Water Supply and Its Situation in Texas, Arizona, Oklahoma, Kansas, Ca Dissertation

Water confer and Its Situation in Texas, Arizona, Oklahoma, Kansas, California, Nevada andMexico - Dissertation ExampleFirst, in the case of Texas that is experiencing about 40% of drought conditions as Hess & Frohlich write, the soil needs to reverse the heavy use of piddle in the processing of natural flatulencyes in the fracking process (1). This will help save irrigate and even save the agricultural sector. Oklahomas water problem may be solved by making agreements with other states on how it brush aside save water even if it has to dig underground reservoirs for the same. Hess & Frohlich says that the same case would apply for Arizona since the state enjoys seasonal rains throughout the year (1). Through saving this water in underground reservoirs, the state kindle help deal with the severe drought conditions. Kansas, Nevada, and Mexico would greatly benefit from an institution of a water solicitude plan that would even include the help of engineers to even construct und erground pipes that will help set up and transport water in the required places. For the case of California, investing in desalination water plants would give useful since these plants as Hess & Frohlich explain would help save a lot of water that would have other than gone into waste (1). This water would also help in agricultural practices among the many farm workers in the state. From an analysis of the water supply conditions in these states, it is evident that there requires having stringent and timely measures to solve the water problems existing today. As seen in the compilation of Hess & Frohlich, fracking is a major contributor to drought in Texas (1). match to BBC, fracking is the process that involves drilling into the earth in the quest to release the gas underground (1). In this process, water of high pressure is directed at that underground rock so as to release the gas underneath. In the course of the fracking process, BBC writes that gas flares up from the ground either after the horizontal or a vertical process of hitting the rock layers.