Transhumance in central Italy
Another interesting thing about the Gran Sasso (pictured above in a photo I took a few days ago) that is related to agricultural biodiversity, apart from the famous lentil I talked about earlier ((And thanks to Lorenzo for adding some useful details to the post.)), is that its grazing lands are at one end of a famous transhumance route.
Transhumance is the seasonal movement of livestock in search of pasture. The route in question, the Royal Shepherd’s Track, has been proposed as a World Heritage Site. Its other end is at Capitanata, near Foggia, almost 300 km away to the southeast.
The Track may have been in use for a thousand years, but until recently the future of this way of life in Europe was bleak:
…though transhumance seemed doomed a few decades ago, all of a sudden — thanks to the commitment of a number of dedicated players as well as support from people in high places (the EU, Slow Food) — it looks like it’s due for a reprieve…
A key player in the transhumance revival is Roberto Rubino of Anfosc, ((Associazione nazionale formaggi sotto il cielo, or the National Association of Cheeses Under the Sky.)) an Italian organisation devoted to quality cheeses made from the milk of animals that live outdoors (‘sotto il cielo’) in ancient pastures rich with hundreds of different grasses, wild flowers and herbs instead of being shut up in stables and pumped with artificial food…
Patrick Fabre of the Maison de la Transhumance in St Martin de Crau, Provence, is singing from the same hymn sheet. Like Rubino, he notes that animals fed naturally and grazing out in the open are healthier, while the meat (and/or cheese) they produce is of superior quality and distinctive flavour. Some of these regional products (Sisteron lamb, fromage d’alpage) enjoy Label Rouge and/or Protected Geographical Indication (PGI) status, and command a corresponding premium.
Gardening at school
The multiple benefits of school gardening in Fiji.
Sorghum is good for coeliacs
What I neglected to say in my earlier post about wheat, gluten and coeliac disease is of course that sufferers have a whole lot of other grains they can turn to, including some underused and neglected ones, like teff and quinoa.
Vitamin C mystery solved, again
I blogged three months ago now about what was touted at the time as the final elucidation of the metabolic pathway by which plants make vitamin C. The piece in EurekAlert! which I quoted says:
UCLA and Dartmouth scientists have identified a crucial enzyme in plant vitamin C synthesis, which could lead to enhanced crops. The discovery now makes clear the entire 10-step process by which plants convert glucose into vitamin C, an important antioxidant in nature… It was not until 1998 that a biosynthetic pathway was proposed to explain how plants make this compound. Research confirmed much of the pathway, although one crucial missing link continued to baffle scientists and remained unknown until this new research.
So imagine my surprise when I read this today in FreshPlaza:
Agricultural scientists say they have uncovered the last big secret of vitamin C in plants, and it will create the chance to naturally breed healthier fruits. The breakthrough in understanding just how plants manufacture vitamin C will enable state science company Hortresearch to identify DNA markers for individual plants naturally producing high levels of the vitamin… Hortresearch’s science general manager, Dr Bruce Campbell said the team had isolated the last undiscovered enzyme and proved it controlled vitamin C in plants. The enzyme was the last step in a chain of research begun overseas nearly 80 years ago by scientist seeking to understand how plants produce vitamin C.
The research comes from New Zealand rather than the US, and was carried out on wild and cultivated kiwi fruit species with contrasting levels of vitamin C, rather than on Arabidopsis, but otherwise sounds as if it was aimed at solving pretty much the same problem. No way to tell from these brief summaries of the two pieces of work whether they came up with the same answer, though. That will take some more digging.
Anyway, it does seem likely that gene-jockeys will be falling over themselves all too soon trying to engineer a higher vitamin C apple, marula or whatever. Good luck to them. I’m no Luddite. But our friend Ola does have a point in his comment on my recent post on potatoes. Would it not maybe be easier and more cost effective to try to get people to eat foods which are naturally high in vitamin C?