Rutgers University’s New Jersey Agricultural Experiment Station has something called a Youth Farmstand Program. Farmstands — market stalls selling local produce, often organically grown — offer “a hands-on entrepreneurial experience to youth in the mechanics of owning and operating a small business, based on the premise that experience really is the best teacher.” They also provide “a unifying framework for youth, farmers & communities to achieve success. Each needs the others’ support to grow and prosper, so everyone wins!” Sounds like a great idea to promote agricultural biodiversity, better nutrition and youth development all at the same time.
Rice research highlighted
Video, slideshow and more on IRRI’s work.
Breadfruit overlooked
USAToday has done a nice write-up of the National Tropical Botanical Gardens in Hawaii, but, unaccountably, this does not even mention the work of the Breadfruit Institute, which is a department of the NTBG. I blogged about the Institute and Diane Ragone’s pioneering efforts in breadfruit conservation not too long ago. They really should get more exposure. But so should other NTBG work on cultivated plants, such as the restoration of the taro terraces at Limahuli, which are now used to grow various varieties of a number of traditional Hawaiian crops. There’s a photo of the terraces in the USAToday piece, but the text is entirely about wild plants. Important stuff, but why leave out the amazing work going on in agricultural biodiversity?
New approaches to crop rotation
Many intensive farmers — and most gardeners — use diversity in time to improve their harvests. They change the crop growing on a particular piece of land from year to year. Legumes add nitrogen to the soil, which the following crop, perhaps a cereal, uses up. That’s the simplest rotation, and soybean-maize covers vast swathes of land. But with the increasing unpredictability of conditions, more complex systems may be more beneficial. Indeed, recent research suggests that a dynamic rotation, which draws on a larger selection of crop diversity and which changes the exact pattern of rotation depending on recent past events, may be the best option yet.
A symposium in 2005 heard reports from USDA scientists who had conducted experiments in dynamic cropping; that symposium has now been published in Agronomy Journal. Access is restricted, so I’m glad that Biopact has quite a detailed analysis, even though I cannot discover from its web site who is behind Biopact.
Preserving rare breeds at the grassroots level
Because there is only modest interest by most national governments in the preservation of rare farm animal breeds, much of this work is done by non-governmental organizations. ((Contributed by Michael Kubisch.)) These are often operated on shoestring budgets and frequently require some pretty imaginative financial acrobatics to exist. Below is a list of some of these organizations. I realize it is likely to be incomplete — lists like this always are — but I hope it’s at least a fair representation of the types of organizations that are involved in this effort. Some are simply umbrella organizations of breeders of specific breeds, while others have actual facilities that produce animals. Some focus on one breed, while others have a barnyard full of different critters.
I can personally attest to the effectiveness of the American Livestock Breeds Conservancy, having been a member a while back, but I don’t really want to provide any specific endorsements here. If you think rare breed preservation is a worthwhile endeavor (and who wouldn’t), check out these websites, and if you find an organization that appeals to you, join and support it. If, on the other hand, I have omitted your favorite organization, just post a comment with a link and I will publish a more complete list in the future.
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