- Selecting basil genotypes with resistance against downy mildew. Only the exotic basils were any good. I will resist the temptation to make Fawlty Towers jokes.
- High grain quality accessions within a maize drought tolerant core collection. Not so much a core collection, rather a set of local and exotic drought-tolerant varieties put together in the former Yugoslavia. Some of which turn out to have decent quality too.
- Diversity, genetic erosion and farmer’s preference of sorghum varieties [Sorghum bicolor (L.) Moench] in North-Eastern Benin. Climate change, poor soils and striga are the main problems, according to farmers, and none of their current varieties will help much, apparently, which is why they are disappearing.
- Effects of Farm Size and On-Farm Landscape Heterogeneity on Biodiversity—Case-Study of Twelve Farms in a Swedish Landscape. Small farms = heterogeneous farms = biodiversity-rich farms.
- Identification and characterization of grapevine genetic resources maintained in Eastern European colletions. SSR revealed that of 1098 mainly Vitis vinifera accessions, 997 were indigenous to E. Europe, 101 were Western European cultivars, hybrids, rootstocks and new crosses; the 997 accessions were actually 658 unique cultivars, 54% of which were maintained in the countries of origin only.
- Extent of the genetic diversity in Lebanese olive (Olea europaea L.) trees: a mixture of an ancient germplasm with recently introduced varieties. Three genetic groups around the Mediterranean, most Lebanese material typical of the eastern group; monumental trees similar to Cypriot varieties. In other news, there’s a World Olive Germplasm Bank of Marrakech.
- Application of microsatellite markers for breeding and genetic conservation of herds of Pantaneiro sheep. Evidence of inbreeding means a proper genetic management scheme needs to be designed and implemented.
- Historical demographic profiles and genetic variation of the East African Butana and Kenana indigenous dairy zebu cattle. The only indigenous African dairy breeds, apparently, but with distinct genetic histories despite their similar distribution in Sudan and dairy use.
- Phylogenetic multilocus sequence analysis of native rhizobia nodulating faba bean (Vicia faba L.) in Egypt. Three species, and evidence of horizontal gene movement among them.
- Transcriptome profiling reveals mosaic genomic origins of modern cultivated barley. The Fertile Crescent and Tibet.
- Improving intercropping: a synthesis of research in agronomy, plant physiology and ecology. You can breed for it. Among other things.
Rosa Kambuou remembered
More appreciation of the late Rosa Naipo Kambuou and her work on the diversity of the Pacific’s crops, especially banana.
The tainted history of rice in the South
Brainfood: Enset & cattle, Evolution Canyon, Indian spices, Bohemian fruit rhapsody, ILRI forage genebank, Wild sunflower, Agroecology, Holistic hazelnuts, Culture & conservation, Salty broomcorn, Fancy mapping, German cherries, Ethiopian barley nutrients
- Sidama Agro-Pastoralism and Ethnobiological Classification of its Primary Plant, Enset (Ensete ventricosum). The Sidama feed the high-protein parts of enset to cattle and then get their protein from milk. Seems a roundabout way of going about things but I guess they know best.
- Evolution of wild barley at “Evolution Canyon”: adaptation, speciation, pre-agricultural collection, and barley improvement. One-stop shop for researching evolution of a crop wild relative.
- Spices and Condiments: Status of Genetic Resources and Setting Priorities for Introduction in India. National Bureau of Plant Genetic Resources is on the job, collecting at home and acquiring from genebanks abroad.
- Inventory and conservation of fruit tree landraces as cultural heritage of Bohemian Forest (Czech Republic), indicators for former settlements of ethnic minorities. That would mean Germans. No word on whether the database has been cross-checked with that of BLE-IBV. Interested in the topic of European landraces in general? Try this from Bioversity.
- Forage Diversity: An Essential Resource to Support Forage Development. ILRI’s genebank deconstructed.
- Wild Sunflower Species as a Genetic Resource for Resistance to Sunflower Broomrape (Orobanche cumana Wallr.). Pretty much all the perennial species have resistance, and many of the annuals. Thank goodness for the USDA collection, eh?
- Agroecological Research: Conforming — or Transforming the Dominant Agro-Food Regime? Bit of both? Is that such a bad thing?
- A multidisciplinary approach to enhance the conservation and use of hazelnut Corylus avellana L. genetic resources. Holistic, even.
- The Cooked is the Kept: Factors Shaping the Maintenance of Agro-biodiversity in the Andes. Keep your culture, keep your crop diversity.
- Response of broomcorn millet (Panicum miliaceum L.) genotypes from semi arid regions of China to salt stress. 39 out of a core collection of 195. Result!
- Vital Signs: Integrating Data To Visualize the Human, Agriculture, and Nature Nexus. Sounds promising enough an effort to bring together livelihoods, production and environmental data, but when you go to the website (for Tanzania in this case), all you get is a bunch of admittedly very pretty pdf maps.
- Phenotypic and genotypic characterization in the collection of sour and duke cherries (Prunus cerasus and ×P. ×gondouini) of the Fruit Genebank in Dresden-Pillnitz, Germany. …give different results. If I had a dollar…
- Genome-wide association mapping of zinc and iron concentration in barley landraces from Ethiopia and Eritrea. There are QTLs. Now what?
A Norwegian wheat landrace comes home
There’s a great story on the website of the Norwegian Forest & Landscape Institute, which includes the national Genetic Resources Centre. Unfortunately, it seems to be available only in Norwegian, but Google Translate does do a reasonable job on it (I hope).
The gist of the story is that seeds of a local wheat landrace called Messel, thought lost, have been recovered:
Øyvind Messel, the oldest person on the farm today, says that it was his grandmother Torborg Øvensdatter Haabestad who brought the seed of a wheat variety from her home farm when she married the Messel around 1850. This was cultivated and developed by her sons who ran the farm in the early 1900s when Messel wheat became known.
The variety was popular for a time, but seems to have gone out of cultivation in Norway with the coming of modern varieties.
And there the story could have ended, and Messel wheat would have disappeared for good, if it had not been for the Russian scientist Nikolai Ivanovich Vavilov, who was director of the Institute for Applied Botany in Leningrad from 1921. He traveled around the world and was a pioneer when it came to collecting seeds of plant varieties and to investigate the genetic variation between varieties from different parts of the world.
His travel notes indicate that he visited Oslo sometime between 1916 and 1940. When a packet of seeds of Messel wheat marked 1923 pops up [in the Vavilov Institute], one can imagine that he must have met agricultural researchers in the Oslo area at that time, perhaps researchers at the agricultural college at Ås who ran experiments on Norwegian landraces of wheat.
Good old Vavilov.
Messel Wheat is now included in the sample of old cultivars examined in the project Conservation and use of ancient grains that the Norwegian agricultural advisory services agency in Østafjells implements with support from the Norwegian Genetic Resource Centre. The project also includes the operation of an seed bank, where grain growers who want to try out old cultivars can get 1-2 kg seed for their own trials and for further development. Last year 93 batches of 31 varieties were send from this seed bank.
Interesting. But would that be allowed in the EU?
LATER. Thanks to the power of Twitter, an almost immediate answer to that question:
@AgroBioDiverse EU legislation does not prevent this at all. Good DEVELOPMENT. By the time it goes commercial , the variety must be listed.
— Kees van Ettekoven (@ettekoven) November 1, 2014