- Developer of super broccoli reflects on his career. With photo of collectors in NSFW shorts.
- Touring the commons of the world. Thankfully no tight shorts in sight.
- Video explaining Rothamsted’s Park Grass experiment. Apparel entirely acceptable, don’t worry.
- Ten million-year-old genome duplication finally came good when ancient farmers domesticated maize.
- Training materials for African breeders to be developed.
- Fungal diversity to the rescue of plants, for a change.
- Africa’s black soap.
- Improving teff. That’s a low bar, I suspect.
- A genome I’m sure we can all get behind.
- Oh dear, that organic meta-analysis “flawed” after all. Will it ever end?
- Rethinking sunflower domestication. An oldie but goldie, which re-surfaced today for some reason. Does anyone know where we are with this now?
- The Deliverance of tomatoes.
Brainfood: Landrace trifecta, Cauliflower breeding, Carp hybrids, C4 evolution, Organic food, Symbionts squared, Ozark agrobiodiversity, Using genebanks, Food security vulnerability
- Geopolitical Maize: Peasant Seeds, Everyday Practices, and Food Security in Mexico. Growing landraces in Mexico as a feminist act.
- Resource-Use Patterns in Swidden Farming Communities: Implications for the Resilience of Cassava Diversity. In this bit of Brazil, all farmers have some cassava varieties, other varieties are more private, which means that diversity is reasonably well maintained if farms are lost at random. Ah, but what about if women farmers are lost?
- Indigenous Knowledge on Landraces and Fonio-Based Food in Benin. 35 landraces, some of them even agronomically good. No word on whether those are the common or the private ones.
- A Review on Genetic Improvement of Cauliflower. There’s a tension between hybrids and breeding for organic conditions even in cauliflower.
- Growth Performance of Indian Major Carps and Their Hybrids in Polyculture in Bangladesh. Looks like hybrids are bad in carp, though.
- Deep Evolutionary Comparison of Gene Expression Identifies Parallel Recruitment of Trans-Factors in Two Independent Origins of C4 Photosynthesis. Plants which diverged 140 million years ago have in the meantime evolved the same trans-factors (“protein that binds to specific DNA sequences, thereby controlling the flow [or transcription] of genetic information from DNA to messenger RNA”) to come up with C4 photosynthesis. You know, this C4 rice thing just might be doable.
- Organic Diets Significantly Lower Children’s Dietary Exposure to Organophosphorus Pesticides. When “conventional” food was replaced by organically grown stuff, children had lower levels of nasties in the urine. No word on what it took to convince the kids to eat their veggies.
- Building the crops of tomorrow: advantages of symbiont-based approaches to improving abiotic stress tolerance. Why breed, when you can inoculate.
- A single evolutionary innovation drives the deep evolution of symbiotic N2-fixation in angiosperms. It all started long ago with a cryptic mutation, which was lost and gained multiple times, but some clades are unlikely to lose it when they have gained it.
- Seeds of Persistence: Agrobiodiversity in the American Mountain South. “…southern/central Appalachia is the most diverse foodshed at the varietal level in the United States, Canada, and northern Mexico studied to date.”
- Separating the wheat from the chaff – a strategy to utilize plant genetic resources from ex situ genebanks. Using fancy math to mine legacy phenotypic data can yield a couple extra alleles.
- Sustainability and Food & Nutrition Security: A Vulnerability Assessment Framework for the Mediterranean Region. Take each vulnerability (say to climate change, or price volatility) and break it down into exposure, sensitivity and adaptive capacity.
Nibbles: Global Nutrition Report, Neanderthal veggies, Azolla genome, Evergreen Garrity, Breadfruit tease, Apios & other perennials, Guelph U genebank, Camel trouble, ICRISAT transitions, American beer
- Crowdsourcing the Global Nutrition Report.
- Which will not cover the Neanderthals.
- Azolla genome project meets crowdfunding target, gets love from BGI.
- Would that contribute to Evergreen Agriculture?
- I bet breadfruit would, but New Scientist has put an article about that interesting tree behind a paywall. But, see this teaser…
- Some people think the potato bean will.
- Another genebank in Canada. Not crops, though, I suspect.
- Saving the camel in Rajasthan.
- ICRISAT gets a new DG.
- Podcast on the history of American beer. Perfect note on which to wish you all a good rest of the weekend.
Brainfood: Old flax, Rice in Spain, Rice in Iran, Mozambican cowpea, Agrobiodiversity reserve, Old olives, Georgian livestock, Crowdsourcing fungi
- Harvesting wild flax in the Galilee, Israel and extracting fibers — bearing on Near Eastern plant domestication. The wild stuff was harvested before the Neolithic Revolution.
- Building resilience to water scarcity in southern Spain: a case study of rice farming in Doñana protected wetlands. Better to restore part of the rice fields to natural wetlands.
- Evaluation of rice dominance and its impact on crop diversity in north of Iran. Rice can’t catch a break in Iran either.
- Evaluation of four Mozambican cowpea landraces for drought tolerance. One of them is promising.
- Agro-Biodiversity Spatial Assessment and Genetic Reserve Delineation for the Pollino National Park (Italy). Somewhat gratuitous use of GIS, as far as I can see, but pretty maps.
- A comparative analysis of genetic variation in rootstocks and scions of old olive trees — a window into the history of olive cultivation practices and past genetic variation. Much more variation among rootstocks than scions.
- The diversity of local Georgian agricultural animals. I’d like to see a Megrelian horse one day, they sound cool.
- Crowdsourcing to create national repositories of microbial genetic resources: fungi as a model. Why just fungi, though?
Nibbles: Symbionts, Grafting, Naked oats, Pamela Anderson, PGRSecure
- Breeding better microbes for bigger cassava roots.
- Breeding new plants without sex.
- Breeding better naked oats so that chickens can eat them.
- Breeding better crops to cope with climate change.
- Breeding better crops with landraces and crop wild relatives.