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			 by Jill Richardson October 31, 2011 from AlterNet Website 
 
 
 
			 
 
			Even as increasing scientific evidence 
			concludes that biotechnology and its arsenal of genetically modified 
			crops may be doing more harm than good, companies like Monsanto are 
			still pushing them hard and they are getting help from the U.S. 
 
			 
 Here's a recent example: Assistant Secretary of State Jose W. Fernandez, addressing an event of high-level government officials from around the world, agribusiness CEOs, leaders from international organizations, and anti-hunger groups said, 
 Many scientists would disagree with these statements, which are more controversial than Fernandez let on. 
 The Union of Concerned Scientists found that biotech crops did not lead to reliable yield increases compared to conventional, non-GMO crops and that biotech crops actually required more pesticides than conventional crops. 
 These conclusions are reiterated by the scientists who authored the "International Assessment of Agricultural Knowledge, Science, and Technology for Development" (IAASTD) report, a 2008 study written by 400 scientists from around the world concluding that agroecology was the best way to feed the world. 
 
			And a recent 30-year study by the Rodale 
			Institute found that organic methods provided excellent drought 
			protection, whereas drought-tolerant GMOs are mostly still an idea 
			of the future. 
 His background prior to working at the State Department was as a lawyer specializing in international finance and mergers and acquisitions, particularly in Latin America. 
 Now he heads up the State Department's Bureau of Economic, Energy, and Business Affairs (EEB), which works, 
 
			And part of such prosperity, according 
			to EEB, includes promoting GMOs around the world. 
 The word "biotechnology" was added to the office's name in 2003. 
 ABT seeks to address, 
 Among other things, ABT is responsible for doling out half a million dollars per year in Biotechnology Outreach Funds. 
 This amounts to pennies compared to the overall federal budget, but it goes a long way, as grants are often around $20,000 apiece, especially considering the cumulative impact of their use in promoting biotechnology around the world each year since 2003. 
 Biotech Outreach Fund requests for 2010 included: 
 The requests above were revealed in secret cables leaked by WikiLeaks. 
 While the cables did not divulge which requests were accepted, they do tell the story of State Department employees whose jobs consist of promoting biotechnology around the world. 
 Between 2005 and 2006, then senior adviser for agricultural biotechnology Madelyn E. Spirnak traveled to, 
 
			...to promote biotechnology. 
 The private sector representatives referred to include Monsanto and Cargill. 
 According to a leaked State Department memo, Spirnak learned that the government of South Africa was planning to hire several new people to work on GMOs. 
 The memo reads: 
 The State Department promotion of biotechnology comes from the top. 
 Both Hillary Clinton and Condoleeza Rice before her sent out annual memos to all U.S. embassies outlining State Department policy on biotechnology. 
 In December 2009, Clinton wrote, 
 ABT's work dovetails with that of another State Department agency, the U.S. Agency for International Development (USAID.) 
 USAID's work on biotechnology has focused on two main goals: 
 Biosafety laws, a common theme in leaked State Department memos discussing biotechnology, basically mean, 
 
			USAID's work funding the development of 
			GMOs began in 1990, when it funded the Agricultural Biotechnology 
			Support Project (now known as 
			
			ABSP I), a project based at Michigan 
			State University's Institute for International Agriculture that ran 
			until 2003 but was continued in a successor project (predictably 
			called
			
			ABSP II) that continues today. 
 However, unlike ABSP I, it is led by Cornell University. ABSP II, which is ongoing, includes among its partners a number of U.S. universities, research organizations in partner countries, NGOs, foundations, and several corporations - including Monsanto. 
 
			ABSP II projects include the development 
			and commercialization of GM crops like a disease-resistant potato in 
			India, Bangladesh and Indonesia; Roundup-Ready Bt cotton in Uganda 
			(similar to the GM cotton already grown in the United States); and 
			perhaps the most controversial, Bt eggplant, intended for India, 
			Bangladesh and the Philippines. 
 Like the bacteria, the eggplant will produce a toxin that kills insects that prey on it. Bt is a commonly used organic insecticide. When the bacteria is applied by organic farmers, it lasts for a short time in the environment, killing the insects but ultimately having little impact on the agroecosystem, and giving the insects no real opportunity to evolve resistance to the toxin. 
 
			When the gene is engineered into a crop, 
			the crop produces the Bt toxin in every cell during the entire 
			duration of its life. As of 2011, there are now reports of insects 
			evolving resistance to Bt in genetically engineered crops in the 
			United States. 
 India is the center of origin for eggplant, the country where the crop was first domesticated, and home to incredible biodiversity in eggplant. 
 
			Adoption of Bt eggplant 
			threatened both the loss of biodiversity as farmers traded their 
			traditional seeds for new GM ones, as well as the genetic 
			contamination of traditional seeds and perhaps even wild eggplant 
			relatives. 
 
			The Filipino NGO SEARICE (Southeast Asia 
			Regional Initiatives for Community Empowerment), which works on the 
			conservation of traditional varieties and on expanding farmers' 
			rights, also opposes the introduction of Bt eggplant. (And, back in 
			India, the government of India has now gone on the offensive, filing 
			a 
			
			biopiracy suit against Monsanto over the Bt eggplant.) 
 
			For a government department that 
			frequently calls for "science-based" policy, ignoring the totality 
			of evidence on biotechnology is not very science-based.  
 
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