background Although the HAM radio system is one of the most reliable forms of communication available, radio signals are generally not used for direct communication between individuals or groups. HAM is also technically difficult to learn, but there is little power required to transmit the signal. In any case, HAM is not a mainstream communication technology. In general, radios are stable since the invention and are the first communication format popularized to convey local news, information and music in the 1920s. Car radio and home radio are in the form of executable and popular broadcasting information and entertainment for local and nationwide viewers. Normally, wireless communication is one-way, with news, music, talk shows, advertisements and other programs mixed. Radio is still being broadcast on radio frequency, streaming broadcasting is also a popular form of entertainment.

National response plan The national response framework is designed to help municipalities, states, and federal governments develop capabilities and identify resources based on risk identification and risk assessment. It outlines the operational structure and identifies key roles and responsibilities. Regardless of size, we build a framework that determines functions based on resources and current situation. It integrates the organizational structure and standardizes how national plans of all levels respond to accidents. Comment: The national response plan supersedes the national response plan, but the Department of Homeland Security currently has 15 plan options. These planning options are mainly based on catastrophic incidents. Scenario 10 is a major hurricane such as Hurricane Katrina. Other planning options include disasters such as major earthquakes and nuclear and biological attacks. In the domestic catastrophic case, the US Northern Headquarters (NORTHCOM) is the Department of Defense Department of Defense that leads the Federal Department of Defense (DSCA). Since the announcement of our report, Northcom developed and refined its DSCA program and participated in several exercises based on 15 Homeland Security Project Program. These exercises, including citizen regimes at all levels of government, help to clarify the positive role the military should play in catastrophic cases. Better plan and practice needed to guide military response to catastrophic natural disasters • FEMA is a major catastrophe disaster that improves responsiveness and complements national response plan / framework (NRP / NRF), National Accident Management System (NIMS), and federal, state, and local planning activities We have developed a planning program. Notification events and non notification events of the program are organized by DHS and FEMA, and its federal, state, and regional agencies to ensure proper, prompt, effective, and efficient response and recovery to protect health and safety It reflects the important steps taken by the partner. And to restore the infrastructure as much as possible after population happiness, and devastating affair. FEMA's catastrophic disaster response planning program currently covers four specific geographic areas. South Eastern Louisiana, 8 New Madrid Seismic Zones (NMSZ), Florida State and California State

Crisis intervention and prevention in the field of counseling are on the rise. Although there are various approaches to crisis intervention and prevention, each crisis is different and each agency usually adopts a different approach in crisis situations. In this article, we will explore various strategies in crisis intervention and prevention practice, centering on intervention and prevention of disaster and suicide crisis. Crisis interventions should be organized and properly planned so that they function in critical situations. Crisis intervention differs from other counseling interventions in that it focuses on short-term strategies to prevent damage during and after trauma experience. After crisis counseling, counseling is usually provided to improve client mental health and personal well-being in the long term. In response to this crisis, emergency services address a variety of psychological and social issues. The problem can occur over time or suddenly. When people are facing a crisis, they may encounter a range of psychological and physical symptoms as well as changes in their relationships and customs. Several problems are emergencies, requiring emergency intervention and stability, but others are not emergencies. Many people may need urgent and need to be noticed within 3 days. Qualified emergency and crisis intervention experts can evaluate the crisis and make recommendations on necessary steps. Crisis intervention and prevention in the field of counseling are on the rise. Although there are various approaches to crisis intervention and prevention, each crisis is different and each agency usually adopts a different approach in crisis situations. In this article, we will explore various strategies in crisis intervention and prevention practice, centering on intervention and prevention of disaster and suicide crisis. - Earthquakes: A series of vibrations induced in the crust by sudden rupture or rock bouncing, elastic strains slowly accumulate there; some very destructive things; drastic changes (Shravan) . Tsunami: An abnormally large wave (Suraban) due to a tsunami or submarine volcanic eruption

Voltaire once said, "In all religions, Christianity should inspire most tolerance, but so far Christians have not been most tolerant of all men." That's true. Catholics have ten commandments, one of which is "you can not kill." As long as you obey the commandments, you can guarantee a one-way ticket to heaven. But if they allow the Catholic Church and the Pope to kill or punish thousands of innocent people, they have their own belief not to follow the Catholic faith. Voltaire is the author of the novel Candide, also known as "optimism". The novel "Voltaire" represents a concept of illogical and absurd optimism. In Candide, Voltaire respected the idea of ​​optimism. It was widely used by philosophers during enlightenment. In this story, Candid is a young man experienced a series of career and adventure experiencing adversity and adversity worldwide. During his journey, Candid retained the teachings of his mentor Pangloss. "Candide or Optimism" translated into romantic Voltaire by enlightenment poetry "Candide" was written in Age of Enlightenment. Voltaire's story was published in "Norton Western Literature Collection". The role of Voltaire Panglos is a philosopher who teaches the Almighty God who created the world. Pangloss said that the world must be of God, because he is the only Holy Creator. Pangolss is also a mentor of Candide, the protagonist of the novel. Honest people are kind, but he felt desperately in his life. Philosopher of enlightenment, especially Voltaire, wrote an article about the case. Voltaire used an earthquake with "Candide" and his "poetry of Lisbon" ("Lisbon Disaster Poetry"). In "Candide" (1759), Voltaire said, "After three quarters of Lisbon 's cities have been destroyed, and the country' s saints are no more effective to protect the kingdom from complete destruction There is no way to believe that there is no way to entertain people in an automated way (by Portuguese as a "faith action", Catholic Inquisition ritual, usually by burning a pile), slowly Through the fire as it was, the Great Ceremony is a perfect precaution against earthquakes, burning some people. "

When people think about drought, they will consider the short-term impact of the economy, but many people do not think drought will have a long-term impact on the economy. In addition to affecting the community and something, droughts can invalidate or damage the entire food chain, and ultimately it can cause serious problems for people around the United States. The focus of this white paper is the 2012 drought and its impact on the United States. Disasters such as climate, weather, floods, droughts, hurricanes, tsunamis and other floods are the most natural disasters in the world, affecting the population more than any other types of natural disasters. Due to floods, storms, droughts and extreme temperatures, about 600,000 people died, more than 3 billion people attacked and economic losses of about $ 2 trillion occurred in the 20 years from 1994 to 2013. In the past 40 years, the reported hydrological meteorological disaster has increased almost 5 times from the 750 incidents between 1971 and 1980 to 3,500 incidents between 2000 and 2010 did. Certainly, some natural disasters are inevitable. There are no places on earth that can withstand any natural disasters such as earthquakes, floods, hurricanes, tornadoes, snowstorms, droughts, etc. But when we say disaster is a natural disaster, it minimizes the impact of removing any obstacles to us. It allows us to avoid planning the danger and to pretend to be inevitable a bad clash between man and the power of nature. Houston has a long flood legacy, but there is no flood evacuation place. Even though it is impossible to evacuate big cities, dividing cities into regions based on historical flood patterns solves a few problems. People in low-risk areas can stay and people in high-risk areas can evacuate themselves. Even during Harvey, Houston did not unify the flood

GFSR is an online information center that provides reliable food safety solutions and expertise to food companies involved in the world's supply chain. GFSR is promoting best practices for food safety from farm to dining in all areas of the food industry As food supply becomes more and more global, there is an urgent need to strengthen the food safety system among all countries and between. The WHO is working with countries to help establish a network of food safety authorities to promote exchange of food safety information and to improve cooperation among food safety authorities at national and international level. In addition, WHO advocates for integration into national disaster prevention plan of food safety and emergency situation. Access to safe water and high quality food is a major problem between floods, earthquakes and other natural disasters. Foods in disaster areas are polluted and may cause food poisoning. Food safety standards are based on sound scientific principles, as each country can not rely solely on its own food safety management system in a worldwide interdependent food safety environment, focusing on actual public health risk We have to adjust. so. The recent increase in the number of food safety incidents worldwide has led to a shift in the way food safety management is implemented. The focus of regulatory work is to use risk assessment tools to drive food safety policies and standards away from management based on defined results. New risk management approaches based on concepts such as food safety goals and performance targets are being developed. With these methods, the food industry can achieve specific goals by applying key principles of healthcare code (GHP) and hazard analysis. Control point (HACCP)

