A new paper in GRACE from our friends at IPK sent me scurrying to check out a new database. The snappily titled “The Garlic and Shallot Core Collection image database of IPK presenting two vegetatively maintained crops in the Federal ex situ genebank for agricultural and horticultural crops at Gatersleben, Germany,” by Christian Colmsee et al., describes the Garlic and Shallot Core Collection Database (GSCC). This database provides very nice photographs and morphological descriptor information on each accession in said core collection. You can get data on the whole collection, minus the photos, from IPK’s main database. And much the same minus the characterization data in Eurisco, but then you get all the other European Allium collections as well. 1 I haven’t found a way to search either the core collection or the full collection on the basis of specific characterization descriptors but who knows, maybe the photos are enough for most Allium germplasm users. Perhaps someone from IPK can drop us a comment on their future plans for these databases.
Brainfood: Ectomycorrhiza, Synthetic peanuts, Ancient Greek amphorae, European bison, Pea breeding, Animal domestication
- Ectomycorrhizas and climate change. One more damn thing to worry about.
- Meiotic analysis of the hybrids between cultivated and synthetic tetraploid groundnuts. It’s normal. The meiosis I mean. Why isn’t this sort of thing done with more crops?
- Aspects of Ancient Greek trade re-evaluated with amphora DNA evidence. More than just wine and olive oil.
- Reconstructing range dynamics and range fragmentation of European bison for the last 8000 years. More eastern and northern than thought, and more affected by the spread of farming than climate change in the Holocene.
- Resistance to downy mildew (Peronospora viciae) in Australian field pea germplasm (Pisum sativum). It comes from Afghanistan.
- Deciphering the genetic basis of animal domestication. Despite all that selection and all those bottlenecks, they really are diverse.
Don’t forget the open Mendeley group for the papers we link to here.
Taking nutritional data to the PNG public #BAD11
I recently posted the following quote on the Biodiversity for Nutrition group.
Papua New Guinea’s taro and aibika are high in Iron and Zinc compounds which are important for human health but such nutritional information is not available for the public, says Nelson Simbiken, a PhD student at the Australian National University in Canberra.
The quote comes from a blog on PNG agriculture, and I must say I expected a strong reaction. I was not disappointed. This has just come in in reply from Wila Saweri-van Hulzen, who worked as a nutritionist in the Department of Health in PNG for some 20 years. 2
There is information on the nutrition composition of PNG foods. It may not be recent, and it may be applicable to small part of the country, but it is available.
Brand JC, Thomas DE and Hyndman D. Composition of the subsistence foods of the Wopkaimin people of Papua New Guinea. PNG Medical Journal 34:35-48, 1991.
It gives information on taro and Hibiscus manihot (or aibika).
Ohtsuka R, Kawabe T, Inaoka T, Suzuki T, Hongo T, Akimichi T, Sugahara T. Composition of local and purchased foods consumed by the Gidra in lowland Papua. Ecology of Food and Nutrition 15:159-169, 1984.
The Pacific Islands food composition tables, 2nd edition, FAO, Rome, 2004 used this information in its food composition tables. The difficulty is that these tables uses Fijian local food names, so the name edible hibiscus is used, rather than aibika. (Appendix VI lists aibika and refers to edible hibiscus.) The scientific name is Abelmoschus manihot or Hibiscus manihot.
The South Pacific Commission 3 in Noumea (New Caledonia) has published several booklets and leaflets with food composition information. A few are The Leaves We Eat, The Fruits We Eat, The Staples We Eat. Again, they use Fijian local names, so one has to figure out what the PNG name would be.
At the moment I have no internet access, so I am unable to read the newsletter.
That’s surely correct. And I could add other sources. There are plenty of data on the nutritional composition of Pacific foods. But are these data available to “the public” in PNG? That, I think, was Mr Simbiken’s original point, and I think it’s a good one. The answer must be no, if the data are only published in obscure journals and under Fijian names. But I can’t believe that’s the case. I seem to remember seeing posters in tok pisin extolling the health virtues of various local foods. Someone please tell me I didn’t just imagine them.
Nibbles: Book, Breeding, Labour, Tallante’s chickpea, Bacardi yeast, Solutions, Sandwiches, Mapping resistance, Cucumber history, Maya nuts
- Can a person called Rushing really have written a book on Slow Gardening?
- Genetic Engineering vs. Breeding. No contest, really.
- Georgia peaches, rotting in the sun. Can the consequences of clamping down on immigrant labour really have been unintended?
- Tallante’s chickpea back from the brink. No, I don’t know why as species of Astragalus is called a chickpea. Is it even a CWR?
- Bacardi and its yeast. A tale of derring-do and intellectual property rights. h/t CAS-IP.
- Back40 takes aim at Solutions for a Cultivated Planet, so we don’t have to.
- UK productivity 5,263 beef sandwiches per hectare(bsp/h), compared to 2,439 bsp/h in the mid-18th century. h/t The Tracing Paper.
- Another great interactive map, this time of bacterial diversity of the worst kind.
- Cucumbers in Europe: a history. AoB blog explains all.
- The good old Maya nut to the rescue again.
Armenian agrobiodiversity on sale
Բարի գալուստ Հայաստան!