Shockwaves are being felt across the world's wheat markets following the first-ever discovery of unauthorised genetically engineered wheat growing on a US farm a development that gives further proof that GE crops cannot be controlled.
The discovery of Monsanto's GE wheat, confirmed by US authorities, sparked alarm among Washington's trading nations, pushed wheat prices lower and is threatening US exports. It should not be seen, however, as totally unexpected.
The GE wheat is a herbicide tolerant wheat (probably MON 71800) that Monsanto tested in fields across 16 states between 1998 and 2005. The wheat was never authorised and never commercialised becauseMonsanto withdrew its application in May 2004
following massive global opposition from farmers, consumers and environmentalists.
So what happened between the last field tests in 2005 and the announcement of a contamination in a Oregon eight years later? How did it get there? Who is responsible? Who will pay for the decontamination? Is the contamination limited to one farmer's field in Oregon or is it only the tip of the iceberg of a wider problem? Will Canada, where the GE wheat was also tested, be affected by the contamination?
An activist helps quarantine a government-run farm in Canada to expose the risks of Monsanto's genetically engineered wheat.
About 90% of Oregon wheat production is exported mainly to Asian countries. This contamination will hit commodity trade as more Asian governments start testing for GE contamination and require guarantees from the US (and possibly from Canada) that wheat imports are not contaminated with this GE wheat. According tofigures from the US Wheat Associates,
out of the 11.4 million tonnes of wheat exported by Oregon, 50% is sold to East Asia (China, Japan, South Korea), 28% to South East Asia, 9% to Latin America and 9% to the Middle east.
Greenpeace and other NGOs have been warning about contamination
of our food and the environment from GE crops for several years. GE contamination threatens farmers' incomes and consumer choice. It can threaten the environment and pose risks to human health.
There have been already too many incidents ofcontamination
in the past andGE contamination is simply not worth the risk!
US authorities claim that this GE wheat is 'safe' based on what Monsanto told them;
that "this wheat variety is not materially different in composition, safety, or any other relevant parameter from wheat now grown, marketed, and consumed". But why should they trust Monsanto, which has great commercial interests at stake, to provide rigorous and impartial scientific data on its own product? It looks like a case of the fox guarding the henhouse!
The developers of GE wheat and government authorities have repeatedly said that GE wheat will not contaminate conventional or organic wheat because it is predominantly self-pollinating (i.e. the pollen does not spread very far, unlike cross-pollinating crops such as maize and oilseed rape).
Despite this, contamination from GE wheat has happened. Like other GE contamination, the route of contamination isn't clear. For example, Bayer said the massive contamination of US rice in 2006 with an unapproved, experimental variety of rice called LL601 was an"act of God"!
Early this year the European Environmental Agency (EAA) published a report(Late lessons from early warnings: science, precaution, innovation)
that documented "how damaging and costly the misuse or neglect of the precautionary principle can be". The EEA reviewed extensively the problems with GE crops as obstacles to and a distraction from ecological farming solutions.
The Monsanto GE wheat contamination shows again that governments and industry measures to prevent contamination are failing. The only permanent solution is to immediately ban the field testing of GE crops.
More fundamentally, the world urgently needs to switch toecological farming
and get out of the chemical/GE industrial agriculture treadmill and the environmental risks it represents.