- Role of indigenous foods in addressing malnutrition and diet-related diseases in Africa: a systematic review. Traditional foods contribute to dietary diversity, micronutrient intake and food security. Nutrition policy should pay more attention to what people used to eat.
- Regenerative agriculture for dietary diversity and food security in Zambia. Soil-focused regenerative practices are associated with more diverse diets, through a mixture of production, income and market effects. Soil health has a dietary dimension.
- The Relationship among Food Environment Types, Diet, and Nutrition Outcomes in Women, Children, and Adolescents from Low- and Lower-Middle Income Countries. What surrounds people matters as much as what they grow: food environments influence dietary diversity and nutrition in complicated ways, but access to wild foods is usually a good thing.
- Allele-specific expression reveals complex regulatory divergence underlying fruit phenotypic differences between cultivated and wild tomato species. Wild tomato relatives harbour genetic variation for sugars, volatiles and other flavour traits that domestication left behind. A reminder that “improvement” can be a process of subtraction. Not nutrition you say? I bet flavour is connected with nutrition — in complicated ways.
- Large-scale phenotyping and multi-trait selection identify low-methane Napier grass accessions under contrasting environmental conditions. Napier grass accessions differ substantially in methane yield, digestibility and other traits. Feed diversity could help reduce livestock emissions without sacrificing everything else. Cows need better nutrition too.
Nibbles: Historical photos, Belgian pears, Miombo fruits, Kenya seed treble, Nepal landraces, Women
- Haga Hideo’s 1950s photos of Fukushima farming rituals are now being used to revive them: ex situ conservation, but for culture.
- Long before photography, or “pre‑breeding” was a buzzword, Belgian pomologist Jean‑Baptiste Van Mons was running massive pear selection trials and gifting us Beurré Bosc and Doyenné Boussock.
- As Southern Africa’s miombo woodlands shrinks, scientists are cloning wild trees so the fruit — and food security — outlive the forest. Now for the pre-breeding.
- Greenpeace Africa’s Seed Project makes the case for indigenous seeds as a route to farmer independence. And you can help.
- And oh so coincidentally, a network of community seed banks in Kenya is rescuing indigenous seeds so the diversity is still around when opportunity (or crisis) knocks.
- Also in Kenya, the national genebank’s collectors are racing to secure opportunity crops.
- Nepal’s indigenous crops and landraces are at the same time more needed than ever, and under threat. So, much like in Kenya.
- The Alliance of Bioversity and CIAT says women are at the center of sustainable food systems; the fine print adds: “as they have always been.”
Joining the dots on food plant diversity
We have access to more kinds of food plants, yet the world’s diets and production systems have never been more alike. That is the paradox at the heart of Food plant diversity in a rapidly changing world, an unusually broad review by Colin Khoury (very much friend of the blog) and colleagues. It has all the latest data, but it also does several other things that make it more than a conventional state-of-the-art paper.
For one, it brings together diversity at several levels that are too often discussed separately: species, varieties and genes, of course, but also the diversity of diets, farming systems, foodways and the knowledge associated with them. It traces the movement of cultivated food plants over the past 12,000 years alongside the much more recent trend towards homogenisation. The result is the weird world we live in today: more kinds of crops available globally, but less difference between what people in different places eat.
Colin and friends also take a hard look at what we don’t know. We have surprisingly little evidence for how much food-plant diversity has actually been lost, how vulnerable today’s production systems are because of increasing uniformity, or what is happening to less visible forms of diversity, such as nutritional and chemical variation. The authors call for better monitoring, including an early-warning system for crop vulnerability. Now where have I heard that before?
And the paper connects the dots between conservation approaches that all too often live in isolation: genebanks, botanic gardens, community seed banks, on-farm initiatives, protected areas, breeding programmes and markets. Genebanks are all well and good, but diversity also needs to keep going in fields, landscapes, cuisines and communities. Again, not particularly new, but it’s good to have it repeated, brought up to date, and placed in the broadest possible context.
A couple of those dots are discussed in more detail in a companion opinion paper, Enhance food plant diversity conservation and use through greater coordination between genebanks and botanic gardens, which asks what might become possible if two of the world’s major plant conservation communities worked a bit more closely together. Which must be possible because they are nicely complementary, so neither should fear the other as a competitor.
The review paper maps the problem. The opinion piece explores a possible route towards a more joined-up conservation system. Which leaves us with its own small paradox: conserving food plant diversity requires flattening some of the differences within a remarkably diverse conservation community. Happy Crop Diversity Day 2026.
Brainfood: From data to action
- A three-decade-long analysis shows rising threatened species and responsibility gaps in global supply chains. Data says that we must make responsibility for biodiversity traceable from production to final demand.
- Development of an evidence-based integrated germplasm prioritization framework for conservation and breeding. Data says: here’s how to extract some defensible conservation and breeding priorities from this large collection.
- A methodological framework for the standardised evaluation of olive genetic resources: GEN4OLIVE harmonized protocols. Data says that we should standardise phenotyping across countries to make olive germplasm more useful in breeding.
- High-throughput phenotyping of Bambara groundnut [Vigna subterranea (L.) Verdc.] seed morphometrics using videometer. Data says that we should use multispectral imaging to really speed up seed characterization and breeding in Bambara groundnut.
- Predicting the cross-continental spread of the cassava brown streak disease epidemic in sub-Saharan Africa. Data says that we must strengthen surveillance and delivery systems for clean planting material before cassava brown streak disease reaches Nigeria.
- The Sustainability of Robusta Coffee Under Global Change—A Review. Data says that we must match robusta production to genuinely suitable environments, plus invest in lower-input cultivation and alternative coffee species.
- Borassus Akeassii Facing Societal and Environmental Challenges: Case Study of the Gouin Society of Southwestern Burkina Faso. Data says that we need to conserve this multipurpose palm once central to Gouin livelihoods together with the local knowledge and practices that make it useful.
Nibbles: Pasiega cow, Goat-cow, Badri cow, Zimbabwe festival, Heirloom apples, South Korea genebank, Marmottier, Radiation breeding
- Cantabria is putting the Pasiega cow in the bank. Just in case.
- Spain’s “goat-cows” are fighting wildfires the old-fashioned way: by eating the fuel. I hope they’re in the bank too.
- India has made a Badri calf in a lab. Conservation meets IVF.
- Old apples are having a revival. Turns out forgotten apple varieties can taste pretty good. Well I never, is it that time of year already?
- Zimbabwe’s Mbire district celebrates seed, food and culture with a festival. What, no cows? Or apples?
- South Korea is looking for partners to save climate-resilient plants. A seed vault is better with friends.
- The marmottier can’t decide whether it’s a plum or an apricot. Botanists sympathise.
- In the atomic age, gardeners irradiated seeds and waited for something interesting to grow. Sometimes it did.