Wabash Watershed

2181 words 9 pages
Wabash Watershed (1961-1990)

Wabash Watershed (1961-1990)
Global warming is a resultant of Heat-trapping gases in the atmosphere. The release of these gases has increased in the last 500 years since the industrial revolution. There is an expectation that global warming will result to rising sea levels, droughts, fires, heat waves, extreme storms, heavy rainfall, floods, and melting of snow and ice. These changes as envisaged would affect agriculture and general food availability with devastating consequences for existence of life on earth. In additional, life would change completely because many systems are tied to the climate. For example, temperature changes would affect breeding
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In accordance with anthropocentric view of environment, trees are cut down in order to gratify the huge demand for tree products or to pave the way for farming or ranching. Removal of trees leaves the earth unable to absorb excess carbon dioxide released into the atmosphere through burning of biomass (Archer, 2012). As a result, increasing levels of carbon dioxide in the atmosphere is contributing to global warming and climate change. Deforestation is also causing the extinction of species. People view trees as mere resources that can only be exploited to provide building materials, avail jobs for the low-income people among other uses, totally disregarding the intrinsic value of forests or trees, which is to act as a carbon sink (Robbins and Hintz 60). As a result, this has caused massive environmental damage with global ramifications. From the data collected for the Wabash water basic, this paper consider temperature, precipitation, evapotraspiraition, moisture deficit, and surface for evidence of global warming.
Although data presented is not consistent, there are indications that there is an overall warming of the environment. On average, maximum temperature increased over the period, and minimum temperature increased. According to global warming theory, increase in global and local temperatures lead to increased evaporation that cause more cloud cover/fog or haze that hold more temperature increasing