GMO, is it what we need? For millions of years, farmers have often used to breed crops for certain traits that are common to the world. Genetic engineering would provide a much quicker and more straight to the point, way to achieve the same goal, but could that affect us and our health. However, Genetically Modified (GM) crops could help improve yields, but can also, enhanced nutritional value, with longer shelf life, and resistance to drought, frost, or insect pests. Is this what would help us restore our planet to health and help our food sources? Modifying our food source Global food production must face several challenges such as climate change, population growth, and competition for available lands. However, genetically engineered (GE) …show more content…
Farmers who are growing papayas that are genetically engineered to resist the ringspot virus which currently the papayas have been contaminated with. However, this doesn’t stop the spreading of the devastating ringspot virus, and the outcome of the ringspot virus is the new development of the first transgenic papaya. Which has raised concern of an anti-GMO movement based on the misinformation and fear of the people. (Cornrow & Hazen, 2017) Benefits. With worldwide population growing, and increasing dramatically the massive 3rd world hunger is more than likely to strike, they can make an estimation that a die can die every two seconds due to world -wide starvation; this does not even consider the number of people who are being undernourished. Yet, thanks to our scientist they have built the use of technology to help our industries of crop productions and farmers but not only them also our societies worldwide. Plants that contain better resistant to weeds, and that can keep out pest , plus other diseases is one way that Genetically modified (GM) crops is a benefit to the world. Also, Genetically modified foods can create a huge production of crops making it impossible to run out of food in the world. So, starvation would stop in the world and people will make enough before we can even run out