Deforestation Impacts Everyone

Forests play a very important role on the planet. They act as 'the lungs of the earth'. (WWF, n.d.) These "lungs" purify the air in the atmosphere and actively participate in the daily life of all creatures. However, harmful tobacco in the environment, deforestation permanently removes the forest cover from a certain area and converts the land previously covered with forest into other uses. The main reason why these valuable forests are lost is forest destruction, and the speed can not be imagined.

Forest logging can adversely affect the environment. The most dramatic impact is the loss of hundreds of species of habitat. Eighty percent of the earth's land, the flora and fauna live in the forest, and many people can not survive deforestation destroying their homes. Forest destruction also promotes climate change

According to the United Nations, the rate of deforestation has slowed in recent years, but the rate of deforestation is still surprisingly high. To save the trees, we need to minimize the impact of our consumption economy on the world's forests, which means that each one of us needs to consider our own contribution to deforestation It means.

Forest destruction is by far the most important of all human activities that directly or indirectly affect natural disasters. Forest logging is the removal or destruction of local forest cover. This may be due to non-scientific logging practices without regeneration, which entails subsequent conversion to non-forestry uses such as agriculture, meadow, urban, mining or industrial development, fallow land or wetlands there is a possibility. In a very broad range, some people think deforestation is the main cause of global climate change. Removal of forest cover is expected to lead to violence and unpredictable environmental change. In smaller areas, deforestation directly affects the climate, hydrology, soil and biology of the area. Forest logging is associated with high levels of soil erosion and landslides, riverbed sediments and changes in river topography (Haigh, 1984).