How much does structureism influence literary criticism? Since the middle of the 20th century, the rise of structuralism methodology in literary theory has created transformation of earthquakes, opened text research, cultural research, contributed to the development of post structuralism, feminism, post colonialism. Structuralism contested the idea of ​​political separation of text. It was reflected in the dominant new / practical criticism of those days. It strengthens the challenge of the classical tradition of Leavisite that has been attacked by feminist writers and encourages the development of other critical theories that fundamentally influenced literary research. Structuralistic literary criticism believes that "literary theater drama" can exist only in a new structure, but it is not only in the detail of the sound expressing character development and structure. Literary structuralism is the initiative of Vladimir Prop, Al Gildas Julian Greymas, Claude Levi-Strauss, searching for basic deep elements from stories, myths, and recent anecdotes, making a lot of your version It creates. Your myth Structuralism etc. - are always influenced by contemporary secular literary criticism. This affected various forms of Biblical interpretation, most of them duplicating in a way that violates the proper classification. However, modern literary methods have certain general features that are clearly marked from historical criticism. 17 First, historical critique tries to establish the history of the current sentences, pay attention to fragmentation and contradiction of existing sources, and therefore attempt to reconstruct the traditional history behind the sentences. Literary criticism, regardless of its history and source, tends to make the (finalistic) text the final form; and it is particularly useful when it sees the various elements related to the whole as a continuum It serves as a unified unity of the place (co-time system)

Pinatubo's hunger slept quietly for several years and Mount Pinatubo woke up from a cursed nightmare last year. Hungry and noisy volcanic eruptions, frightened farmers, they planted crops in mountain curves, scientists, volcanologists, they study day and night, come up with possible solutions, and of course thousands of people live Valley around the Pinatubo volcano and lowland. Mount Pinatubo is a volcano with a height of 5770 feet and is located in the Philippines along coordinates 15 oN, 1200 E. Pinatubo volcano erupted on July 15 was the second most intense volcanic activity in the 1980s. As a result, about 20 million tons of volcanic debris were released, in fact more than 200,000 acres of land were destroyed, causing serious injuries and losses. This includes the death of more than 700 people and the destruction of more than 200,000 families. Jakov (2003) Pinatubo's hunger slept quietly for several years and Mount Pinatubo woke up from a cursed nightmare last year. - Creating a wet slide Purpose: The purpose of this laboratory experiment was to learn how to create a wet slide and observe it under a microscope. Materials: Materials used in laboratory experiments are ... 1. Microscope 2. Microscope slide 3. Cover 4. Newspaper 5. Scissors 6. Medical dropper 7. Water 8. Tweezers: The procedure followed this experiment. .. 1 Major volcanic events occurring in the circle of fire since 1800 are Mount Tambora (1815), Krakatoa (1883), Novarupta (1912), Mount St. Helens (1980), Ruiz Mountain (1985) and Pinatubo Volcano (1991). Fire Ring is behind several of the history's greatest earthquakes, including the Chile earthquake in 1960, the Alaska earthquake in 1964, the Chile earthquake in 2010, the Japanese earthquake in 2011, and the 2011 earthquake . Occurrence of devastating Indian Ocean tsunami in 2004

There are many predictions about when the world will end or how to end, but nobody believes it or even if they are true or not. This time it is true, you must believe it. Information to support Maya forecast is increasing. According to Maya's calculation, the longest calendar can only last until 21th December 2009. It takes a long time to go round the calendar. The longest cycle will take 26,000 years and the shortest cycle will cost 5000 years. Most people think of Maya thinking of the forecast for the end of 2012. As predicted by Maya's calendar, everyone knows that the 2012 movie depicts the end of the world. Many people do not know that Maya has created three calendars, Long Count, Tzolk'in, and Haab. These are represented differently in glyphs and photographs used in everyday life. Maya's time is very different from our time today. Maya may not have invented First, it is based on the end of the Mayan calendar, which Maya says that someone must start another set of calendar cycles. According to the Georgian period calendar that I am using today, basically 2012 is an anniversary created by the myth of Maya. Please forgive this obvious question. But why are Maya plans for thousands of years after the end of the world? It is somewhat similar to planning for dinner. Because you will be hit by a runaway truck on the highway while you work on the same morning. Remember that all the horrific predictions about polar reversal, astronomical placement and construction, volcanic activity are just a series of natural cycles, drawing them singularly as sinister. We always do earthquakes, volcanism, our planet will always be consistent with something. What is our brown dwarf in the solar system?

Natural disaster affecting the Australian community Hurricane geography catalog - Page directory page number Title 1 Table of Contents 2 Q 1, Q 2, Q 3 3 Q 4, Q 5 4 Q 6 5 References 6 Stimulating substances 7 Stimulating substances 8 Natural disasters in the Australian community - Cyclone Q1. Identify the type of natural disaster you choose. The natural disaster I chose was a cyclone, also known as the American hurricane and the Asian typhoon. Q2. Please describe the physical geographical process related to the hazard in detail. Despite the term "nature", natural disasters have human involvement. A physical event that does not affect humans like a volcanic eruption is a natural phenomenon, but it is not a natural disaster. Natural phenomena occurring in densely populated areas is a dangerous event. A dangerous event that causes an unacceptably large number of deceased or overwhelming property loss is a natural disaster. Natural phenomena do not pose danger and cause disasters in areas where people are not interested. Therefore, this definition contradicts the recognition of natural disasters. Natural disasters are inevitable damage caused by unlimited natural forces. It shifts the burden of cause from a purely natural process to the simultaneous existence of human activity and natural events. Natural disasters are natural phenomena that have catastrophic effects on humans. These phenomena existed before human beings appeared. The dangerous aspect of these natural phenomena is the effect of this phenomenon on the population of the area affected by this phenomenon. In this article we will analyze the impact of human activities on these natural disasters. Some human activities can exacerbate factors that cause natural disasters, such as the effects of excessive unplanned logging on floods and droughts. For example, if you build a dam in an area where earthquakes are prone to occur, a flash flood or landslide may occur if it explodes.

New Zealand is a dangerous place to live in New Zealand located in the southwestern part of the Pacific Ocean in southeastern Australia. This beautiful country has many highlands, huge rivers and mountains, steep, very jagged and glaciers. The volcanic eruption caused a large amount of ash in the North Island. It is because such natural disasters exist that make this mysterious country very dangerous. New Zealand is in the circle of fire. This is an area where earthquakes and volcanic eruptions occur frequently. New Zealand is one of the best countries in the world for its exquisite landscape and leading economy. New Zealand boasts excellent living standards, perfect climate and majestic terrain, making it an ideal place for many people. Thousands of people are visiting New Zealand to see what every year insists that many people are heaven. New Zealand is a dangerous place to live in New Zealand located in the southwestern part of the Pacific Ocean in southeastern Australia. This beautiful country has many highlands, huge rivers and mountains, steep, very jagged and glaciers. The volcanic eruption caused a large amount of ash in the North Island. It is because such natural disasters exist that make this mysterious country very dangerous. New Zealand is in the circle of fire. - The role of plate tectonics Plate tectonics helps to understand the three main elements of distribution of the world's major landscapes, distribution of natural disasters such as volcanoes and earthquakes, and distribution of mineral and energy supplies. There are seven main plates consisting of a narrow crust that forms the outer shell or outer layer of the earth. All of these plates are continuously moving in different directions Irish vs. New Zealand Live, Ireland v. New Zealand Full HD, Ireland v. New Zealand Full HD, Watch Irish vs. New Zealand Fall International Competition, Watch Fall Football Ireland vs. New Zealand Live, Ireland v. New Zealand Live, Irish v. New Zealand Live, 2016 Ireland vs. New Zealand Rugby Online HD TV Irish vs. New Zealand Live , Ireland vs. New Zealand Autumn Rugby Live, Ireland vs. New Zealand International Rugby Live Report, 2016 Irish v. New Zealand Live, Ireland v. New Zealand Internet, All Black vs Ireland vs. Rugby, International Watch Football All Black vs. Ireland, All Black vs Isle Land football game, all black team vs. Irish team, all black team vs. Irish international football game vs. all black team vs. Irish team, all of the football in the fall of 2016 Live New Zealand vs Ireland, New Zealand vs. Ireland Live TV, New Zealand vs. Ireland Live Android, Autumn Rugby New Zealand vs. Ireland live, live New Zealand vs Irish live, live black team and Irish team, all black versus Ireland, New Zealand versus Ireland, New Zealand versus Ireland i Pad to see New Zealand Ireland online, New Zealand, Ireland rugby game

According to Cormac McCarthy's book, The Road is an apocalyptic sequelae, earthquakes and wildfire occur frequently and it gets darker every day than the next day. The Road commanded by John Hillcoat is talking about a man (Viggo Mortenson) heading south and his brother (Kodi Smit-McPhee) to find food and goods. They often avoid ruthless gangs and refugees, including those who are constantly looking for food. Because their gun left only two bullets, his father's health weakened, and his wife often retreats, he must prepare for his son. My son always treats myself and claims to help other people they encounter, even if their supplies are limited. After confronting several dangers and some blessings, they brought it to the sea. My father passed quickly, my son met a group of children, and his age was pleased that they traveled together. Cormac McCarthy's Blood Meridian: McCarthy is honored to write The Road, the most influential book for me. I have never read anything close to success, which makes people uncomfortable. But the blood meridian may continue. Violence and corruption written in this book gave me indignation in my heart. I am convinced that I have never fainted as "Jesus ..." or "What ...". But this is very good In 2005, in an article titled "Red Planet", New Yorker 's critic James Wood said Cormac McCarthy is a "talented writer" and "the largest in American prose". One of Ham and his latest novel as 'important and streamlined thriller' - perhaps Wood's weaponry may not be deadly explaining more than 'not important'. He says that the book is sold to the producer Scott Rudin, so it may be easier to regard it as a script rather than a novel, that is, the book does not point to what it can recognize. The pulp thriller and the action movie have established the code of the story.The story itself is familiar with the movie.It is a wonderful movie.In fact, it made a wonderful movie, it may just be a confirmation of his prosecution not.

