Overview
The genetically modified "Green Revolution" is a big issue at this international ministerial conference on agricultural technology. In addition to being the country of origin for genetically modified seeds and foods, the United States is also currently the major producer and exporter of these seeds and goods. The conference reviewed and summarised GM seeds and food under the US's direction, and the majority of participants agreed that the advantages of GM technology in agricultural output are obvious. First of all, agricultural yields are greatly increased. The specialists in attendance emphasised that GM technology can boost agricultural yields by 5% to 15%. For instance, the yield of GM maize is 10% higher than that of conventional corn, and the output of GM cotton is 4.4% higher than that of conventional cotton. Additionally, GM crops can withstand natural calamities and thrive in challenging climatic and geographic situations, some of which are even the most arid places on earth. Additionally, it helps to safeguard the environment. Because GM crops naturally resist weeds, viruses, and pests, less chemical pesticide is needed, which reduces pollution. For instance, GM soybeans may protect over 90% of the soil surface from erosion and reduce herbicide use by 22% while reducing pesticide use by 72% in GM maize. It safeguards the ecological environment by increasing the area available for the survival and reproduction of wild animals and insects and decreasing the pollution caused by chemical pesticides.
Benefits
The benefit is that it improves the food's nutritional value. Through the addition or deletion of agricultural genes, genetically modified crops can change the nutrient composition of food to better meet human needs. Many delegates from developing and undeveloped countries, who think that the adoption and promotion of genetically modified technology in agriculture at least resolves their domestic food and clothing concerns, are particularly in favour of these advantages. Over 800 million people worldwide are currently suffering from hunger and malnutrition, according to experts. The population of the globe will increase from 6 billion in 1999 to 9 billion by 2050, while the amount of arable land and freshwater resources is decreasing. Future generations' traditional food crops won't be able to address the issue of food scarcity, and biotechnology will play a significant role in finding a solution.
However, other representatives at the meeting expressed scepticism over the dangers and security risks that humans may face from eating crops that have undergone genetic modification. Some people used the example of genetically modified cotton to make the point that cotton that is resistant to bollworm may cause the rise of more potent pests that are more destructive to crops and cause global catastrophes. A well-known representative of the US technology sector disputed the claim that genetically modified pest-resistant cotton has been in use for more than ten years and that any new, more potent pests have yet to be discovered. Even if this fictitious cotton pest materialises, we can alter the DNA of the cotton or crop to confer new resistance.
Some people have suggested that eating foods that have been genetically engineered may be a latent threat to human health, possibly producing a number of illnesses like cancer and liver disease. Others dispute this claim, pointing out that genetically modified crops have been around for 20 years and that there is no proof that they are harmful to people's health. In fact, according to Dr. Robert Frelly, vice president of Monsanto Corporation, genetically modified foods and crops should be viewed as being more advantageous to human health, and more research and development in this area is required. He uses fish consumption in Japan as an illustration of how unsaturated fatty acids help prevent heart disease. In order to create a food that can have a similar effect on avoiding heart disease, scientists have now discovered a plant with similarly advantageous unsaturated fatty acids and have introduced its DNA into edible crops.
In fact, a number of genetically modified crops have already been developed that have health advantages like boosting immunity, lowering cholesterol, and preventing cancer. US technologists also say that because chemical pesticides are used less frequently or not at all, genetically modified crops are healthier. As an illustration, altering the mature genes in crops like fruits and potatoes during cultivation enables them to cease developing after harvest, naturally extending their shelf life and obviating the need for the chemical preservatives frequently employed by retailers today.
Genetically engineered crops can also protect humans from viruses spread by pests. For instance, genetically altered maize not only wards off dangerous insects but also guards against fusarium, an insect-borne toxin that harms plants. Animals who eat maize contaminated with this toxin will become unwell and die, and they are the main reason why people get esophageal cancer.
In United States
The United States is the nation that uses genetically modified food the first and most extensively, according to many Americans who attended the conference and told media as much. Americans would utilise it if there were actual health issues, right? Several dozen genetically modified types of plants, mostly corn, cotton, canola, soybeans, potatoes, papaya, tomatoes and pumpkins, have currently received FDA approval. In the United States, components from genetically modified organisms make up more than 60% of retail food. Over 500 million farmers across 18 nations and regions have embraced the genetically modified technology and improved strains. The area of genetically modified crops has grown over 30 times since 1996, and the variety has expanded steadily. Soybeans, cotton, canola, and maize make up 36%, 16%, 11%, and 7%, respectively, of the total amount of genetically modified crops planted worldwide.
Most guests agree that we shouldn't put ourselves in any kind of unfavourable or presumptive situations before a new technology even exists. Genetically modified technology gives farmers new opportunities; nevertheless, it is not required of them. The development potential and space of this technology is clear, and the development trend will be irreversible, given the actual and future conditions of the world's population, land, and water supplies.
