You would have to speak directly to farmers to get their reactions to genetically modified food, but it is likely that if it makes them more profits with less effort, they like it in that respect.
i have no clue
They are genetically modified to taste better.
genetically modified plants/fruits/vegetables
GM white potatoes were genetically modified, but when tested they were not found to be suitable for consumption. Accoding to current information, white potatoes sold at the grocery stores, farmers markets, etc. are not GMOs.
Genetically modified foods are actually quite common today. They are created by farmers using selective cross breeding and by scientists manipulating the food's genetic code. Common examples of this type of food are seedless fruits.
One problem GMO crops pose for farmers who do not grow them is cross pollination of GMOs in non-GMO crops, especially those that are grown organically.
Increased production and disease resistance, in the most benign scenarios. In the dirtiest scenarios, modified crops are engineered and then given a sort of 'copy protection' to prevent future generations of seed from being viable, forcing the farmers to purchase new seed each year.
Almost all of the food we eat is genetically modified, originally by selective breeding and recently, in addition, by direct manipulation of DNA. Genetic modification can make food more abundant, more nutritious, more resistant to disease, more tolerant of harsh environmental conditions, and easier to pack and ship. It can also render the modified plants sterile so farmers cannot plant their seeds and must buy new seeds every year from the manufacturer.
Most of the food plants we use now are 'genetically modified' in the way of improving the amount of food able to be grown, the disease resistances of the plant, the quality and consistency of the food grown - but then farmers have been doing this type of work for hundreds of years, the scientists have only recently taken up the habit
Because genetically modified things can create unknown dangers that may not be immediately apparent. Through genetic modification, genes are introduced into an organism that will provide it with a desired trait. However, triggering that gene to come on may also trigger other genes to turn on that can't be anticipated or immediately identified and lead to undesirable consequences. Additionally, genes can cross over into other unintended species. For instance, the gene that makes corn produce its own toxins to fight off disease and infestations could potentially cross over to the bacteria in your gut, hence those toxins will be produced in your body indefinitely. Cross pollination can result in genetically modified plants crossing their genes over to non-genetically modified plants resulting in unintended modified crops that farmers may not even be aware of and could be sold as non-genetically modified to the unsuspecting consumer.
One of the biggest issues in agricultural microbiology is the increasing presence of genetically modified foods. Farmers might genetically modify their crops to increase a yield or to sell to different companies, but the effects on the people who eat that food are potentially very dangerous. The issue has caused much debate throughout the years.
In the United States, genetically modified foods have been declared to be "substantially equivalent" to non-GMO foods, so there are no differences in how they are grown. There are recommendations for GMO farmers to plant barriers of non-GMO crops to cut down on cross pollination of their crops with non-GMO crops, but these are just recommendations and are not enforced.