Clara Barton and the American Red Cross Clara Barton were born on December 25, 1821 in Oxford, Massachusetts. Clara is the youngest of the five middle-class children. She was educated at home until she was 15 years old. Clara Barton may be known for establishing the Red Cross, but there were only 2 years medical experience before the war. Clara obtained this experience by caring for her invalidity (a weak person due to injury or illness). Established by Clara Barton in 1881, the American Red Cross was an organization established before the war began. During the Second World War, the American Red Cross performed a series of important activities, including drawing blood for the medical needs of the military and families. The Red Cross organized 11 volunteer groups and carried out various activities during the war. Corps contain arts and skill troops, cafeteria troops, car troops, supplementary crops of volunteer nurses, captive rescue teams and victories In 1869 Clara Barton visited Geneva, Switzerland as a member of the International Red Cross. In 1880, the American Red Cross was founded. This is the climax of Burton's 10 year work. Until 1904 she served as the first president of the organization and continued the charitable tradition as a Cuban volunteer during the Spanish-American war. Clara Barton is the founder of the American Red Cross. Clara was born in Oxford, Massachusetts. She was the first woman to work as a staff member at the US Patent Office in Washington, DC. Some say that she is an angel on the battlefield. Claire Burton was born on December 25, 1821. She soon received the file of over 2,000 people. Clara learned that the Red Cross also helped civilians during earthquakes, hurricanes, floods. During the war, Clara used every penny she bought for her care. Even after today's world war and dozens of natural disasters, the good work of the American Red Cross is still the founder's life monument ... Clara Barton

Nash frequently condemns humans by destroying wounds of nature and the earth. This may be true, but Nash estimates the self-healing capabilities of the earth. Humans alone can not harm the earth. When you really think about it, the Earth has experienced many unruly natural disasters. According to activist Tim Haering, "The tsunami, floods, volcanoes, earthquakes, tornadoes, forest fires, and diseases are more than killing each other." The Earth has all these natural ways to destroy what hurt it I will cast a disaster. In 1967, Roderick Nash announced the "Wilderness and the American Heart" that became a classic text of early environmental history. In a speech by the American Historian Organization in 1969 (published in 1970), Nash used the expression "environmental history", 1972 was often considered the date of the first creation of a word. In 1959, Samuel P. Hayes' book, "The Gospel of Preservation and Efficiency: Progressive Protection Movement", 1890-1920, has greatly contributed to the political history of the United States, but now, in the field of environmental history in the field of environmental history It is also considered. Hayes is professor of history at the University of Pittsburgh. In historical literature on preservation, revolutionary work is the wilderness of Roderick Nash and American Mind (1967; 4 th Edition, New Haven: Yale University Press, 2001). First, Nash believes Americans believe that undeveloped forests and fields are wastelands. But by the mid-nineteenth century a few artists and writers began celebrating the undeveloped countryside as a source of romantic civilization and public pride. Then the rise of industrial cities and the closure of the border prompted people to appreciate seemingly original landscapes. The result was a series of preservation activities that ultimately passed the Wilderness Act of 1964. In order to track changes in thinking about the wilderness, Nash focused on pioneering thinkers such as Henry David Thoreau, John Muir, Aldolipoort. But he also considered mass culture and legislative struggle.

The American Red Cross The American Red Cross is a non-profit organization whose mission is to help people around the world to help make our world better. Since 1881, the American Red Cross supports American military families, providing disaster relief, health and safety training and services, and other endless services by blood. Clara Barton and some close colleagues founded the American Red Cross in Washington, DC. May 21, 1881. Clara Barton asked about the organization of the World Red Cross when he stayed in Europe after the end of the civil war. Established by Clara Barton in 1881, the American Red Cross was an organization established before the war began. During the Second World War, the American Red Cross performed a series of important activities, including drawing blood for the medical needs of the military and families. The Red Cross organized 11 volunteer groups and carried out various activities during the war. Corps contain arts and skill troops, cafeteria troops, car troops, supplementary crops of volunteer nurses, captive rescue teams and victories In 1869 Clara Barton visited Geneva, Switzerland as a member of the International Red Cross. In 1880, the American Red Cross was founded. This is the climax of Burton's 10 year work. Until 1904 she served as the first president of the organization and continued the charitable tradition as a Cuban volunteer during the Spanish-American war. Clara Barton is the founder of the American Red Cross. Clara was born in Oxford, Massachusetts. She was the first woman to work as a staff member at the US Patent Office in Washington, DC. Some say that she is an angel on the battlefield. Claire Burton was born on December 25, 1821. She soon received the file of over 2,000 people. Clara learned that the Red Cross also helped civilians during earthquakes, hurricanes, floods. During the war, Clara used every penny she bought for her care. Even after today's world war and dozens of natural disasters, the good work of the American Red Cross is still the founder's life monument ... Clara Barton

The tragic tragic story in literature represents the collapse of goods and the destruction of evil. Tragedy is a form of falling story. Autumn and tragedy change from good and evil to biological death, so it can be compared with the fallen seasons. Tragedy begins with "destruction of beauty", where good people are not destroyed by their own mistakes, this is "innocent death", the perfect figure matches the reality of life, forever It turns to 'Victory and Failure' task indicates either failure, triumph, or pain; 'Arrogance and death', one of the familiar persons is painful with pain The tragedy of Hamlet and King Edps' tragedy happens in various forms, such as earthquakes, tornadoes, hurricanes. On the other hand, when it comes to a tragedy in literature, it has quite different meaning. The size of tragedy in literature is smaller than earthquake, tornado, hurricane. In literature tragedies are about the terrible things that happen in their lives, usually in stories and dramas with people. - The killings of Hamlet, Richard II, Henry VIII, Henry VIII, Macbeth, the King of Julius Caesar are seen all over Shakespeare from Hamlet to Richard II, Henry VIII to Macbeth. They all include the core elements of the king like Julius Caesar and the head of the dictatorship. Shakespeare's superstition The tragedy of Julius Caesar is caused by people's first living on earth. Therefore, it played a major role in many classical literary works. One of the tragedies of Shakespeare, "The tragedy of Julius Caesar" is full of superstition and supernatural phenomenon. - Mark Twain's "Adventures of The Huckleberry Finn" focuses on slavery in the south. Twain further irritates the various institutions in the book, including religion. Twain emphasized superstition more than religion after all. Mark Twain highlighted that superstition is aimed at providing lower class protection, hope and moral growth. The superstitions that appear in the novel are in the protection of the hack and the gym.

Environmental Science The tsunami tsunami (soo-NAH-mee) is a series of waves that occur in the ocean or other large waters and is triggered by activities that replace a large amount of water. Tsunami is "Japanese wave". Earthquakes occurring on the ocean floor and coastal areas often cause tsunamis. Energy generated by the earthquake is transmitted through water. In the deep sea, the wave height is only 12 inches, so the energy of these seismic waves is hardly noticed. Tsunami table - The tsunami table is an early warning against areas that may be affected later by the tsunami. In the tsunami monitored area, the impact of the tsunami usually takes at least three hours. The watch will be upgraded to warnings or suggestions in subsequent messages or canceled depending on the severity of the tsunami. In order to gain more information on the threat of the tsunami, staff in the observation area must be cautious. Tsunami plan: Make a disaster plan. I know if you are in danger. Plan evacuation route. Please prepare a disaster kit for your home and car. First aid kit, canned food, can opener, bottled water, battery type radio, flashlight, protective clothing, instructions on how to cut electricity, gas, water supply are included What is a tsunami? The tsunami is very strong, long and waves are long. The tsunami brought a lot of sorrow and sorrow to the people who experienced the tsunami. The word tsunami comes from Japanese, which means seaport and wave. That word was discovered by fishermen returning to the harbor and they found that the harbor's perimeter was damaged, but they did not notice the waves in the ocean. Because there are 195 incidents in Japan, the tsunami is very common in Japanese history. The strength of the tsunami is absolutely horrible; the tsunami can completely destroy the city in just a few minutes. The Indian Ocean tsunami in 2004 was one of the most deadly tsunamis in history and destroyed many cities. Tsunami ... Read more

