Hot potato in Europe

From André Heitz.

Approval of genetically modified varieties in Europe is governed by a strange rule: a qualified majority of member States in Council is required for either approving or rejecting a GMV, and if a qualified majority does not obtain, the decision is entrusted to the European Commission. For the last twelve years — a period of time in which GMVs rose from some 30 to some 134 million hectares worldwide — member States have always managed to create the stalemate that threw the hot potato onto a shy Commission preoccupied by its standing rather than effectiveness.

Things may have changed on 2 March 2010, when the Commission — ending a process that started in January 2003 — approved BASF’s Amflora potato for cultivation for industrial use (it is a starch potato composed almost exclusively of amylopectin) and authorised the use of its by-products as feed. At the same time, it authorised the placing on the market of three GM maize products (MON863xMON810, MON863xNK603, MON863xMON810xNK603) for food and feed uses, but not for cultivation.

Not unexpectedly, these decisions provoked the ire of “environmental groups” and some member States. In the Amflora case, the controversy centres on the presence of an antibiotic resistance marker gene.

Whether those decisions are a positive signal for GMVs in Europe is quite uncertain, however.

Firstly, the cultivation authorisation for Amflora is subject to restrictions to prevent the mixing of the GM potato with conventional or organic potatoes. Sounds reasonable, but the measures are nothing but good crop husbandry and industrial practices, moreover in the context of a crop that will be grown exclusively under contract with a limited number of processors. The upshot is that this potato is still treated like a delinquent requiring close scrutiny. Ironically, if we exclude the ARM nptII gene (now present elsewhere on millions of hectares) and the changed proportion of amylopectin and amylose, Amflora is no different from conventional starch potatoes.

Secondly, it is understood that member States will be free to refuse the cultivation of Amflora (at present, member States can only derogate to the principle of a single market under strict conditions). The Commission will also produce a “proposal by the summer setting out how a Community authorisation system, based on science, can be combined with freedom for Member States to decide whether or not they wish to cultivate GM crops on their territory”.

Health and Consumer Policy Commissioner, John Dalli stated: “Responsible innovation will be my guiding principle when dealing with innovative technologies. After an extensive and thorough review of the five pending GM files, it became clear to me that there were no new scientific issues that merited further assessment. All scientific issues, particularly those concerning safety, had been fully addressed. Any delay would have simply been unjustified. By taking these decisions, the European Commission fulfils its role in a responsible manner.” There is every reason to expect that national governments — and why not also regional and local authorities — will not decide on the same basis when confronted with irrational arguments and electoral pressure.

For more, both with further links:

UG99 in the internet mainstream

It was Lord Beaverbrook, I think, who said that if something had not been reported in his once-mighty Daily Express, then it hadn’t happened. 1 For netizens of the modern age, much the same could be said of MetaFilter; if it isn’t there, it’s nowhere. And so it came to pass that UG99, recently covered by Wired magazine and Nibbled here, is officially a threat; it says so on MetaFilter.

I’m not actually a member, nor do I care to be. 2 But if I were, I’d be responding to some of those comments, oh yes. And thanks to those comments, I’ve learned that the Wired piece’s author keeps a blog, which contains stuff that had to be left out. Cool.

Nibbles: Genomes, Sorghum squared, Tropical forests, UG99, Vanilla, Himalayan agriculture

Nibbles: Irrigation squared, Saffron, Chickpeas, Coastal trees, Cucurbits

Crop improvement in the news

Two stories of collaborative crop improvement — past, present and future — and the genebanks that underpin it to end the week with.

From an IRRI press release out today on IRRI’s collaboration with the Philippines:

Filipino farmers have adopted more than 75 IRRI-bred high-yielding rice varieties since 1960, have greatly improved their fertilizer and pest management strategies, and are implementing water-saving technologies.

It is telling that a particular point is made of the Filipino material in the IRRI genebank.

…in the International Rice Genebank housed at IRRI, 4,670 rice samples from the Philippines are conserved, including 4,070 traditional varieties, 485 modern varieties, and 115 wild relatives — all are available to share with Filipino farmers and scientists.

And from USDA’s Agricultural Research magazine, Feb. 2010 edition:

Of 1,768 heirloom wheats submitted since 2005, only 78 (or 4.4 percent) showed resistance to Ug99 at the Njoro site. Still, the prescreening led to identification of more Ug99-resistant wheat accessions than would’ve been achieved from sending randomly selected accessions for testing, says Bonman. This is evidenced by the fact that 7 percent of wheat lines resistant to U.S. races showed rust resistance in Kenya, yet only 1 percent of randomly selected accessions did.

I’ll be travelling for the next couple of weeks and blogging may be sparse.