With each step we take in the production and deployment of new GMO seeds, we are playing a game of Russian roulette. – Kurt Cobb
“GMOs, however, offer a classic case of unforeseeable systemic ruin. We will know we are ruined by this untried technology after the ruin happens (perhaps in the form of famine or widespread human health and/or environmental effects). The authors categorically reject the notion that modern genetic engineering of plants is no more dangerous than traditional selective breeding.
This is because traditional methods are tried on a small scale and only achieve large scale acceptance and use over time if they are successful, that is, demonstrate no drastic side-effects or failures. This mimics nature’s bottom-up approach to evolution; the changes affected this way are gradual, not drastic–and, of course, they don’t involve transferring genetic material from completely different species, say, from a fish into a tomato.
Proponents will say that cross-species transfer of genetic material takes place in nature as well. But its scope is limited and its survivability and evolutionary fitness are tested over long periods during which these changes either thrive or disappear.
The top-down approach of the GMO industry introduces GMO crops everywhere across the world in a short period and combines one risk–untested genetic combinations–with another grave risk–monoculture. The long-term product of these two risks is unknown. But it is rightly categorized as systemic. GMO crops are now deployed worldwide and they can and do also contaminate non-GMO crops and wild plants through pollination.
Crops created through selective breeding have long histories of success and toxicities that are well understood and unlikely to change suddenly. As each new GMO crop is deployed, we cannot know ahead of time whether it will lead to systemic health and/or environment problems because there is little testing and, in any case, the amount of experience we have with GMO crops is far, far shorter than for the products of traditional selective breeding.
With each step we take in the production and deployment of new GMO seeds, we are playing a game of Russian roulette. The first few times we’ve pulled the trigger, we did not get catastrophic systemic effects–not yet, at least. But, since there is a nonzero risk of such effects, the probability of creating catastrophic outcomes becomes certain over time. The risk is virtually 100 percent that we will ultimately reach the chamber in the Russian roulette gene gun that causes catastrophic and widespread damage to humans and/or the environment.
Saying that there is no evidence so far that this will happen is a failure to understand that hidden systemic risk can often only show up on very long time scales. And, of course, when that risk does show up, it’s too late to do anything. Remember: when we manipulate a gene or genes inside a plant, we are not doing just one thing. Without knowing it, we are affecting multiple systems in the plant and in the environment the plant lives in. We are creating multiple possible pathways to ruin.”