The epigenome tells us what our specific work for each cell is. This is why muscle cells know that skin cells are skin cells. After all, our genome completes the epigenome and conveys everything they do to them. The video of NOVA Science Now on epigenetics had a major impact on my epigenetic knowledge. This video helped me understand the composition of the epigenome. The epigenome is affected by two compounds, methyl and histone. DM: For me, there are lots of hype related to epigenetics. This is because there is evidence that the experience we got in life changed our epigenetic state and as a result these epigenetic states may be handed down to the next generation. This caused rumors of biologists. Because it is reminiscent of a former Darwinian biologist named Lamarck who believes that we will change our physical experience and will inherit these physical changes to our descendants. Evolution happened. Given the heightened expertise, an important new scientific field, epigenetics, was born. Epigenetics basically studies how environmental factors affect the expression of our genes. When biology became its own field in the 19th century from my medical and natural history, any biologist was able to master the whole field. Today, many geneticists will tell you that they do not have a real understanding of epigenetic discoveries. Researchers in genetics now know that individual DNA is essentially invariant, but a wide range of environmental factors may cause so-called epigenetic differences. Epigenetics affects which genes in an individual's genome can be turned on or off. Factors such as exercise, sleep, trauma, aging, stress, illness, and diet have been shown to have epigenetic effects, some of which can be taken over to the next generation. Dr. Siegel said that when the eggs divide, the genome of the same twin will also change, causing specific genes to be defective. In a pair of identical twin girls, one can experience a phenomenon called X chain inactivation. Because of this genetic influence, two identical Dionne earthquakes are color vision abnormalities

1. Young people are considered to be at a higher risk than adults. For insurance companies, people are in danger and more people will be charged for those who are more likely to participate in dangerous activities. The government requires at least $ 15,000. This is the payment of medical expenses, rehabilitation fees and funeral expenses for drivers and passengers. This may include attorneys' fees and losses related to other sufferings. The state needs insurance to ensure payment of damages and damages For High Fair Isaac Corp., the credit score ranges from 760 to 850, offering low interest rates and a flexible loan plan. For my mortgage, you also need to provide lenders with documentation on household expenses such as insurance and taxes. Income, employment, wages, bonuses are also important. The mortgage company wants to confirm that the house will be repaired when the house is damaged. Loans are investments that are not worth losing. The house should be insured for that exchange fee. Should include the average cost of the local building for the size, style, building quality of the place of residence Home owner insurance protects property from fire, leakage, robbery, falling objects. However, floods and earthquakes are not included. Flood insurance and earthquake insurance must be purchased separately, especially in areas with high flooding such as Austin and areas with earthquakes like California. 7. With compensation insurance you can freely select doctors and hospitals, but part of each invoice or self-contribution is overdue. It only covers illnesses and accidents, it does not apply to preventive care. A small amount of deductible amount (if any) is required for managed care, and self-payment is fixed and low. It usually includes preventive care, medicine and mental health care, but a limited number of doctors and hospitals are available. I do not want to limit the freedom to choose my health care, so the chances of passing insurance will increase. The policy provided by the lifelong policy is to pay a fixed amount at the time of death and the second part is the policy to establish the value of the company's investment. There is no investment part of regular insurance, it can last for a while. Because of its flexibility and low premium for young people I will purchase term insurance. 10. Disability insurance helps individuals with long-term disabilities. When obstacles interfere with their work, it keeps their income. 11. Risk includes the death of a parent with a dependent family. Without life insurance, children lose food and dwellings. Without health insurance, children can not pay medical expenses. In the case of a residential fire, insurance is not applied and all lost items are not compensated. Investment insurance can prevent these extreme consequences In the world where we live, it is essential to master or at least learn mathematics. We use mathematics to calculate personal finances and building projects, and do a routine chore of cooking and shopping. Engineering, high-tech, finance, and other demanding occupations require more than average math skills. Even in non-mathematical occupations, employees need to have sharp analysis and reasoning skills - these skills are learned when the brain is trained in mathematics. Many studies have shown that providing an early math training for your child can bring great benefits. It changes the brain and makes the child proficient in problem solving. The child's first teacher, parents play an important role in the child's attitude towards the subject. Parents who participate in "mathematical conversation" will provide children with a solid mathematical basis for future mathematics If you are a teen parent, your child may not have received personal economic guidance at school. Regardless of whether she is or not, it is important to emphasize the value of developing a good personal financial habit when you are young, try setting a good exam

Sound comes from vibration due to thunder. Lightning is heard after seeing thunder because light travels faster than sound. There are two sounds coming from thunder. The lightning caused by the rumble is because the lightning ran long distances. Very large cracks come from lightning, and heat spreads very fast. Thunder is big and sharp when thunder is approaching. The sound becomes soft if the lightning is several miles apart. Thunderstorms fall into two categories. Wind speed is 100 miles per hour maximum speed. Gustnado is a weak person, usually short lived. It is formed at the forefront of the thunderstorm gust of wind. The spout of the land is weaker than the supercell tornado, but it has nothing to do with the wall cloud. Tornado-like fountains are usually not so intense, causing much less damage. It is rare that the width exceeds 50 yards, forming a warm tropical sea water, the funnel consisting of condensed fresh water and salt water in the seawater. - The debris was scattered for many miles, the house was destroyed, the trees were bent, and the car was thrown. This is the result of a natural disaster. Natural disasters occur in many different ways, such as earthquakes, tornadoes, floods, snowstorms, fires, volcanic eruptions and others. Each type of disaster is not affected by a specific area. In other words, people in a specific area just prepare for disasters that may occur in that area. Lightning during a thunderstorm can be dramatic, but thunder which releases a volcano is just one of the most amazing phenomena in nature. Thanks to the development of new electromagnetic technology that can reciprocate in ash, scientists are now beginning to understand the complex functions of volcanic lightning production. Lightning is usually caused by the separation of positively charged particles and negatively charged particles in the atmosphere. When the charge separation becomes large enough to overcome the insulating properties of air, the current behaves like a lightning bolt between positively and negatively charged particles, neutralizing the charge.

Catalog of economic integration and passenger transport problems in the Baltic region: I. Introduction 2 II. Economic integration goal 2 III. VASAB 2010 3 IV. Allesund Strait and Helsinki - Tallinn Connect 4 V. Scandinavian Aviation Development 7 VI. Conclusion 10 VII. The work cited 11 I.. If you look at the rich history of the Baltic Sea it is enough to understand why the area is not worth noting, but it is one of the fastest growing regions in Europe. The emergence of large cultural heritage is due to the fact that most initiatives are one of the priorities and challenges of cultural cooperation. Countries that entered the Baltic Sea were generally regarded as part of the Brazilian region.1 Especially until the end of peaceful cooperation from the 12th century to the middle of the 17th century, the Hanseatic era, early 20th century, the Baltic Sea He was influenced by a common history. This is clear by the fact that these cities are very similar. Focus on the bridge between the east and the west, focusing on intensive trading of the port. At the same time, it is also an area of ​​cultural exchange and cooperation. The late spring ice rebound in Scandinavia led to the formation of the Baltic Sea. This region continues to rise, but it still causes weak earthquakes in the Northern Europe region. Equivalent events in North America were rebounds as they narrowed from larger ice tail Tyrell sea phase to the current border in Hudson Bay. Although the geochemical change of the Holocene is small, climate change is quite large. The record of the eye score shows that climate change became more local at the beginning of a new fairy forest at the time of global warming and cold before the Holocene. The young Dryas glacier at the high latitude of the Northern Hemisphere recovered rapidly between about 12,900 - 11,500 (BP) (BP (10, 900 - 9,500 BC), in marked contrast to previous glacial retreat.

Christian faith to good and evil Christians may believe many different things about the power of good and evil. The Roman Catholic Church taught that God is beautiful and perfect. They teach God to completely love; they also teach that God has the power to do something (all omnipotence). However, there are all kinds of wrongs that can cause people to suffer. These include moral evils such as floods, illnesses, hurricanes, fires, earthquakes, natural evils. Christianity has fought against the problem of evil. As we know today, as we know today there are multiple beliefs about why there is evil in the first century before Paul's Christianity. Professor Bad Ehrman is one of the earliest Christian's most capable historians. In "lost Christianity" he summarizes some of the different different main beliefs of primitive Christian about the source of evil: Hindu and Buddhism interpret evil as a result of Karma. Even though our actions seem to be unfair, even if the current sufferings seem to be unfair, karma will serve the judiciary for a long time. This is not fair - it is a delay penalty. The operation of Karma can be seen as an explanation of intent without intent, but the problem of evil does not exist in this belief system. There is no fundamental contradiction between the concept of sacred or universal law and the existence of pain. Is that person basically good or evil? Perhaps the beliefs about good and evil are more appropriate in your value theory (see below), but this question is very important to your people's perception. Western ideas based on Christian principles basically convict corrupt people and always resist the nature of evil, but even today some believe in this belief, but the environment and this kindness Opportunity to express. Perhaps more generally, humans are basically neither good nor evil, but morally neutral at birth, whether people follow the path of good and evil depends on external influence and will.

