Deforestation In Amazon And Local Climate Changes Essay

Deforestation In Amazon And Local Climate Changes - Essay Example The strong threat of climate change is coupled with another eerie possibility that of absolute regional drought that can be caused by climatic change. Most of the remaining tropical forests of the world are in the Amazon region, and some areas of the forest contain huge deposits of the range of organisms present in a particular ecological community or system. Therefore the continuous deforestation in the Amazon threatens climate stability and is an added factor to the global atmospheric change disaster. Scientific research has overwhelmingly proved that cutting and removing trees from their natural environment contributes 1.5 billion tons of carbon dioxide out into the atmosphere every year. Clearing forests to acquire more land and more human activities in the tropics will release an additional 1300 billion tons of carbon per year, which is greater than the amount of carbon emissions released by 13 years burning of fossil fuel all over the world. The new research conclusively proves that preserving huge forests such as the Amazon as carbon absorbents will contribute a great deal to stabilizing greenhouse gas emissions. Another important factor is the need to reduce levels of emission as these could slow down the capacity of forests to absorb carbon. Method of Research: An official inquiry was carried out for the way in which deforestation effects climate changes with the help of twin numerical experiments of an â€Å"atmosphere general circulation model (AGCM) with prearranged and approved global sea temperature and the AGCM over the global tropics. The results showed that the twenty first century environmental change may be the most unfortunate bequest that will be passed on to future generations. The strong threat of climate change is coupled with another eerie possibility that of unmitigated regional drought brought about by climatic change. More than half of the remaining tropical forests of the world are in the Amazon region, and some areas of the forest contain huge deposits of the range of organisms present in a particular ecological community or system. It is generally measured by the numbers and types of different species, or the genetic variations within and between species. In fact the Amazon contains about 25% of the biodiversity on the face of the Earth (Science Daily 2007). It acts as a major agent of global climate making vapor to produce clouds, which has a deep circulating affect across the entire globe. It also stores mass of living organisms within a particular environment, measured in terms of weight per unit of area and soil carbon. Therefore the continuous deforestation in the Amazon threatens climate stability and is an added factor to the global atmospheric change catastrophe. On the other hand the stabilization of the deforestation of the Amazon forests would provide the chance for adaptation to climate change including contributing towards the improvement of climate change. To control deforestation in the Amazo n would envisage major replacements in policies, governance, sustainability and economic science. Quantity of Rainfall: Rainfall decreases over deforested tracts, because heavy clouds holding copious amounts of water are only attracted to tracts of heavy forests, which was proved conclusively during the Rondonian Boundary Layer Experiment the physical methods and means that constitute the link between rain bearing clouds and heavy forestation. It has been amply demonstrated that the atmospheric limits over areas of heavy forests is more unbalanced and contains larger