Enola bean update

Coincidentally, it seems, our favorite IPR-blogger Kathryn recently decided to take a look at the status of the famous Enola bean case. And lo! Just a week ago the US Patent and Trademark Office rejected yet again Larry Proctor’s patent claim on these beans.

Which won’t mean anything to anyone who has not been following the story. But no matter. Kathryn provides and excellent summary that will bring you up to speed, and resources to pursue things further. What I find most intriguing is her summary of the value of biodiversity, as demonstrated by the case:

One final point is that it seems fairly evident that Proctor’s accessing of the beans was contrary to the CBD – although there could be some debate as to whether he was accessing genetic resources or accessing biological resources. What impact have his actions had on the conservation and sustainable use of biodiversity? I don’t have any specific information on this but I can offer some theories.

Certainly, Proctor’s work points to the value of biodiversity. As his selective breeding of the beans went on, he found that “the roots ran deeper than other bean plants; the pods were more hardy, more resistant to moisture.” But his attempts to keep the value of the biodiversity to himself could be counter-productive to protecting biodiversity. With no benefits returning to Mexico, the incentives for the country and its farmers to protect biodiversity are diminished. Indeed, by economically harming Mexican farmers by trying to prevent the importation of yellow beans to the US, Proctor could be harming biodiversity if the farmers are forced to turn to more environmentally-harmful ways of earning a living. On the other hand, if the farming of yellow beans for export became very lucrative, this could also harm biodiversity if fields are devoted to monocultures of yellow beans with other varieties abandoned.

Accessing biodiversity in Brazil

Brazil has new procedures in place (called Sisbio) to issue licences to collect biodiversity for teaching and research, according to an article on SciDevNet. They are supposed to make the whole access system much easier to navigate. And faster: what used to take up to two years should now take 45 days at most. This bit struck me in particular:

Scientists will eventually be able to use Sisbio to access satellite images of potential research areas and gauge research activity in areas so they can better plan their research.

Seeds shared and saved

“When you save your own seeds, you can pick from the best plants and produce varieties that work well on your land,” he says. “You can maintain the background of genetic diversity, while adapting it to what works best for you.”

Own up, you thought that was a quote from an admittedly articulate local farmer sharing indigenous knowledge, didn’t you? Well, it was, except that this farmer has a PhD and farms in North Carolina in the US. Heritage and heirloom seeds are a big and growing deal over there, and this article in The Independent Weekly is a good account of the whys and wherefores of seed saving and sharing in industrialized countries.

ABS agreement under the microscope

I’m no expert on access and benefit sharing, but I do know that it is important to give the farmers who developed and maintain agricultural biodiversity a fair share in any profits that may flow from the commercialization of traditional varieties. Over at Blogging Biodiversity, Kathryn offers a detailed analysis of an agreement between the Ethiopian government and a Dutch company that underpins the company’s attempts to do something with teff (Eragrostis tef), the staple grain of Ethiopia. People who are interested in that sort of thing will find it interesting.

Certificates of Origin

One way in which agricultural biodiversity can help people live better lives is if they can market some unique product to boost their income. Difficulties arise, however, if someone else, seeing a thriving market, steps in and sells something similar but not quite the same. That’s one reason why certificates of origin are a big deal. Champagne has to come from the Champagne region of France; sparkling white wines made elsewhere using identical methods may be delicious, but they aren’t champagne.

Kathryn, over at Blogging Biodiversity, is following progress at the first meeting of the Convention on Biological Diversity’s ‘Group of Technical Experts on an Internationally Recognized Certificate of Origin/Source/Legal Provenance,’ which is taking place in Peru. She explains why this matters and what the options are better than I could, and I’ll be using her insights to following progress.