Recently, the 3rd United Nations World Conference on Disaster Reduction: On March 18, 2015, United Nations member countries adopted the "Sendai Framework" at the 3rd United Nations World Conference on Disaster Reduction held in Sendai, Japan. The Sendai Framework recognizes that the country plays a major role in disaster risk mitigation, but should be associated with other stakeholders including local governments, the private sector and other stakeholders 15 years It is a voluntary nonbinding agreement. The goals that share responsibility are as follows. As well as the loss of economic, physical, social, cultural and environmental assets of individuals, enterprises, communities and countries, disaster risks and daily life, health and daily health are greatly reduced Disaster Risk Reduction (DRR) aimed at reducing damage from natural disasters such as earthquakes, floods, droughts, and hurricanes through disaster mitigation ethics Disaster risk management should be based on understanding of disaster risk in all aspects of the environment, vulnerability, capacity, personnel and asset exposure, hazard characteristics and the environment. This knowledge can be used for risk assessment, prevention, mitigation, preparation and response. Disaster risk management at the national, regional and world level is important for prevention, mitigation, preparation, response, recovery and reconstruction. It will promote cooperation and partnership Public and private investment in the prevention and mitigation of disaster risk through structural and nonstructural measures is an important factor in the economic, social, health and cultural recovery of individuals, communities, countries and their assets, It is essential for enhancing the power. Priorities strengthen effective response in recovery, recovery, reconstruction and preparation for "better reconstruction" Increasing disaster risk means the need to strengthen mandate, prepare for action, and ensure the ability to respond and recover at all levels. Each stage of reconstruction, reconstruction, reconstruction is an important opportunity for better reconstruction, including integrating disaster risk mitigation into development measures. In the distributed disaster prevention solution, the layout of the land is very similar, international disaster prevention framework and practitioners strongly insist that as a means to improve disaster prevention, academic research on decentralization and disaster prevention is just beginning (White, 2011). . At the same time, the background of the disaster was suggested as "It may be a good ecosystem that can be used to study the relationship between central unit and regional units" (White 2011, p. 7) The new trend of managing natural disasters highlights the role of NGOs as one of the most effective alternatives for realizing effective communication between disaster management agencies and affected communities I will. Various kinds of NGOs are already active at advocacy level and grassroots level, and in normal disaster preparation, rescue and rescue, reconstruction and reconstruction, support of monitoring and feedback are supported. Disasters can be broadly divided into two categories. The first is natural disasters such as floods, hurricanes, tornadoes and earthquakes. We can not prevent natural disasters, but risk management measures (avoidance of situations where disasters are likely to occur and appropriate planning, etc.) may be useful. The second category is an artificial disaster such as dangerous goods spill, infrastructure failure, bioterrorism, catastrophic IT vulnerability, or failure to implement change. In such cases, supervision, testing, and mitigation plans are very valuable. Disaster management is a well-planned strategy aimed at reducing the damage caused by disasters. Disaster management places emphasis on planning to mitigate the impact of disasters without avoiding or eliminating threats. In India,

Kamal Thapa and its party Rastriya Prajatantra (Nepal) are participating in the election of the 2nd Constitutional Constitution Conference on 19th November 2013. There are two main sectors, the monarchic recovery and the Hindu state's theme. Nepal canceled the monarchy and was declared a secular state in 2008. In the first constitutional election parliamentary election to make these major decisions, Mr. Tapa's opponents prevented him from opening a large conference and making noise while he was doing. Not as time passed. So, seven years ago, Nepal elected the Constitutional Council to complete its work. But there is no time to constantly discuss the rights and responsibilities, and the troublesome issues concerning national identity. The Second Constitutional Council was held in 2013, but it did not proceed further, especially when designing difficult challenges for the federal government based on a single national identity. The controversial discussion is uneasy and this year two large earthquakes destroyed part of the country and at least 9,000 people died. In the face of the Himalayas challenge to rebuild poverty and chaotic countries, all major parties believe that disaster is a call for action. They believe that if there is a new constitution that can be used as a grand design for the future, rebuilding can only be carried out quickly. At a rare moment of unity and purpose of the politicians of Nepal, the parties signed 16 consensuses in early June. The Constitutional Treaty is used more frequently in Asia, Europe and Latin America. India is a leader in Asia and is emulated by Nepal; Indonesia has a constitutional conference for abortion. France may be the first real constitutional conference, and many European countries follow Norway in 1814, Italy after World War II, and recent Eastern European countries. In modern times, many European countries are reviewing the Constitution through ordinary legislative bodies.

The Earth 's atmosphere is mainly composed of nitrogen. Oxygen occupies only 21% of the air we breathe. Carbon dioxide, argon, ozone, water vapor and other gases are only 1%. As the Earth evolves and grows, these gasses may come from several processes. But there are scientists who believe that without the plant, the Earth's atmosphere does not contain the necessary oxygen. Plants (and some bacteria) release oxygen during photosynthesis. That is the process they use to convert water and carbon dioxide to sugar. And it can be used for food. Photosynthesis is a complex reaction. In many ways, it is like how your body breaks down food into fuel that can be stored. Basically, with energy from the sun, plants can convert carbon dioxide and water to glucose and oxygen. Chemically: In other words, when inhaling oxygen and spit out carbon dioxide, the plant inhales carbon dioxide and spits out oxygen. Some scientists believe that our atmosphere contains little oxygen until the plant evolves and is released. Without the sun that nourishes plants (and the plants which release oxygen), we may not have breathable air. There are no plants to feed us, most people use them as food, and we have nothing to eat. Clearly plants are important, but it is not just the reason that they provide us with food and oxygen for breathing. Plants help control the amount of atmospheric carbon dioxide (greenhouse gases). They protect the soil from wind and water spills and help to suppress erosion. In addition, they release water into the air during photosynthesis. This water, along with other water on the earth, is related to the huge cycle of solar control. I will look at this loop on the next page. Carbon is the foundation of life and all organic life forms contain it. On the earth, carbon circulates the atmosphere and the planet itself. There are two elements in this loop. Geological elements include carbonaceous compounds that erode from land, enter the sea, enter the Earth's mantle layer, and are discharged by volcanoes. Biological components include inspiration and expiration of animals and plants. Since carbon is a greenhouse gas, its existence may affect the warmth and coolness of the earth. NASA Earth Observatory provides a thorough explanation of the carbon cycle The theory of plate tectonics has contributed to the geology of evolution theory to Charles Darwin's biology. It provides a comprehensive theory of geology that explains how the earth functions. This theory was developed in the 1960s and 1970s with new information on the nature of the ocean floor, the paleomagnetism of the earth, the distribution of volcanoes and earthquakes, the heat flow inside the earth, the global distribution of fossils of plants and animals It was. . This theory shows that the outermost layer of the earth lithosphere is divided into seven large rigid blocks called plates. Africa, North America, South America, Europe, Australia, Antarctica, and the Pacific Plate. There are also several subcommittees including Arab, Nazca, Philippines sectors. Plate tectonics is a scientific theory that explains the crustal deformation. It is widely accepted by scientists today. Recall that the continents and the ocean floor are part of the crust and the crust is divided into individual blocks called structure plates (Figure 7.14). The motion of these tectonic plates is most likely to be caused by convection in the mantle lava below the crust. Earthquakes and volcanoes are the result of short lives of this structural movement. The long-term consequences of plate tectonics are millions of years of movement across the continent (Figure 7.18). Fossils of the same type are present on a widely separated continent, proving that the continent is beyond the geological history.

Health care  Introduction The public health field is always the most important topic in the world. In particular, natural disasters such as floods, earthquakes, certain hazards, occurrence of infectious diseases occur anywhere in the world. This is a field you need to focus on. Protecting our lives with the help of specific measures and improving local health standards is called science behind public health. In the past economy many industries have changed drastically, but healthcare is now at the turning point of the conversion curve. Spending 3 trillion dollars a year, health care is the largest industry in the US, which will affect each of us. Businesses and consumers are beginning to seek medical value more than ever. Approximately 46% of corporate earnings are used by employers to pay for medical expenses. Consumers are increasingly dealing with higher deductible plans. It is urgent to find better results in a more efficient way. People are increasingly aware of how gaps between healthcare and on-demand efficiency are gained. Currently, I purchase almost all other products Medical care is a very complex career field. It is constantly changing to respond to new and more effective medical methods. Especially with increasing population of elderly people now. Rely on the medical administrator to motivate employees, motivate them, provide unparalleled medical services, and come up with innovative ideas to achieve promising results. They are the driving force of the health industry. The Canadian medical system is developed, efficient, more flawed and provides the best medical treatment for residents of Canada. The Canadian government has developed it in all states and regions to develop health laws in Canada and to provide better health care for rural homes. According to Canadian Health Law, Canada has 13 states and territories. These health services

