”Control food and you control the people.” Monsanto, TPP, Global Food Dominance
/“Control oil and you control nations,” said US Secretary of State Henry Kissinger in the 1970s.
”Control food and you control the people.”
Global food control has nearly been achieved, by reducing seed diversity with GMO (genetically modified) seeds that are distributed by only a few transnational corporations. But this agenda has been implemented at grave cost to our health; and if the Trans-Pacific Partnership (TPP) passes, control over not just our food but our health, our environment and our financial system will be in the hands of transnational corporations.
Profits Before Populations
According to an Acres USA interview of plant pathologist Don Huber, Professor Emeritus at Purdue University, two modified traits account for practically all of the genetically modified crops grown in the world today. One involves insect resistance. The other, more disturbing modification involves insensitivity to glyphosate-based herbicides (plant-killing chemicals).
Often known as Roundup after the best-selling Monsanto product of that name, glyphosate poisons everything in its path except plants genetically modified to resist it.
Glyphosate-based herbicides are now the most commonly used herbicides in the world. Glyphosate is an essential partner to the GMOs that are the principal business of the burgeoning biotech industry. Glyphosate is a “broad-spectrum” herbicide that destroys indiscriminately, not by killing unwanted plants directly but by tying up access to critical nutrients.
Because of the insidious way in which it works, it has been sold as a relatively benign replacement for the devastating earlier dioxin-based herbicides. But a barrage of experimental data has now shown glyphosate and the GMO foods incorporating it to pose serious dangers to health.
Compounding the risk is the toxicity of “inert” ingredients used to make glyphosate more potent. Researchers have found, for example, that the surfactant POEA can kill human cells, particularly embryonic, placental and umbilical cord cells. But these risks have been conveniently ignored. [MORE]
