A millet is a millet is a millet. Not

It’s been all over the news 1 that a new hybrid millet from China is going to solve Africa’s food problems. Even our friends at CIAT think so. Nowhere does it say in the endlessly reproduced press release, however, what kind of millet we are talking about. Pearl? Broomcorn? Finger? Foxtail? Proso? 2 What? Intensely annoying. Anyway, cut a long story short, it turns out to be foxtail millet, Setaria italica. We know because the “father of hybrid millet,” Zhao Zhihai, President of the Zhangjiakou Academy of Agricultural Sciences, Hebei visited ICRISAT recently, and the information people there wrote up the visit, and took a photo to immortalize it.

Chinese 'millet' researchers Zhao Zhihai, Zhang Jinjing and Tian Jiani, with ICRISAT staff CLL Gowda and HD Upadhyaya during a recent visit to ICRISAT HQ.

But, as far as I know, foxtail millet is not much grown in Africa, so this statement in the press release is dubious to say the least:

“Millet is staple food in many African countries. The success of the ZHM’s pilot plantation promises good prospects for its mass production in Africa,” said Zhang Zhongjun, assistant to the FAO representative to China.

Pearl millet and finger millet are indeed staple foods in many African countries, but not foxtail of that ilk. Which is not to say that it could not become a staple. After all, it tastes better than teff, which, however, one is bound to point out, is not often called a millet.

“We helped some local farmers to grow the hybrid millet and promised to buy their harvests. But they refused to sell after harvests as they said the new millet tastes much better than their traditional millet, called teff,” Liu told Xinhua.

And that, dear reader, is why we have Latin names.

The CGIAR’s impact spelled out

The collaborative work of the Consultative Group on International Agricultural Research (CGIAR) has resulted in development impacts on a scale that is without parallel in the international community.

And there are 40 of them, more than half in crop improvement, half a dozen in natural resources management, a few in the policy arena. Anyone out there disagree? Anything left out? Anyone think some of “impacts” included are not so great after all? Let us know.

Let me start the ball rolling. I happen to think that putting together and maintaining the international germplasm collections, and placing them under the aegis of the International Treaty, is a significant technical and policy achievement in its own right. After all, they underpinned all that crop improvement. Maybe that doesn’t count as an “impact.” But perhaps it should.

Nibbles: Mapping species, Paddies, Duplicates in genebanks, Chinese mystery millet, Cherimoya, ITPGRFA, AnGR lectures, Bulgur, Heirloom apples

Potato seeds or seed potatoes

It’s a curse, knowing (and caring) too much. Last week, we dutifully nibbled a Spanish-language report that seeds from Peru’s Potato Park were on their way to the Bóveda Global de Semillas de Svalbard. The BBC, equally dutifully, seems to have retailed the same story. But hang on. Are those true potato seeds, in which case I’ll just relax and go home? Or are they potato seed tubers, capable of safeguarding actual varieties, rather than merely a diverse sample of potato DNA? The BBC certainly suggests the former, by specifically mentioning one of the varieties by name.

I had always thought that named potato varieties do not breed true from true seed. so if seeds are being stored, then why bang on about varieties? And if it is seed potato tubers, which do preserve variety characteristics, why are they being stored at Svalbard, where they’ll die pretty quickly?

Someone put me out of my misery.

A greater curse is the curse of unreliable technology. This post was supposed to magically appear three weeks ago. It didn’t. I don’t know why. And I was on the road at the time. No wonder it evoked no response …

Diversifying Crops May Protect Yields in the Face of a More Variable Climate

That’s the headline on a note from the American Institute of Biological Sciences, which publishes the excellent BioScience. Resilience in Agriculture through Crop Diversification: Adaptive Management for Environmental Change, a review by Brenda Lin of the CSIRO in Australia, pulls together lots of studies 3 from lots of places and lots of species (and varieties) to come to the conclusion that, yes, indeed,

Understanding the potential of increasing diversity within farm systems is essential to helping farmers adapt to greater climate variability of the future. By adopting farm systems that promote ecosystem services for pest and disease control and resilience to climate change variability, farmers are less at risk to production loss and are more generally resilient to environmental change.

Thanks Eve.