The American Red Cross (ARC) Clara Barton founded the American Red Cross after participating in the activities of the International Red Cross Society during the France - Prussian War. ARC is a humanitarian organization that relies on time, blood and money from American citizens to support various life-saving services and procedures. . ARC's mission is to prevent and alleviate human suffering when faced with emergency situations by mobilizing the power of volunteers and the generosity of donors. Established by Clara Barton in 1881, the American Red Cross was an organization established before the war began. During the Second World War, the American Red Cross performed a series of important activities, including drawing blood for the medical needs of the military and families. The Red Cross organized 11 volunteer groups and carried out various activities during the war. Corps contain arts and skill troops, cafeteria troops, car troops, supplementary crops of volunteer nurses, captive rescue teams and victories In 1869 Clara Barton visited Geneva, Switzerland as a member of the International Red Cross. In 1880, the American Red Cross was founded. This is the climax of Burton's 10 year work. Until 1904 she served as the first president of the organization and continued the charitable tradition as a Cuban volunteer during the Spanish-American war. Clara Barton is the founder of the American Red Cross. Clara was born in Oxford, Massachusetts. She was the first woman to work as a staff member at the US Patent Office in Washington, DC. Some say that she is an angel on the battlefield. Claire Burton was born on December 25, 1821. She soon received the file of over 2,000 people. Clara learned that the Red Cross also helped civilians during earthquakes, hurricanes, floods. During the war, Clara used every penny she bought for her care. Even after today's world war and dozens of natural disasters, the good work of the American Red Cross is still the founder's life monument ... Clara Barton

"Army is for you." "Join the army" "Fight for your country" These are the slogans the young people today have heard listening to in the media. They only heard about the good side of the army. They will never stop thinking about the lives the soldiers live when they got home after going home. In general, American soldiers or soldiers are considered heroes. They brought life to the production line to protect their country. However, few people are aware that soldiers' fight is not just battlefield. In this article, I will explain the influence on Post-traumatic Stress Disorder (PTSD) and the battle soldiers involved in the war between Afghanistan and Iraq. The purpose of this article is to inform what other soldiers are doing about the various treatments they are dealing with and what they should do in combat and after battle and hope to overcome the disease. Post traumatic stress disorder is an anxiety disorder that occurs when someone witnesses or experiences a trauma event. Post-traumatic stress disorder concentrates mainly on methods in which psychological trauma experience is affected. At least 50% of adults and children are already exposed to psychological trauma either already fought or having witnessed death, life threatening, accidents, earthquakes, tornados, etc. Comprehensive medication and psychotherapy for posttraumatic stress disorder (ptsd) is a potentially debilitating anxiety disorder caused by exposure to a trauma experience such as interpersonal events. Post-traumatic stress disorder is reported to be caused by traumatic events that exceed conventional human experiences, including, but not limited to, military attacks, violent physical violence, kidnapping, hostages, and terrorist attacks I will. As its name suggests, post traumatic stress disorder is usually caused by special trauma events (terrible or dangerous), such as military attacks, natural disasters, serious accidents, sexual abuse, or physical abuse It is triggered. McNaught is a clinical and forensic psychologist. Psychology Glossary on Psychological Traumatic Stress Disorder (Paper 2376): Psychology on Post - traumatic Stress Disorder. Undefined right femoral fracture

The Indian Meteorological Department (IMD) was founded in 1875. IMD is a major government agency for meteorology, seismology and related fields. Its main purpose is to provide weather information on weather-sensitive activities such as aviation, shipping, agriculture, offshore fishery and oil exploration, and industry. We will also warn against bad weather such as hurricane, sandstorm, heavy rain, cold, hot weather. The undergraduate records earthquakes and conducts research The information provided by the IMD helps people understand the weather forecast. This is very important for fishermen, civil aviation activities and farmers. The IMD is equipped with a high power radar and also uses a satellite system. The seismic observation system under the National Network monitors seismic zones and activities across the country and throughout the country and quickly identifies natural disasters. Oceansat provides IMD with data on fish. This is very useful for fishermen. IMD is involved in various international studies on monsoon mechanisms. Various forecasts will help farmers plan agricultural activities. The IMD has installed many digital receivers on the east coast and the west coast to disseminate information on cyclones and other ocean phenomena. As a result, IMD has undoubtedly played an important role in raising consciousness through various activities on the importance of climate and weather in India's living and economy. IMD certainly plays an important role in India. Human resource development is one of the major driving force of the Indian meteorological department for capacity development and keeps up with the latest trend in various activities of the department. The Meteorological Training Association (MTI) of the Indian Meteorological Agency (IMD) is located in the pleasant place of Pune, Pashan at the World Meteorological Organization (WMO) Regional Meteorological Training Center (RMTC). IMD is a national meteorological hydrology service agency, a major government agency related to meteorology, seismology and related fields. Pune meteorology, meteorology, telecommunications and agricultural meteorology recognize that weather training facilities in Pune and New Delhi are RMTC in all four major fields. The Indian Meteorological Department (IMD) was founded in 1875. IMD is a major government agency for meteorology, seismology and related fields. Its main purpose is to provide weather information on weather-sensitive activities such as aviation, shipping, agriculture, offshore fishery and oil exploration, and industry. We will also warn against bad weather such as hurricane, sandstorm, heavy rain, cold, hot weather. The undergraduate records earthquakes and conducts research The Indian meteorological department issued an early warning to evacuate the most vulnerable population including fishermen and kept the loss of human life to a minimum. The Indian Meteorological Department predicted the wind power generation pattern using ISRO's Oceansat - 2 scatterometer data and made it possible to pay close attention to these cyclone generation patterns. To avoid forgetting our contribution of social welfare to our space plan. Today, there are more than 2,000 communication satellites in Earth orbits, providing telephone, television (including direct call service) and satellite radio network service to hundreds of millions of people all over the world. It is worth noting that this kind of communication is the only source for remote communities.

After the catastrophic earthquake that hit Haiti 's Port - au - Prince, problems related to the stability of the country' s future have emerged. Although the number of victims is estimated to be from tens of thousands to hundreds of thousands, the estimated scale and variance indicates that the earthquake caused damage and confusion. As Haitian people begin to rebuild their lives and the long and difficult work of that country, we must ask how such impact impacts on potential political and social stability It will not. Natural disasters are caused by hydrological meteorology, climate, geophysical and biological phenomena that adversely affect the natural environment and the building environment of the disaster area. Their influence on victims and property damage exceeds the ability of the community to self-heal and needs external assistance (GUHA - SAPIR et al., 2012; NOY, 2010; ALCÁNTARA - AYALA, 2002, pp. 109-110). The World Bank and UN report (2010) revealed past decisions (individuals and groups) on land management (including unregulated growth in urban areas), construction technology, implementation of health infrastructure, and low investment . Cumulative impact education program, poverty alleviation, social integration. These decisions, combined with high-intensity natural phenomena such as floods, landslides, storms and earthquakes, have caused various socio-economic and environmental influences. In previous chapters, we focus on the relationship between environmental factors and the most common natural disasters (floods, landslides, etc.) and demonstrate the interdependence of sustainable social, economic and environmental aspects did. This approach aims to clarify the compliance between the three aspects of sustainability and the four disaster paradigms as a starting point for the development and implementation of the disaster management plan. As already mentioned, reducing efforts depends on systematically dealing with complex interactions between unique physical, environmental and social factors, so such efforts are very emerging (Video, eg INGRAM et al., 2006).

How will this affect the economy? At 2:46 pm on March 11, a massive earthquake of magnitude 0 occurred near the northeastern coast of Japan, a very destructive tsunami that hit Japan a few minutes after the earthquake occurred, evacuation in the Pacific Was triggered. And warning. Earthquakes and tsunamis caused massive and serious damage in the northeastern part of Japan, thousands of people confirmed death, injury, disappearance and millions of people suffered from power shortage, water shortages, traffic accidents is. What is the price of petroleum? How does this affect the international business and the business you know? How does this affect the world economy? It is always open. What can the United Nations do, will they participate? Such a thing. At the end of this general discussion, Colin Powell introduced me and asked me to briefly explain what we could do at that particular time, what our ability at that time was. It is not a long-term plan but short-term ability and what we can do right away. This is the conclusion of the conference. How will this affect the economy? At 2:46 pm on March 11th, JST suffered a magnitude 9.0 earthquake near the northeast coast of Japan, causing a devastating tsunami hitting Japan a few minutes after the earthquake, causing evacuation in the Pacific . And warning. - What is a picture? "Painting is just a line." Paul Klee (Klee, 2010) Painting is drawing pictures, images, or charts by attaching lines or markers with pencils or pens to paper or other materials It is to create. After asking some people about the definition of the picture, the common theory I found is that the picture conveys feelings and emotions to a piece of paper with a pencil or pen and other people can see it It was a way to make it possible. What are you thinking about? Or feeling

