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While there will undoubtedly be continued debate among politicians over the reality of climate change, farmers who have suffered through a drought can at least attest to the havoc it can visit upon their crops and thus on their entire profits. It's also a trickle-down effect – when crops fail because of a drought then the supply is lessened while the demand remains high. That means that when droughts strike, prices at the grocery store or at the restaurant table will rise. As a result, planting a drought tolerant crop is of the utmost importance for most farmers operating a farm today. Another reason that a drought tolerant corn borer crop is so important comes into play when you consider other nations. Developing countries have trouble raising crops, often because of dry conditions. Drought resistant crops help to make growing food sources much more possible for those in third world countries and help to improve the overall availability of food. While it may not apply to these countries, studies have found that increases in yield can reach sixty percent through the use of specially modified seeds. Whether it is in the heartland of America or in arid developing countries, the need for drought resistant crops has never been more important than it is right now. So while the importance of a corn trait drought tolerant crop is obvious, just how can you go about growing it? The answer lies in seed science, which is essentially a branch of study that is dedicated to modifying the genetic makeup of seeds and plants to increase various attributes that they have. This includes the aforementioned drought tolerance as well as other factors like natural pesticides, increased uniformity, resistance to disease, and much more. The science is regularly evolving but today the crops planted are much more likely to survive and produce than those of yesteryear. These modified seeds may have come to fruition in a number of ways, usually through a combination of cross pollination efforts and more exacting scientific modification. These techniques are constantly being utilized to develop more and more important strains of seeds to ensure that growth and yield is as excellent as it possibly can be. In short, today it's more possible than ever before to raise a drought tolerant crop in the face of blazing heats and droughts. It may not solve the world's hunger problems, but bit by bit it can help move us in the right direction.
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