Hope Not Hype - Third World Network
Hope Not Hype - Third World Network
Hope Not Hype - Third World Network
- No tags were found...
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
40 <strong>Hope</strong> <strong>Not</strong> <strong>Hype</strong><br />
makes its way into the general food supply, it may take many years and enormous effort to<br />
get rid of it (Marvier and Van Acker, 2005, p. 103).<br />
[US/creeping bentgrass:] The results show that the CP4 EPSPS transgene [conferring<br />
glyphosate tolerance] escaped from the [glyphosate-resistant creeping bentgrass] fields and<br />
continued to spread for 3 years after the fields were taken out of production. As we<br />
hypothesized, it was unrealistic to think that a transgene could be contained in an outcrossing,<br />
wind-pollinated, small-seeded, perennial crop, even with expanded isolation distances and<br />
stringent production practices. This fact has implications for the deregulation and production<br />
of GE crops in the future, especially those for pharmaceutical or industrial uses (Zapiola et<br />
al., 2008, p. 490).<br />
Unwanted or unsafe GMOs could persist in nature or agroecosystems (Heinemann,<br />
2007).<br />
Regardless of how effective regulations or contracts are, some producers (either deliberately<br />
or inadvertently) will misappropriate these new technologies, diluting the benefits and creating<br />
potential new risks and liabilities. Furthermore, even if all “cheating” (producers’ illegal use<br />
of technology protected in a patent) could be controlled, many plant species are promiscuous<br />
sexually, creating natural gene flow to related species (Smyth et al., 2002, p. 537).<br />
No amount of regulation can guarantee that [GM] crops will not escape and multiply (Ledford,<br />
2007, p. 132).<br />
Table 4.1: “Some past escapes” (Ledford, 2007, p. 132)<br />
1997 Canadian canola contaminated with unapproved HT canola.<br />
2001 An unapproved Monsanto GM corn pollinated a commercial crop.<br />
2002 ProdiGene’s corn producing a veterinary pharmaceutical found in neighbouring food<br />
or feed corn.<br />
2002 ProdiGene’s corn found growing among commercial soybean plants.<br />
2004 Transgenic bentgrass found outside containment area.<br />
2005 Syngenta’s unapproved Bt10 transgenic corn found in commercial food/feed supply.<br />
2005 Unapproved varieties of GM rice found circulating in China.<br />
2006 BASF planted regulated corn outside of approved areas.<br />
2006 Bayer CropScience’s unapproved transgenic rice varieties found in US food supply.<br />
2006 Chinese GM rice not approved for food or feed found in Europe.<br />
2008 Unapproved Monsanto GM rice found mixed with commercial varieties in Texas<br />
(Hananel, 2008).