Clara Barton was raised, born on Christmas Day in 1821, became a brave and brave nurse. When I was young, I liked all creatures. Her father is a farmer in Massachusetts and can play with various animals. How much she loves them. She has a pet's turkey. Burton's father explained her gospel to her, so she had a big impact on her life. By speaking the story of her battle experience in war, she became interested in military problems. Over the years, people have given Tubman a proper memorial and are trying to celebrate the recognition of women such as the Red Cross founders Clara Barton or the revolutionary war militia commander and the 11-year old mother Claude Wright. I failed. This is a woman who landed in a prominent place finally - for the time being - no clothes. I know this is a bit tasty and naughty, completely a non-sexual way, and even imagining the image of the person burning in Nevada's desert until Washington looks at the White House. Especially next to the clear non-female Washington Memorial Tower Clara Barton is the founder of the American Red Cross. Clara was born in Oxford, Massachusetts. She was the first woman to work as a staff member at the US Patent Office in Washington, DC. Some say that she is an angel on the battlefield. Claire Burton was born on December 25, 1821. She soon received the file of over 2,000 people. Clara learned that the Red Cross also helped civilians during earthquakes, hurricanes, floods. During the war, Clara used every penny she bought for her care. Even after today's world war and dozens of natural disasters, the good work of the American Red Cross is still the founder's life monument ... Clara Barton Supporters of the most famous and influential nurses in American history are the founder of the American Red Cross, Clara Barton, Mary Elisa Mahoney, the first woman to become a registered nurse, and Faye Wattleton is the first to become . Family planning chairman of African American and women

It was German '60s. Catholics repented to the church. My father asked him what is bothering his soul The man answered, "Father, I have committed a crime, I protected a gypsy woman in the cellar, I did not report it to the authorities not to take away." Man: "Yes, not all, I asked her to do all the housework, take care of me, cook for me, then cleanse me. Father: "I understand what you mean now, but there is nothing more than to save her life, after all, she is very grateful to take her. ". Father: "Oh, my son, now I understand, you must repent and apologize to God, I think that what you do is because he forgive you." Now you see that, even though we all have evil, it may not be as widespread as the worst in our history. It is equally good. Hitler likes children and dogs is the fact that he did not do anything from Jews. Churchill believes that millions of people died in India due to famine. It may be noticed that the horrible evil may be moral evil (eg 1939 - 1945 massacre) or natural evil (eg the 1755 Lisbon earthquake). It is also important to note that this is a concept of "terrible moral evil" which is consistent with "evil" currently used by English users. Today when we usually use the word "evil" we talk about death and destruction caused by a purely natural process, not just choosing bad or very wrong (eg robbery) I do not mean to go. Asian tsunami disasters in 2004 are not considered "evil". Instead, the word "evil" is reserved for events and people with particularly moral moral qualities and traits. Nature's evil. Contrary to moral evil, natural evil is evil created by manipulation of the natural processes, in which case we can not make morally accountable for anyone. Typical examples of natural disasters are natural disasters such as cyclones and earthquakes causing major pain and loss of life, diseases such as leukemia and Alzheimer's disease, disorders such as blindness and hearing loss. However, you need to perform important identification at this point. Human error or negligence has brought many things that are usually conveyed as natural evil. For example, lung cancer can be caused by massive smoking; the loss of human life caused by the earthquake is mainly due to positioning irresponsible urban planners finally undulating and positioning their work on disjointed obstacles. A careless approach that might prevent droughts and floods Generally speaking, when you think of the word "evil", your first reaction is to think of moral evil - evil committed by humans. Three examples of this evil are murder, rape, terror. In Christian tradition, evil includes rules that violate God's giving, suffering is God's punishment for violating these rules. Theologian Henri Blocker sees evil as a theological conception and expresses it as "irrational reality". Likewise, evil should not occur from experience. However, the focus of this article is evil of nature. This is the evil of the world arising from what we call "natural" events. This includes other aspects that cause pain and death such as earthquakes, floods, tornados, diseases, birth defects, and cancer. Since these incidents caused "evil" to the victims, these caused problems for us to think about God, but no one is accountable to the perpetrator.

Natural disaster This is my high level project, I would like to see a topic I think is interesting. Even though I thought most of the topics in these areas were interesting, there was nothing to draw my attention beyond natural disasters. I always find interesting disasters and want to know more. The most interesting disaster I found was a hurricane. Using their powers to think of those storms made me feel cold. Because my family and I were on the coast of Virginia State, I was in the middle of Hurricane Bob We were asked by state police to evacuate from our house. ..................................................... ...................... 8 disaster impact (for example, floods, tornadoes, hurricanes, volcanic eruptions, earthquakes, heat waves or landslides). It can lead to financial, environmental or human loss. The damage that occurs will depend on the vulnerability to the hazard of the affected people. This is also called resilience. This understanding focuses on development. "When disasters encounter vulnerabilities, disasters can occur." Therefore, a natural disaster occurs Most of what we call natural disasters (tornadoes, droughts, hurricanes) is actually natural, but human contribution may increase its potential and strength. But they are not disasters - it is dangerous. Even if a hurricane hits a land where no one lives, it is not a disaster but the weather. A disaster is a natural disaster that matches the population. Usually this intersection is far from natural. If Houston's community is found to be most vulnerable to hurricane Harvey, most damage is not only predictable but also predicted. In 2016, ProPublica announced a detailed article explaining that lack of plans could make urban residents very vulnerable to hurricanes. The city permitted the entire block to emerge in areas where the Army Corps of Engineers knew that it would flood during the heavy rain. The 1996 report urged Harris County with Houston to take measures to mitigate the risk. It will be ignored. Harvey is a strong weather phenomenon.

Correlation between Greek and today's culture There is no educational, scientific, artistic effort in Western culture We can not express the influence of this ancient Greek culture. The influence and respect of Greece is very deep and actually has the name Philhellenism. In order to judge the influence of the Greeks on contemporary society, it is necessary to first examine what the Greeks are and how their societies developed into the most influential social structure and culture in the historical timeline You have to understand easily and comprehensively. Greek myths have existed for thousands of years, and today we continue to provide information for mass culture. Therefore, using Greek myth to create stories may be a valuable and relevant pursuit. In order to write such a story it is important to understand what the myth is. In this case, the word "myth" is not a mistake but a story to try to understand the world. Let's think about natural phenomena which is difficult to understand without modern science. Greeks use myths to explain the surrounding world, but God often causes seasons and storms. In order to write Greek mythology, you can choose to happen naturally. Volcanoes and earthquakes are examples of that Greek myths are always culturally relevant in our world. In today's society, Greek gods have many symbols of Greek mythology. Greek mythology will be consistent with social thought. "... adaptability of myths is limited by the fact that myths must be culturally related" (Oregon State University Greek mythology) Many aspects of our culture include Greek mythology, Then it begins. In most cases, the solar system is named after Greek gods. In today's society, Greek gods and myths also have many symbolic meanings. Greek myths are largely reflected in advertisements. Some examples are victorious Nike and very popular sports company Nike goddess. Another popular ad is the FTD flower delivery company.

I was asked to investigate "why so many people are dead with the Kobe earthquake", but this project will show you where, when, why, and which sectors occurred. What are the primary and secondary impacts? How did Japanese people cope with disasters How did Japanese authorities work? To do this, I use my classroom assignment to search the internet to find pictures, charts, and useful resources. In 1994, the first anniversary of North Korea's Kobe earthquake (MW) shocked the MW 6.9 earthquake. Both of these earthquakes occurred several hours before dawn, both bursting in densely populated areas, both of which caused severe damage. However, there are still more deaths in Kobe, economic losses shrink the number of Northridge, and Kobe's buildings and infrastructure are destroyed far more than Northridge. There are many reasons for these differences, but it is not right to completely condemn the current practice of earthquake engineering in Japan. Although the engineering structure did not work due to design flaws, due to defects in California's design practices due to old buildings built before the current Japanese building codes are enforced, or Northridge earthquake Occurred. Two major events in 1995 hurt Japan. The first earthquake was the Kobe earthquake that occurred in February, 46,000 people died, the worst earthquake since the 1923 Great Kanto Earthquake. For modern industrialized countries, the magnitude of the damage is really shocking. Nature itself seems to seek revenge for human civilization. A month later, a member of the apocalyptic religious fanatic released Sarin gas at a busy station in Tokyo Metro System, when 12 people were killed and thousands were injured, an earthquake struck the case of Aum Shinrikyo. These two terrible events highlight the growing sense of vulnerability that Japanese feel about their psychological and environmental conditions.

