The trouble with quinoa

Worldwide Evaluation of Quinoa: Preliminary Results from Post International Year of Quinoa FAO Projects in 9 Countries.” The title sounded promising enough. At last, something scientifically worthwhile emerging from one of those international years. Nineteen sites, 21 genotypes, a few winners: well worth having.

But have a look at the materials part of the materials and methods section. Read it and weep.

Due to the difficulties to access quinoa germplasm at global level, each country made specific requests through its networks. FAO has mobilized various partnerships to collect different quinoa accessions to carry out the study. First, through a collaboration with the International Center for Biosaline Agriculture (ICBA, a non-profit International Organization) — a research center based in the United Arab Emirates (UAE) — FAO could access specific varieties of quinoa. Seeds of the three varieties under development (Q1, Q2 and Q3) were obtained from ICBA to be made available for the trials in Yemen. FAO has also received seeds from the Centro di Ricerca per la Cerealicoltura (CRA-CER) in Italy which helped to expand the genotypes proposed in the tests. The seeds of nine accessions of landraces (Q12 to Q31) were obtained from CRA-CER who has been working and selecting these accessions in Italy after accessing them from the United States Department of Agriculture genebanks (USDA). These seeds had Chilean origin. Seeds were supplied to FAO-RNE which has distributed them to eight countries in the region. The two quinoa varieties (Sajama and Santamaria) were provided by PROINPA in Bolivia to the Seed & Plant Improvement Institute (SPII) in Iran. Selected seeds of early matured plants from the genotype “Sajama” have produced a new variety that was called “Iranshahr”. Giza1 and Giza2 have been selected in Egypt from preliminary quinoa lines furnished by the University of Copenhagen in Denmark. Finally, Puno and Titicaca are two varieties of the Quinoa Quality Enterprise linked to the University of Copenhagen (Denmark). Regalona is the only quinoa variety with PVP developed by Von Baer Seeds for the Southern part of Chile (Von Baer et al, 2009). Finally, each country could choose from over 21 fairly differentiated genotypes.

The Food and Agriculture Organization of the United Nations, no less, tries to put together an international multilocational quinoa evaluation trial during the International Year of Quinoa, no less, and it has to go through all these hoops, and in the end this is the best it can do in terms of putting together a diverse set of landrace and improved germplasm for testing? There may be up to 3000 quinoa varieties out there, and 15,000 accessions in genebanks.

It’s better than nothing, you’ll say. And you’d be right. But still. It does make you grateful for the International Treaty on PGRFA. Quinoa is not on Annex 1 of the Treaty, so not covered by the “facilitated access” that would presumably have made the assembling of an international collection of asparagus, say, a bit easier. And it also make you grateful for global collections, such as those managed by the CGIAR centres under Article 15 of the Treaty. All the transaction costs implied by that paragraph above — not to mention the heartache — magically disappear. Well, most of them anyway.

Explore where our food comes from by clicking on the image.
Explore where our food comes from by clicking on the image.
Of course, Annex 1 is being looked at again now. New estimates of countries’ interdependence, which formed a part of the background documentation for the Treaty’s deliberations on this issue, and have now just been formally published, do suggest that everybody’s interests would be served by an expansion of the Multilateral System to include crops such as quinoa. And lots of others too.

LATER: I guess a lot of this could be discussed later this year in Dubai… I wonder if there will be a call for inclusion of quinoa in Annex 1?

Nibbles: Climate smart trifecta, Interdependence, Herbs trifecta, Rare breeds, Mexican maize, Ethiopian barley

  • What the Pacific islands need to do about climate change. What, nothing about conserving and using crop diversity? My friends at CePaCT will be pissed.
  • What West African farmers are doing about climate change.
  • Yeah, I guess it’s not always and only about crop diversity. But would it kill them to mention it?
  • And if you’re interested where the Pacific (and West Africa, and everywhere else) gets its food from
  • Peruvian black mint is a thing. But not a relative of coriander.
  • Yaupon is also a thing. Though it won’t go far with that scientific name.
  • Recreating a Renaissance herb garden. Because we can. Where’s the Peruvian black mint, though?
  • Eat rare breeds to conserve them. Not rare advice.
  • No wall can keep out landrace maize.
  • Ethiopian beer gets a boost.

Brainfood: Agricultural heritage, Unique maize, B4N, Flax core evaluation, Oca conservation, Ag expansion, Rose wild relative, Quinoa evaluation, Nepal seed systems, Amazonian domestication, Analysing germplasm data

Plant Genetic Resources: Our challenges, our food, our future

As predicted a few days ago, here’s Dr Mike Jackson’s report on that 2 June meeting on plant genetic resources organized by doctoral students at the School of Biosciences, University of Birmingham.

When I was asked to contribute a paper I had to think hard and long about a suitable topic. I’ve always been passionate about the use of plant genetic diversity to increase food security. I decided therefore to talk about the value of genebank collections, how that value might be measured, and I provided examples of how germplasm had been used to increase the productivity of both potatoes and rice.

If you have your own examples, leave a comment on Mike’s blog.

Gold lost and found

As an astute researcher, the doctor grew curious about the Carolina Gold he’d read so much about. And he soon discovered that seed for the original plant was still being banked at the USDA’s Rice Research Institute in Texas. After Schulze made an inquiry with the USDA, an agronomist named Richard Bollock, who shared his curiosity regarding the plant, propagated the seed for him, sending him 14 pounds of the stuff, and he planted it. The following spring, the doctor harvested 64 pounds; by 1988, it was 10,000 pounds. Instead of selling the rice commercially, Schulze donated it to the Savannah Association for the Blind, which sold it to support operations.

We knew that, but nice to get an update.

Oh, and incidentally, the legendary Carolina Gold turns out to also be the source of a nifty new mechanism of resistance to a serious bacterial disease (h/t Lindsay Triplett).