Genetically modified organisms (GMOs or GMs) are one of the most well-studied areas of biological and agricultural research. However, one of the tactics of the GMO refusers is that “there’s no proof that GMOs are safe.” It’s time to look at the GMO science facts – examining myth from science.
Typically, in a debate, the side making the assertion (those that say GMOs are unsafe) are responsible for the evidence that supports their contention. But, the anti-GMO gang relies upon the argument from ignorance, trying to force the argument to “if you can’t prove that they’re safe, they must be unsafe.”
The anti-GMO forces also like to invoke the precautionary principle, which attempts to shift the burden of proof to those who are advocating GMOs (or any new technology) until the advocates “prove” that there are absolutely no negative consequences of using GMOs.
The principle is often cited by anti-science and/or environmental activists when there is a perceived lack of evidence showing that this technology is absolutely safe.
I’ve written numerous articles about GMOs, focusing on scientific evidence supported by high-quality research. And more than a few articles debunked myths and bad research from the anti-GMO crowd. To assist those who are doing research on the topic, this article was created to be a one-stop shop for GMO science facts – and fiction.
My job here is to push science, and push it hard. And I’m not pushing “science” as some esoteric philosophy of academia, but as a relatively easy system of gathering evidence in support of (or alternatively, in refutation of) what people believe. There isn’t some button you push to get “science”, even though way too many people think that click on a Google search qualifies as science (and evidence supporting their “science”). I try to call out false equivalences, that is, that all evidence is equal, even if one side of the “debate” has low quality or even no evidence. I try to provide methods to rank evidence, so that an average reader can get an indication of the quality of evidence supporting a pseudoscientific or anti-science belief, which allows anyone to make a better critical analysis of what is written.
But sometimes, you don’t even need science. Just common sense, something woefully lacking in many of the anti-science memes that seem to easily circulate across social media these days.