A nipa hut quitely sits amidst fields of organic rice standing witnessing hardwork and persistence of the farmers in Sitio Canaan, Barangay Crossing, Magallon, Negros Occidental. © Greenpeace/Gigie Cruz-Sy

Only a couple of decades ago, genetically modified organisms (GMO) would have been something out of science fiction. In the not so distant past, we never imagined we would find on our dinner tables strawberries with fish genes, corn with bacterial genes, and soybeans with built-in herbicides. Little did we know that such scenes would turn into reality in a dizzyingly short period of time. But this is now part of today's reality.

In the natural world, organisms develop specific desirable traits through evolution. This is usually a very slow process and driven by natural laws---not by human beings. Typically, an organism develops a color that will camouflage it from potential predators through hundreds or thousands of years of selection and adaptation. And, in the natural world, species never breed with unrelated species.

Greenpeace activists dressed to symbolize the "bul-ul", a traditional Ifugao rice guardian, carried out a protest at the Department of Agriculture in Quezon City. © Greenpeace / Joseph Agcaoili

With the advent of genetic engineering, the natural barriers between species have been broken down. Today, different species can be genetically manipulated to give rise to totally new organisms, presumably with a human-desired trait. Today, through human intervention, a fish can contain genes from a plant, and a plant can be 'shot' with genes from a bacterium. The possibilities for novel organisms are endless with this technology. They are also unpredictable and frightening.

Greenpeace is in the forefront of the campaign to oppose the release of GMOs into the environment. Greenpeace insists that because the technology is very new and imprecise, the potential ill effects on public health and on the environment are still widely unknown. The truth is no one knows for sure how these new man-made creations will affect life on planet Earth. Therefore, because there is still no scientific consensus as to long-term impact, and in accordance with the precautionary principle, it is best that no releases of GMOs into the environment be allowed.

This technology must be approached with great caution and more study! Releasing GMOs into the environment could have lasting effects that we cannot yet even imagine.