- Official confirmation of the need for better crop growth models.
- More on CIP’s high-tech spud bank. In other news, CIP also has banks of other Andean roots/tubers, but don’t get me started on that one.
- “FAO has relegated organic agriculture to a footnote in the discussion of food security in the long run.” Fighting talk. Wonder if that will change with the new DG.
- Cook like an Inuit.
- Cultivating medicinal plants in India. Let’s see how that goes.
- Wanna study the Maya nut?
- More great Guardian infographics, aquatic edition.
- “This one tastes like cotton candy.” Breeding strawberries the hard way.
Nibbles: Median strips, Vitamin A, Mapping in Kenya, Chaffey, Small farms, Rennell Island coconuts, Sweet potato breeding, Acacia nomenclature, Crop models, Pulque, Fruits
- Planting roadsides with natives, including crop wild relatives. And here comes the database.
- Orange Maize: The Movies.
- VirtualKenya really here. Mother-in-law beside herself.
- Plant Cuttings is out. And all of a sudden I’m in a much better place.
- Small is beautiful, farm edition. And as chance would have it, coffee farm edition. And urban edition.
- Dispute at iconic coconut plantation resolved. Apparently there are some really unique varieties there.
- I say boniato. For the first and last time.
- Acacia on the brink. Easy, tiger. The name, not the genus.
- We’re going to need a better model.
- Pulque comes back. Never knew it had gone away.
- Domesticating fruit trees in Kenya. Something for VirtualKenya?
Mapping Australian biodiversity
I finally got around to having a go at the Atlas of Living Australia. Very nice. You can make, and download images of, pretty maps of species distributions, Glycine in this case.
And you can mash that up with lots of different environmental layers, such as protected areas, as below.
There are nifty spatial analysis tools built in, to help you predict species distributions based on climate, for example, or explore the range of adaptation of a taxon. You can contribute to the data through citizen science projects. And much more. Well worth exploring.
What you can’t do — or at least I couldn’t find a way of doing it — is export the species distribution data to a kmz for use in Google Earth. Something I’ve complained about before for other biodiversity portals. Maybe someone out there will tell us why that is. ((Ok, well, actually there’s another thing. It would be nice to be able to separate taxa by colour in the scattergrams. The one above shows the whole Glycine genus, but I’m sure the different species will cluster separately to some extent. And downloading the data doesn’t help, as for some reason taxon name didn’t come along with the environmental data. Teething problems?))
One final thing. It’s a great idea to feature a number of “themes” on the atlas website, to get people started. At the moment it is things like wattles, “iconic species” and ants. Why not crop wild relatives?
Nibbles: Cryo, Tree diversity, Agroforestry, Seed industry, Trigonella, Ancient MesoAmerica, Niche models
- CIP’s high-tech genebank.
- “The project’s eventual aim is to plant several thousand trees at sites across Perthshire to act as a ‘living gene bank.'” What, because normally genebanks are dead?
- Millennium Seed Bank joins ICRAF’s BusyTrees thing. Which you can follow in about a million different social networking ways.
- Conservation Magazine does a number on crop improvement. Wait, what? Conservation Magazine? Yep, and with teaching resources.
- Fenugreek, barkeep, and make it a double.
- Ancient chocolate and corn routes.
- What species distribution models do you like?
Wallow Fire (may) threaten (some) wild beans. Maybe.
There’s a really bad fire spreading in Arizona. ((NASA Earth Observatory image created by Jesse Allen, using data provided courtesy of the University of Wisconsin’s Space Science and Engineering Center MODIS Direct Broadcast system. Caption by Holli Riebeek.))
You can donwload all kinds of stuff about it, and even post your experiences of it on Facebook. But can you find out whether any crop wild relatives are threatened by it? Well, sure: all you have to do is go off to GBIF, and choose a likely genus (Phaseolus, say), and download the records, and mash them up in Google Earth with the latest fire perimeter data or whatever. ((And can I take this opportunity of thanking Google for the Google Earth license?)) Like I’ve done here:
Coming in closer, and using the NASA GeoTIFF instead of the normal Google Earth imagery, you can put yourself in the position of being able to make some reasonably intelligent guesses about what might be happening to some of these populations, and the genepool as a whole in the area:
But what I really meant is that there ought to be a way to do this automagically, or something. Anyway, it is sobering to reflect that while all hell is breaking loose in Arizona, not that far away to the northeast, in the peaceful surroundings of the Denver Botanical Garden, Anasazi beans are enjoying their day in the sun, utterly oblivious of the mortal threat faced by some of their wild cousins. It’s a cruel world. And there’s a point in all this about the need for complementary conservation strategies that’s just waiting to be made. Isn’t there?