Flood Hazard and Emergency Response Route Scenario in Olympia, Washington, U.S.

Planet Earth is a miracle of our universe, enabling the growth of diverse natural creatures and beautiful scenery. However, this great beauty brings about natural disasters, which can be detrimental to the continuation of living creatures on the surface and the sea. These disasters rarely warned, and completely disintegrated the function of society. The need for plans for potentially complex emergencies will continue to increase as the natural population continues to grow with population growth due to climate change and seasonal weather increases.

There was a great demand for the "total hazard" emergency response plan. There is no danger or danger everywhere on the earth. Therefore, emergency preparedness is necessary everywhere, but there are few places exposed only to one kind of danger. Therefore, emergency response plans need to be adapted to anticipated and unexpected dangers. Over the years, the City of Florence in Italy has developed a city emergency response plan that deals only with unexpected flood situations. The greatest disaster that the city had to deal with after the war was the flood of 1966. However, during the planned life cycle (about 20 years), only limited flooding occurred, the biggest emergencies are airstrikes and terrorist bombs. A good emergency response plan manages all known and expected hazards (seasonal and periodic events), while providing a common protocol for managing incidents.

A chemical event is an unusual emergency situation that requires special response and resource allocation related to more general emergencies such as floods, storms, or accidents with certain dangerous goods. Therefore, coordination and allocation of planned resources becomes particularly important and needs to be coordinated with the planning scope and its associated conservation activities. The key to implement EOP's resource management component in CSEPP is the automation system. The purpose of the CSEPP automation system is to store, manage and access the database to support the plan. Use analysis planning tool and interface database for model. Provide automation support every day, every week, every month, every year

NWS is in charge of most of flood warning work in the United States. For large river systems, the River Forecast Center uses a hydrological model. For many, but not all, small-scale streams, NWS has developed a system called ALERT (Real-Time Automatic Local Evaluation) that does not rely on volunteer observers. However, depending on the community, you may need to use a volunteer observer to monitor the water level, the effectiveness of the dam system, and further support the automated system. If necessary, the following planning considerations must be addressed in one or more appendices for warning attachments.