- The role of protected areas in supplying ten critical ecosystem services in drylands: a review. Let the communities take the lead, be inventive about governance.
- Breeding Oil and Table Olives for Mechanical Harvesting in Spain. 19,000 seedlings, 481 preselections in intermediate field trials, 31 advanced selections in a network of field trials, 1 new protected cultivar Sikitita (Chiquitita in USA).
- Phenotypic and molecular characterization of plants regenerated from non-cryopreserved and cryopreserved wild Solanum lycopersicum Mill. seeds. Oops, SSRs pick up some changes.
- Pollen Cryopreservation to Support Maintenance of a Wild Species Collection of the Genus Allium. Variable success. And no word on somaclonal variation.
- Epiphytic bacteria biodiversity in Brazilian Cerrado fruit and their cellulolytic activity potential. No fewer than 29 bacterial genera on 32 native fruits, 30% producing cellulase.
- Fine-scale spatial genetic structure of common and declining bumble bees across an agricultural landscape. Not much structure, due to queen dispersal. Declining species less diverse.
- Genetic Diversity in Remnant Swedish Hop (Humulus lupulus L.) Yards from the 15th to 18th Century. The old varieties are still there, having gone feral in abandoned yards because, unlike for 450 years until 1860, Swedish farmers are, alas, no longer obliged to grow the stuff.
- A comparison of wild and cultivated strawberries for nitrogen uptake and reduction. Some wild accessions might be better at assimilating N.
- Advances in European sea bass genomics and future perspectives. There’s a sequenced genome, but nobody’s using it.
- Genetic effects of forest management practices: Global synthesis and perspectives. There’s no excuse for not doing the right thing now.
- Exploring the variability of a photoperiod-insensitive sorghum genetic panel for stem composition and related traits in temperate environments. You can improve biomass quantity and quality simultaneously. Stem composition variability follows genetic origin.
Brainfood: Azeri grapes, Biodiversity & ecoservices, Ivorian melons, Omani chickens, Insecticides & pollinators, Czech wild wheat, African yams, Livestock breeding, Natural selection, Bean proteins
- Biodiversity and breeding of grapes: a study in Azerbaijan. Long history, 2 main wild types, 600 cultivated varieties, 100 of them threatened.
- Linkages between biodiversity attributes and ecosystem services: A systematic review. Mainly, but not exclusively, positive. Always complicated.
- Genetic relationships among accessions of African indigenous melons (Cucumis melo L. ssp. agrestis) using AFLP markers. Vegetable and soup thickener types separate genetically.
- From India to Africa across Arabia: An mtDNA assessment of the origins and dispersal of chicken around the Indian Ocean Rim. Arabian chickens come from India, Somali chickens from SE Asia.
- A restatement of the natural science evidence base concerning neonicotinoid insecticides and insect pollinators.. Here’s the data. Make up your own mind.
- Aegilops conservation and collection evaluation in the Czech Republic. 1 species in situ, 21 ex situ.
- Next-generation sequencing based genotyping, cytometry and phenotyping for understanding diversity and evolution of guinea yams. Both wild and cultivated species form distinct groups, except for Dioscorea rotundata, which is a mishmash of stuff.
- Issues and concerns in smallholder livestock genetic improvement programs in Africa. Got to select for multiple uses under less-than-ideal conditions. Not easy.
- Exploring natural selection to guide breeding for agriculture. Survival in the wild is not the same as performance in a cultivated field, but understanding the basis of adaptation can still help in breeding.
- Evaluating Two-Dimensional Electrophoresis Profiles of the Protein Phaseolin as Markers of Genetic Differentiation and Seed Protein Quality in Common Bean (Phaseolus vulgaris L.). Back to the future. Who needs DNA when you have proteins.
Brainfood: Luffa diversity, Pyrennean landraces, Sorghum diversity, Eucalypt diversity, French wheat, Genomic breeding, Hotspots, Protected areas, Apple diversity
- Population structure and diversity in cultivated and wild Luffa species. Luffa hermaphrodita is the closest wild species.
- Factors Enhancing Landrace in Situ Conservation in Home Gardens and Fields in Vall de Gósol, Catalan Pyrenees, Iberian Peninsula. It’s not just about landrace performance.
- Sorghum Genetic Resources: Conservation and Diversity Assessment for Enhanced Utilization in Sorghum Improvement. 236,000 accessions, 38,000 at ICRISAT alone, of which 3 have proved useful. Wait, what?
- Genetic Diversity in Eucalypts. It’s high, and needs to be used.
- Explaining the decrease in the genetic diversity of wheat in France over the 20th century. Because breeding.
- Animal-breeding schemes using genomic information need breeding plans designed to maximise long-term genetic gains. You can’t just wing it.
- Remaining natural vegetation in the global biodiversity hotspots. 15%, and fragmented.
- Targeting Global Protected Area Expansion for Imperiled Biodiversity. Increasing protected area coverage to Aichi targets would do little to achieve threatened species coverage in situ, at least for vertebrates.
- Phenotypic evaluation and characterization of a collection of Malus species. German apple collection characterized the old school way, and none the worse for that.
Nibbles: Sorghum research, Alternative millet, IRRI genebank genomics, Cattle genomes, CIAT genebank, Rainforest genebank, Saving seeds, Millet in India, Varied diets, Cheese rind microbes, Fermentation, Artisanal hooch, Truffle oil, Coconut water, Fancy carrots, Edible insects, Farming tuna, Saving cetaceans, Fancy tomato database
- What must be done about sorghum in Africa, by someone who should know because they worked at ICRISAT, which has a sorghum genebank.
- ICRISAT also has pearl millet genebanks — in India and Africa. So when did pearl millet become “alternative” in India? Well, at least it’s not on this list of “indigenous foods.”
- 3000 rice genomes (from the IRRI genebank), and 1000 bull genomes. Brave new world.
- The CIAT genebank makes the news, and not a genome in sight.
- An in situ forest genebank deep in the heart of Sabah.
- And you can bet they’re all saving seeds the right way. But there’s always a webinar if not. Or this.
- Micronutrients? It’s the food system, stupid. Yes, indeedy. And there’s even a webinar about it.
- The fascinating microbial system of cheese rinds.
- Sauerkraut has a pretty fascinating microbial system too, I bet.
- Artisanal whiskey is a thing? Isn’t it, basically, moonshine?
- Truffle oil is a scam. Damn.
- Coconut water tries not to seem a scam.
- Heifer Farm shows off its weird carrots. Yeah, they’re more than just about livestock at Heifer.
- Though that doesn’t include insects, I don’t think. Yes, insects.
- Or bluefin tuna. Or the vaquita. But enough of that.
- Plenty of weird tomatoes on this great wiki I came across.
Nibbles: Pig genes, Eating pork, Mesoamerican crops, Apple family farming, Global food security, Wild food in Europe, Student crop videos, Important plants, Teff, Finger millet, Pacific NW grains, African veggies, Genius mangoes
- Asian genes in European pigs are a good thing.
- How about American pigs though?
- Great Spanish language cacao infographic. And more along the same lines.
- Innovative apple family farming in the Tyrol.
- Not sure that will be much use in terms of global food security, as per this recent review, but you never know. Because, you know, climate change?
- Well, there’s always wild food. Though in some places more than others.
- Student videos on the origin of food plants.
- But did any of them change their lives?
- Oxfam thinks teff can change lives.
- Different part of same continent, different grain to revitalize.
- Different continent, different grains to revitalize.
- Bah, who needs cereals when you have indigenous vegetables?
- Wait, what? Seedless mangoes? Why is this not first-page news?
