Speaking of “special products” from agricultural biodiversity, check this out.
Making grains relevant
The low-carb craze of a few years back has spoiled the nutritional reputation of cereal grains, and it is up to the industry to get people eating them again. So said Francesco Pantò of the pasta giant Barilla yesterday at the first European congress of the American Association of Cereal Chemists International (AACCI), in Montpellier. He suggested five ways to do that:
- develop new durum wheat varieties and special products that can differentiate them, as for grapes and wine
- market grains as mainstream and everyday products
- use innovative technology to incorporate new grains into familiar products
- aim for convenience, and promote the goodness of cereals and fiber
- add extra components to cereal products in order to make them into a more complete meal
The first of these will of course be particularly welcome by those of us interested in agricultural biodiversity, and I wonder whether pseudocereals like buckwheat and quinoa might also find a place under the third point.
Organic agriculture
FAO has a paper out on organic agriculture, as part of the International Conference on Organic Agriculture and Food Security, going on in Rome as I type. Here’s a quote:
The strongest feature of organic agriculture is its reliance on fossil-fuel independent and locally-available production assets; working with natural processes increases cost-effectiveness and resilience of agro-ecosystems to climatic stress. By managing biodiversity in time (rotations) and space (mixed cropping), organic farmers use their labour and environmental services to intensify production in a sustainable way.
Those are some of the strengths, and very significant they are too. An often-quoted weakness of organic agriculture, however, is that yields are often lower than what you’d expect from “conventional” agriculture. But why? Well, according to a recent study using wheat as a model, part of the reason is that the varieties used are poorly adapted to the particular conditions of organic agriculture: “increasing yield in organic systems through breeding will require direct selection within organic systems rather than indirect selection in conventional systems… With crop cultivars bred in and adapted to the unique conditions inherent in organic systems, organic agriculture will be better able to realize its full potential as a high-yielding alternative to conventional agriculture.”
Drought resistance
A couple of very different stories about drought resistance in the media today. The first one describes – albeit very briefly – how Italian breeders have come up with a new tomato variety that needs about a quarter of the water of thirstier types. It’s not clear from the article, but I got the impression genetic modification was involved, which would be odd as some wild tomato species are found in deserts! So I did a bit of snooping on the website of ENEA, the institute where the research was done, and I found a press release from a few days back which suggests (in Italian) that perhaps it was not genetic transformation but rather functional genomics that was involved. The second piece tells us how a combination of experimental and observational work by Smithsonian Tropical Research Institute scientists in Panama is suggesting that even in the humid tropics it is drought which is limiting the distribution of many species. As climate change is expected to manifest itself primarily though shifts in rainfall patterns in the tropics, this means that dramatic changes are likely in the composition of plant communities in Central America.
African medicinal plants
Two stories appeared today on medicinal plants in South Africa. AllAfrica has an article on the launch of the Medicinal Plant Incubator Project (MPIP) at the Agricultural Research Council (ARC) in Roodeplaat, although actually I found the keynote address delivered at the opening ceremony much more interesting. What will MPIP do? According to another article:
Gauteng’s traditional healers are to be taught new methods to cultivate plants and harvest them from the wild, in an attempt to ensure that the local medicine chest remains full for future generations.
Meanwhile, EurekAlert describes how “a team of researchers has now examined the effectiveness of 16 plants growing in the country’s Kwa-Zulu Natal region and concluded that eight plant extracts may hold value for treating high blood pressure (hypertension).”