European Corn Borer Assignment Example | Topics and Well Written Essays - 750 words

European Corn Borer - Assignment ExampleBT456 and Golden Crop experienced similar drops with the low and tall infestations (BT456- 5%/16% & Golden Crop-7%/26% approximately). Meanwhile, BT123 appeared to be the most resistant result to either infestation of the European feed borer. It exhibited a yield of more(prenominal) than 1% greater during the low infestation and dropped a mere 2% in the high infestation phase.A farmer would gain by place BT corn even if there was no particular threat of the European corn borer to the crop. The average yield of the Super H (Non-BT) crop was 163.4, yet out-producing BT123 which had an average yield of 163. Therefore, if a farmer chose either BT456 or Golden Crop he would out-produce the Super H (Non-BT) crop on average yields, with 186 and 184.7 respectively.If the group B Thuringiensis bacterium in the corn affected non-target beneficial insects it would act as a disadvantage to the livelihood of the crop removing insects that have positi ve effects on the crops yield. Alternatively, it would prove advantageous if the bacterium could also remove harmful insects in addition to the European corn borer for which it was designed, thereby increasing the livelihood of the crop and the yield. ... Regardless, it has been determined that the protein in BT-corn is very selective and only acts as an insecticide for those insects unsafe to the corn crop, having no effects on the environment, people, animals, or beneficial insects (Bessin, 2004).4.) What might happen if ECB became resistant to BTIf the European corn borer were to become resistant to the bacterium-generated corn it would result in more damage for the farmers crop yield. If the ECB become resistant, wherefore they will produce larvae that are, in turn, defiant against the BT corn. According to Ric Bessin the Extension Entomologist at the University Of Kentucky College of Agriculture, the best way for farmers to prevent ECB resistance is providing higher doses of the bacterium prerequisite to kill the ECB and limiting the amounts of BT corn they produce, allowing some non-BT corn remaining as a refuge to the corn borers (2004).5.) Discuss possible benefits and drawbacks of a transgenic organism such as BT CornSome benefits posed upon using BT corn include pricing, whether the pressure exuded by the corn borers on the crop is great enough to render extra for the bacterium-generated corn. In addition, since the bacterium is within the organism there is no need for the equipment and application necessary for regular insecticides also, the selectivity of the protein rids the crop of other potential good insects while ineffectual to neutral and favorable organisms. Some drawbacks of using the BT corn include cost, which can be an advantage and disadvantage the possibility of cross-pollination among BT corn and non-BT corn due to the fact that it depends on the wind to pollinate and the management plan that must be incorporated in