A few days ago Daniel Mietchen over at Wikimedian in Residence asked the question How would you illustrate the concept of a seedbank? Well, how would you? This is my idea:
Nibbles: Bees and climate change, Native American seeds and health, Sustainable harvesting and cultivation, Tree death, Grass and C, Vegetables, Fishmeal, Big Milk
Today: Connections Edition, in which we pick low-hanging fruit, think outside the box, and join up the dots.
- The return of a US bumblebee. Is it due to climate change?
- “These foods have meaning” for a Native American tribe (and for Africans for that matter). So will they be able to check out their seeds? And sequence the hell out of them, like rice?
- If you want to harvest palm heart sustainably in the Colombian Andes, only take 10% of any population a year. Is cultivation an option?
- Trees are dying in the Sahel. And yet boffins don’t know how to kill them. No word on what the grass is doing.
- Vegetables and nutrition: the theory and the practice. Of course, a lot of them are grown in cities.
- Why is so much fish made into fishmeal rather than eaten? Location, location, location. Of markets, that is. Kind of like for milk.
Talking about FIGS
We’ve blogged here once or twice before about Focused Identification of Germplasm (FIGS). This is a GIS-based strategy pioneered at the International Center for Agricultural Research in the Dry Areas for choosing genebank accessions based on where they were collected, which in many cases seems to yields a significantly improved chance of landing the trait you want. Well, a new paper is out applying the method successfully to wheat stem rust resistance. But a press release on the ICARDA blog also tells us that “the FIGS team is now launching an international consultation to help spread this practice among the global scientific community, and to learn together to further improve the FIGS tool.” If you want to join in, contact Ken Street (k.street AT cgiar.org) at ICARDA.
Brainfood: Early farmers, Ecological restoration, IPRs, Soil bacterial diversity, Perenniality, Carrot diversity, Earthworm mapping
- Ancient DNA from an Early Neolithic Iberian population supports a pioneer colonization by first farmers. People, not just crops, moved.
- Genetic consequences of using seed mixtures in restoration: A case study of a wetland plant Lychnis flos-cuculi. After a few generations of use for seed production, it’s best to abandon ex situ stocks and go back to the wild populations.
- Creative Commons licenses and the non-commercial condition: Implications for the re-use of biodiversity information. It’s complicated. I wonder if the multi-headed hounds who guard the gates to GBDBH are aware of this. Here’s a blog post.
- Is diversification history of maize influencing selection of soil bacteria by roots? Kinda.
- A horizon scan of global conservation issues for 2012. Perennial cereals make the cut.
- How pristine are tropical forests? An ecological perspective on the pre-Columbian human footprint in Amazonia and implications for contemporary conservation. It doesn’t matter.
- Genetic diversity of carrot (Daucus carota L.) cultivars revealed by analysis of SSR loci. Western and Asian groups, the latter more diverse, because of landraces. But 88 accessions does seem a bit few. And no wilds.
- Mapping of earthworm distribution for the British Isles and Eire highlights the under-recording of an ecologically important group. 28 species! But many gaps. No diversity map. Will send them DIVA-GIS for Christmas.
Nibbles: Plant conservation, AnGR training materials, ICTs in agriculture, CWR and GIS
- Don’t understand the Global Strategy for Plant Conservation? Fear not, help is at hand.
- Don’t understand livestock genetics? Fear not, help is at hand.
- Don’t understand how ICTs could assist agricultural development? Fear not, help is at hand.
- Don’t understand how climate change affects vegetable genetic resources. Fear not, do this postdoc at Wageningen and you will.