The Keystone XL pipeline passes through "over 1000 water bodies" such as rivers, streams, aquifers and "about 2,500 wells" (Swift). This may be a disaster waiting to happen; potential water pollution can cause serious ethical problems for the surrounding citizens and peasants. Extensions of XL are planned to reach the Gulf Coast from Canada's southeastern province of Alberta to Steel in Nebraska state and finally connecting to the existing keystone pipeline. Natural disaster: If a disaster occurs such as floods, tsunamis, landslides, earthquakes, volcanoes, the population will move temporarily or permanently from that area. In this case, migration will be a more survival strategy because funds, housing and work are often lost due to natural disasters. For example, Hurricane Katrina expels almost all New Orleans population, leaving some economic and social challenges to the community and the government. Most disasters require temporary external assistance. These should be culturally appropriate in order to enhance the capacity of the affected community and enhance friendship and ability to cope with future disasters. Disaster prevention should follow the principle of democracy. This is disaster aid for "people, people, and people", accepted, acquired, adapted, and can be applied to long-term community participation and empowerment. Similarly, the SPHIA project promotes humanitarian charter, promotes accountability, and identifies minimum standards for disaster relief to share good practice criteria. MS NAUERT: Sustainability, sustainability - something like a natural disaster. And some people are allowed temporary protection status, and that is what that term means - temporary. This is temporary. They did not mean to stay in America forever. For this reason, the US government, mainly the US Department of Homeland Security, looks at the situation on the ground and judges whether people can safely return home. I know that some people in the US do not like this idea. Several people here think we should just be an open border. But it makes sense when we decide that the US government believes something should be temporary. Temporary meaning

In the following year, Congress passed landmark law, 1964 civil rights law. Initially, in Chapter 7 of the law, discrimination based on race, skin color, religion, nationality was prohibited. However, feminist leaders, including Alice Paul and the Michigan State Parliamentarian Martha Griffith, urged them to include 'gender' as a special protection category. The Employment Equal Opportunity Committee (EEOC) enforces the new law. However, feminists such as the writer Betty Friedan and lawyer Margaret Trawalt soon realized that they had to put pressure on the government. For this purpose, they and 13 other people established a national women's organization in June 1966. Chapter 7 is an epoch-making legislation prohibiting unfair discrimination in all employment conditions based on race, skin color, religion, sex or nationality. In other subsequent laws such as ADEA and ADA, age and obstacles have been added to the list, respectively. Women and men, people over 40 years old, people with disabilities, people of race, religion, or ethnicity are protected by Chapter VII and other employment laws. Individuals in these categories are called members of protected groups. The employment practices subject to this law are as follows. The emergence of inter-agency processes was consistent with the adoption of the National Security Act of 1947. This groundbreaking law dramatically changed the federal government's pattern early in the Cold War. While various presidential regulators coordinate their foreign policy approach to meet their own requirements, this bill establishes the basic coordination framework necessary for the United States to become a world superpower . - Climate change is the biggest and most complex challenge facing the world today. Large hurricanes, catastrophic floods, or huge earthquakes can potentially wipe out the whole country. Therefore, the US needs to develop action plans to develop natural disaster protocols that occurred in the country and natural disaster protocols that occurred around the world.

Introduction Festivals are held throughout Japan. They have different sizes, from small to large, or completed in a day for several days. Normally, Japanese festivals symbolize cities and areas where festivals are held, and tell the tradition to the future. In this article, we first clarify what sustainability is and what sustainable development events are. Then, it explains one of the biggest festivals in Japan, Gion Festival, and shows how it affects the economy. Gion Festival is a festival in Kyoto. This is one of the best festivals in Kyoto. I am in the top 3 in Japan. The Japanese also put this festival into three top festivals in Japan. This is the most famous and biggest Japanese festival in a month. The Gion festival is held every year from July 1 to 29 at Tigasaka Shrine in Higashiyama Town Higashiyama City, Kyoto. The Gion Festival has a history of more than 1100 years. In 869 AD, Kyoto suffered from epidemics, floods, fires and earthquakes. Yasaka Shrine's march began to pray for the end of the plaque and to appease the gods. This is the first festival and people take lots of wooden rings to please the gods. As the plague ended soon, the festival became popular. People participate in the parade every year. Soon it became a festival of music, dance, cartoon and art treasure. People began making beautifully decorated huge floats. According to the schedule, summer officially began in June, but most Japanese thought that summer will not actually start until summer finishes in early July. This season will be held from 17th July to 24th July at the famous Gion music festival in Kyoto. It is welcomed as one of the most traditional festivals in Japan, but its reputation brought many foreigners and local audiences. To be honest, I will warn people who are not good for a lot of people to avoid this.

Natural disasters are events caused by destructive factors of nature and are further categorized as floods and tornadoes such as climate disasters or geological disasters such as earthquakes, resulting in large physical losses or loss of human lives (Bankoff, 2004 , 56). When literally defining "nature", natural disasters seem to be unrelated to human activities, but with human progress, civilization advances human factors more and more naturally (Sandler, 1996, 124) . Depending on the type and scale of the disaster, if some kind of natural disaster hits a developing country, its side effects may be serious or minor. Some countries such as Haiti, Pakistan, India suffer from natural disasters. It can loot the liability separately by repairing the damage it causes. If developing countries are in the midst of a slow economic recovery all sudden natural disasters will affect all the funds they did. Natural disasters may cause harmful effects. Natural disasters can be devastatingly damaged. However, it can control the influence of natural disaster by itself. The effects of events such as drought, famine and flood can be controlled by human effort. However, this does not mean that these disasters do not occur. They still can happen. Natural disasters are the result of natural disasters. It can be said that they are beyond human control. The catastrophic impact of natural disasters can harm people's normal lifestyle. When disasters occur, there is the possibility of confusion such as agricultural activities. It may be difficult to return people to their normal lifestyle. However, it is necessary to provide moral support to people, economic support, and provision and distribution of relief supplies to people. Not all natural disasters can be prevented. All natural disasters have their own and complex factors. Understanding the fundamentals of ecology can provide the key to mitigate its impact. Natural evolution involves natural disasters and confusion. The best precaution is to study strategies found in nature.

Countless suffering plants were once waiting for boys at the bus stop. This boy is a person who smokes. The boy asked the man next to tobacco and the man replied, "I do not smoke, I sucked" doobie. " "Then the man gave a joint to the boy and told him to hit it and the boy struck the joint five times in a row, he felt good, then he jumped onto the bus. Throughout history, a myriad of people have been confronted with unfortunate events and those who have suffered for others. Myriad conscience individuals endanger the rights of all other people with the risk they know and love. In the 16th century. St. Thomas is not very interested in his good name, refuses to accept the marriage of the kingdom and takes a silent attitude to the government. He also refused to take office as an English church leader. He knows that better dealing with his own society, clergy, and his government is better than making false decisions. And in this sense I suffer. This shocking period is the ultimate right. Jesus said that there was a period of catastrophe before he came to the second earth. The catastrophe is the period in which everyone experiences religious fraud, suffering, asteroids, plagues, tsunamis, disasters, earthquakes, wars, pain, and pain, destroying most of life on Earth. Because of the severity exceeding during this period, such pain and termination is called catastrophe. Some former authors believe that people who choose to obey God are mentioned during this period. The period of the disaster is expected to last for 42 months or 5 years.

======== In this lesson to decide the cell planning and construction of the paleo environmental history, I tried to find the environment of the crustal deformation of the region at the Northumberland short beach, trying to find the environment of the ancient rock, Cocklawburn The beach is located in Berwick - OS map 75 is 50 meters south of -upon-tweed. It is mainly geological region mainly present in coal, limestone, interlayer multilayered sandstone, shale, limestone and coal. The term construction refers to the study of the surface structure of the earth and how it changes with the passage of time. Convert convergence boundary, boundary or divergent boundary: Construction typically occurs between plate boundaries, plate boundaries occur in one of three types. The process of forming the terrain increased the surface of the earth rising by the hydrostatic press, modifying effectively, and effectively alleviating the deformation mechanism of obstacles and crustal thickening folded forms. It brings a steeper rise than the gradient, which increases the precipitation into the landscape, leading to a sharp increase in the final erosion rate associated with the river baseline level region. The topography and general undulations of a particular area determine the rate at which the surface runoff flows and ultimately determine the potential erosiveness of the spill. For thousands of years, construction plates have identified changes in geophysical features, and they continue to do so today. These huge plates move under the surface of the ocean and continent, creating earthquakes, volcanoes and ridges. In this article, we discuss structural plates of composition, movement and history, not only plate tectonics and its history, but also the theory of structural plates influence the surface of the earth now and in the future. The earth is divided into three main layers: the core, the mantle and the Earth's crust. The core is further divided into a solid core and a liquid outer core. This layer is mainly iron and nickel and it is very hot. The mantle is divided into the lower mantle and the upper mantle, which are mainly composed of iron, magnesium, silicon and oxygen. The outermost layer including all life on Earth is the Earth's crust. Plate tectonics theory, lithospheric is divided into a small number of floating (floating outside on the outer solid Earth) mantle and independently on the running plate. Most of earth's earthquake activity and volcanic activity, and most of mountain activity are generated at the boundary of these plates. The surface of the earth consists of about a dozen large plates and several small plates. In each sector, it is a ground crustal rock rigid body, and slight bending shows almost seismic activity and volcanic activity. 80% of the earthquakes in the world and a narrow volcanic zone define the edge of the plate. There are three kinds at the boundary. The first is a very narrow shallow seismic zone, caused by tensile stresses next to the 80 thousand kilometers (48 thousand miles) on the long active ridge. The second boundary type is displayed in the area of ​​these ridge offsets.