- European are growing more vegetables. But how much of that is heirlooms?
- Canadian boffins grow wild potatoes for the leaves.
- Chinese wasp going to roast Italy’s chestnuts.
- The genetics of swine geography. Or is it the geography of swine genetics?
- The diversity of sauces.
- Cooking Flipper.
- Genetically engineered brewer’s yeast + cellulose-eating bacterium + biomass = methyl halides.
- Wild sheep runs wild in Cyrpus.
- “It can be planted in farms because it does not compete for resources with corn, coffee or bananas and acts as a nitrogen-fixing agent in the soil. The mpingo is also considered a good luck tree by the Chagga people who live on the slopes of the Mt. Kilimanjaro.”
Nibbles: Bat fungus, Rain making, Moose
- Fungus eats bats that eat insects that eat crops.
- Bacteria in crops make rain. Enough of this weirdness!
- One moose or two?
Nibbles: Communication, Chicken mutations, Endophytes, Earthworms
- DFID-supported collection of stories showing how information about new ways of doing things is communicated to rural people in developing countries includes some agrobiodiversity stuff.
- The genetic nature of the Pea-comb phenotype in chickens.
- Entomopathogenic fungus can become an endophyte in sorghum and confer protection from stem borer. Ain’t agrobiodiversity grand?
- Different earthworm species have different effects on the competition between four annual plants and their relative fecundity. Ain’t agrobiodiversity grand?
Nibbles: Coca to cacao, BXV, Chinese gardening, Forest conservation, Amazon, Soil bacteria, Prairie, Genetics, Wildcats, Milk product
- “No a la droga, si al caucho y al cacao.”
- Spotting banana Xanthomonas wilt (BXW) with biochemical tests.
- The tree that owns itself. Take that, lawyers!
- “The old Chinese gardener in ragged blue coat and trousers with a wispy white beard who potters around smoking one of these long pipes with a tiny bowl — and a mongol cap, periodically performing elaborate grafting techniques on the plum tree.”
- Mexican coffee growers protect surrounding forest. Nepal forest community moving in similar direction?
- Mapping the competition between soy and forest in Brazil.
- Weird agrobiodiversity corner: pseudomonad bacteria help maize take up nutrients.
- Using herbicides to help prairie establishment (including sunflower wild relative).
- Stop press: “Agricultural genetics is one of the easier parts of the solution.”
- “…wildcats preferred resting sites in shelter structures near forest edges.”
- Video on Greek yogurt. Jeremy comments: “I’m going back to Crete.”
Fermented diversity
Luigi’s post on The glut of bugs in your gut opened a window here on a neglected aspect of biodiversity: the bacteria associated with certain foods and those associated with digesting that food. In all the background murmuring about probiotics and prebiotics, I’ve been hearing a lot of good sense from Seth Roberts. He’s the self-experimenter who devised the Shangri-La Diet (which isn’t a diet but a way of regulating appetite) and of late he’s been blogging more and more about fermented foods.
The things Roberts has noted are plentiful and diverse — I won’t summarize them here — but I can say that I’ve yet to meet a fermented food, in the widest sense, that I didn’t like. I also like playing with a few ferments myself. Of course there are fermentation fanatics, not just for the process as a whole but for particular “miracle mushrooms” and the like. ((To which, naturally, I have no intention of linking.)) And that puts some peoples’ backs up. But there is also probably a lot of good sense in making use not only of a diversity of ingredients, but also in a diversity of ways of processing them, outside and inside the body.