Genetically engineered crops are known to cause environmental damage in a number of ways, and may cause even more damage than we know. For one,are designed to survive the application of herbicides. This means that farmers can apply more powerful and toxic herbicides, such as Roundup or the main ingredient of Agent Orange, to their crops to kill weeds. These herbicides then leak into the water supply and harm animals and plants throughout the local environment. In addition, any animal that feeds on a GE crop is likely to suffer from health effects, such as organ damage, immune problems, infertility, etc. To make matters worse, GE crops can crossbreed with natural crops, contaminating the offspring with GE DNA. If GE crops are not banned soon, many crops such as corn, soy, cotton, and canola may be permanently contaminated.
The dangers would be that the genetically engineered plants and crops can become harmful to the environment and society.
Genetically engineered crops, like corn and soybeans, are examples of biotechnology.
Some food staples, such as rice, contain more nutrients.
The only proven disadvantage to genetically modified (GM) crops is that some people have shown an alleregic reaction.
People have genetically modified foods to make them more insect-repellant, to give higher crop yields, to give products with more appealing qualities (flavour, texture, shelf life); this provides benefits for both producer and consumer. Some crop have been modified to be resistant to certain brands of herbicides, so that the plants are not affected when the farmer sprays the area for weeds (see the Monsanto website). Other modifications take the form of plants that are modified to be resistant to saline soils, or drought conditions. These benefits can increase the yields of crops in poorer or arid parts of the world which are normally susceptible to food shortages.
They will help the environment by allowing farmers to use fewer pesticides.
The dangers would be that the genetically engineered plants and crops can become harmful to the environment and society.
It depends on how they are genetically engineered. The possibilities are almost endless (given time to research the idea) but there are 2 genetic modifications that seem to be most common. Making a crop easier to grow in harsher climates, or causing the crop to grow faster. There are also drawbacks, such as many genetically engineered crops having lower nutritional value, but scientists are constantly working on overcomming these problems, and most of the genetically engineered crops used today are free of these problems.
It depends on how they are genetically engineered. The possibilities are almost endless (given time to research the idea) but there are 2 genetic modifications that seem to be most common. Making a crop easier to grow in harsher climates, or causing the crop to grow faster. There are also drawbacks, such as many genetically engineered crops having lower nutritional value, but scientists are constantly working on overcomming these problems, and most of the genetically engineered crops used today are free of these problems.
Genetically engineered crops, like corn and soybeans, are examples of biotechnology.
Genetically engineered crops, like corn and soybeans, are examples of biotechnology.
Monoculture crops make our food supply vulnerable to disease Pesticides have helped crops in the short run Hybrids and genetically engineered crop varieties grow more efficiently
Some food staples, such as rice, contain more nutrients.
By far the characteristic that is most often genetically engineered into crop plants is resistance to herbicides, with engineering crops to produce a substance that kills insects into the plant itself a close second.
GM crops are produced much like other crops, except that many that are grown have been genetically engineered to be resistant to herbicides or to produce an insecticide in the plant itself.
Some GMO crops are genetically engineered to produce a substance that kills insects when they is eaten by them. It is for that reason that some GMO crops are classified as pesticides by the EPA.
the bacteria do not function properly when they are introduced into the plants.