One of the reason GMOs are so highly preferred by farmers is because of the maximized amount of harvest they produce. Unlike traditional corn, cotton, soybean, and other plant seeds farmers have been planting for thousands of years, GM (genetically modified) crops can be specifically made to withstand extreme weather conditions. With the insertion of isolated genetic material from either the same crop or other organisms, these crops are more hardy and able to brave natural elements such as drought and freezes. Furthermore, crops can also be implanted with genes that ward off insects and other types of prey. In an article about genetically modified crops, one author writes, “Cotton and corn have been modified to incorporate Bacillus thuringiensis (Bt) genes, producing proteins that are toxic only to larval pests. Crops can also be modified to ward off plant viruses or fungi” (Qaim par. 4). By harnessing such revolutionary
One of the reason GMOs are so highly preferred by farmers is because of the maximized amount of harvest they produce. Unlike traditional corn, cotton, soybean, and other plant seeds farmers have been planting for thousands of years, GM (genetically modified) crops can be specifically made to withstand extreme weather conditions. With the insertion of isolated genetic material from either the same crop or other organisms, these crops are more hardy and able to brave natural elements such as drought and freezes. Furthermore, crops can also be implanted with genes that ward off insects and other types of prey. In an article about genetically modified crops, one author writes, “Cotton and corn have been modified to incorporate Bacillus thuringiensis (Bt) genes, producing proteins that are toxic only to larval pests. Crops can also be modified to ward off plant viruses or fungi” (Qaim par. 4). By harnessing such revolutionary