US study confirms the superiority of GM cotton

American scientists published research results recently showed that compared with ordinary cotton, transgenic cotton can maintain the original yield under the premise of reducing the amount of pesticides, or achieve higher yields in the case of the same amount of pesticides. In addition, GM cotton has no adverse effects on the ecosystem. This conclusion was drawn by scientists at the University of Arizona in the United States after conducting two years of field research on commercially grown transgenic cotton. Related papers were published on the 1st issue of the "Journal of the National Academy of Sciences" published on the 1st. The genetically modified cotton that scientists studied is the earliest commercially cultivated Bt cotton. This cotton has been implanted with the toxic protein gene possessed by Bacillus thuringiensis and is resistant to the world's most important cotton pest, the pink bollworm. Since 1996, Arizona has planted 100,000 hectares of Bt genetically modified cotton. Scientists compared the cultivation of 6,600 square kilometers of cotton fields in Arizona, including 40 ordinary cotton fields, 21 Bt genetically modified cotton fields and 20 Bt transgenic cotton fields with herbicide resistance. They found that under the condition of using the same amount of any insecticide, the average yield per unit area of â€‹â€‹the Bt transgenic cotton field was 9% higher than that of the ordinary cotton field, and the ecosystem surrounding the transgenic cotton field was not particularly affected. However, in actual planting, the yield of Bt transgenic cotton fields and common cotton fields are often similar. The researchers explained that the growers of Bt genetically modified cotton generally reduce the use of pesticides, while growers in ordinary cotton fields tend to increase the amount of pesticides, while broad-spectrum insecticides prevent cotton bollworm. While other insect pests have been prevented, the Bt transgenic cotton can only prevent the infestation of the pink bollworm, and the result is that the yield of the Bt transgenic cotton field is almost the same as that of the ordinary cotton field. Kelly, an associate professor at the University of Arizona who led the study, said that the greatest benefit of GM crops is that they can reduce the risks of overuse of chemical fertilizers and pesticides in modern agriculture. However, how much benefits GM crops can bring in practice depends on how growers use new technologies. Change traditional production methods.

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