Is GMO Farming Poisoning The World's Drinking Water?

Is GMO Farming Poisoning The World's Water Supply?

Monsanto's Herbicide Linked To Groundwater Contamination

In a groundbreaking study published in the journal Analytical and Bioanalytical Chemistry last year, evidence surfaced that glyphosate, the active ingredient in the Monsanto's patented herbicide Roundup, is flowing freely into the groundwater in areas where it is being applied.1 The researchers found that 41% of the 140 groundwater samples taken from Catalonia Spain, had levels beyond the limit of quantification – indicating that, despite the manufacturer's claims, glyphosate herbicide does not break down rapidly in the environment, and is accumulating there in concerning quantities.

Why Is Groundwater Contamination An Important Finding?

Groundwater is water located beneath the ground surface, that supplies aquifers, wells and springs.  If a chemical like glyphosate is mobile enough to get into the groundwater and is intrinsically resistant to being biodegraded (after all, it is being used to kill/degrade living things – not the other way around), significant environmental exposures to humans using the water are inevitable. After all, according to the USGS, 88,000 tons were used in the US in 2007 alone.

Keep in mind that glyphosate is considered by the EPA as a Class III toxic substance, fatal to an adult at 30 grams, and has been linked to over 20 adverse health effects in the peer-reviewed, biomedical literature.

This groundwater contamination study adds to another highly concerning finding from March, 2011, published in the journal Environmental Toxicology and Chemistry, where researchers found the chemical in 60-100% of all air and rain samples tested, indicating that glyphosate pollution and exposure is now omnipresent in the US. When simply breathing makes you susceptible to glyphosate exposure, we know we are dealing with a problem of unprecedented scale.

In fact, glyphosate's broad spectrum toxicity has been identified to be one potential cause for the disturbing loss of indispensable food-starter bacteria from soils and cultured foods within certain regions of the world, indicating that GMO farming may be depleting the microbial biodiversity of the soil, and ultimately its ability to remain fertile.

Who Is Responsible For The Groundwater Contamination? 

Monsanto is a multinational agricultural biotechnology corporation, presently dominating the global genetically engineered seed market, with 90% market share in the US alone. It is also the world's largest producer of the herbicide glyphosate, marketed as "Roundup," among other brand names.  If you are eating corn and soy, or any of their ten thousand plus byproducts – and it does not have a USDA organic logo – you are getting the Monsanto "double whammy": the genetic modification (GM) of your health (and gene expression) that follows the consumption of GM food (because we are – literally – what we eat), and ceaseless chemical exposure to glyphosate, as all Monsanto-engineered foods have been designed to be glyphosate-resistant, and therefore are saturated with it.

Military aircraft spraying agent orange

Military aircraft spraying Agent Orange

Is Monsanto's Herbicide A New Agent Orange?

Roundup is not Monsanto's first entry into the systemic herbicide market. Monsanto admits it manufactured the herbicide/defoliant Agent Orange from 1965 to 1969, which Vietnam estimated killed and maimed 400,000 people and resulted in the 500,000 children being born with birth defects.

The true devastation caused by Agent Orange was covered up for many years. We may find that Monsanto's Roundup, and its primary active ingredient glyphosate, may be causing a similar degree of devastation to both environmental and human health under the lidless, though not very watchful eye (as far as business interests are concerned), of our regulatory agencies.

Indeed, glyphosate is a powerful endocrine disrupter. Exceedingly small amounts are capable of mimicking and/or disrupting hormonal pathways, cell receptor sites and signaling. Research culled from The National Library of Medicine links it to 17 adverse pharmacological actions, including carcinogenicity, genotoxicity, neurotoxicty, hepatoxicity, and nephrotoxicity.

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