Target 2.5 passes muster

By 2020 maintain genetic diversity of seeds, cultivated plants, farmed and domesticated animals and their related wild species, including through soundly managed and diversified seed and plant banks at national, regional and international levels, and ensure access to and fair and equitable sharing of benefits arising from the utilization of genetic resources and associated traditional knowledge as internationally agreed.

Sound familiar? Well, it is Target 2.5 of the draft Sustainable Development Goals, contributing to the goal to

End hunger, achieve food security and improved nutrition and promote sustainable agriculture.

It’s not exactly as I would personally prefer to phrase it, but you know what it’s like, this language wasn’t just crafted by a committee, but by a committee of committees.

Anyway, despite whatever stylistic shortcomings the language of this particular target may have, it has just received a seal of approval by the International Council for Science (ICSU) and the International Social Science Council (ISSC) in their recent review of the SDGs as they currently stand. This is what the report has to say about 2.5 in particular:

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Very sensible suggestions for improvement. For the record, I think the 2020 timeframe was chosen to gel with the Global Plant Strategy for Plant Conservation. Anyway, overall, the target is “well defined and based on the latest scientific evidence,” unlike 71% of the other 168. Phew.

Building a European Plant Germplasm System

A couple of days ago we blogged about a study by European genebankers which recommended the establishment of a “European Plant Germplasm System” (EPGS) along the lines of the US National Plant Germplasm System (NPGS). Let’s see how far the analogy can be pushed.

Some of the key features illustrated in the diagram of the “EPGS” provided in the paper, and reproduced in our post, are: active germplasm collections, a central seed storage laboratory, a system-wide information system and a plant germplasm committee. There are some interesting differences between the European and US versions of each of these. The constituent European germplasm collections, for example, would be the national collections, which tend to have a very wide range of species; whereas in the US some at least of the individual germplasm repositories are fairly focused on a crop or group of similar crops. That makes for efficiencies. Or would all the “small grains” in Europe end up in one national genebank, and all the apples in another, as in the US?

Another difference, as we discussed in the previous post, is the nature of that European plant germplasm committee. There is supposed to be only one of these in Europe, whereas in the US there is one per crop, to provide guidance and advice from germplasm users to the crop curator. That to me makes more sense.

As for information systems, Eurisco is not at the moment comparable to GRIN. The NPGS uses GRIN (GRIN-Global in the near future) to both manage workflows within the genebank and make some of the resulting data available for searching on the internet. Eurisco does only the latter at the moment (and, incidentally, like GRIN, serves its data up to Genesys). But then I expect the individual European genebanks are quite happy with their various data management systems and don’t necessarily need to share a single, standardized system. Or do they?

Perhaps the biggest difference, however, is with the central seed storage laboratory. There is at present no European Ft Collins at all to provide safety duplication of seed accessions. It would have to be built from scratch. Or perhaps one of the bigger national genebanks could suck in safety duplicates and morph into a regional genebank? But is a single central repository really necessary at all? What if, instead, you had different national genebanks taking regional responsibility for safety duplication of different crops? This would not be a new idea by any means, though I don’t think it’s ever been implemented anywhere in the world. Might it be an option in Europe?

Then there’s the stuff that’s not on the diagram. Take coordination mechanisms. The NPGS has biennial face-to-face meetings of all genebank curators, with teleconferences in the “off-years.” Plus there’s national–level coordination by the ARS Office of National Programs. The National Plant Germplasm Coordinating Committee coordinates and communicates information among federal, state and other funding entities. A related issue is administrative structure. NPGS genebanks are budgeted in a ARS Research Project, which is funded by an annual Congressional appropriation. This in turn contributes to ARS National Program 301 (Plant Genetic Resources, Genomes, and Genetic Improvement). Every five years, each National Program and its constituent Research Projects undergo external reviews. After that, each Research Project writes a new Project Plan for the next five years for review. What would European coordination and administration on crop genetic resources look like? Some is already provided by the European Cooperative Programme for Plant Genetic Resources (ECPGR), of course. Would ECPGR’s processes and structures — not to mention funding — be sufficient for a European Plant Germplasm System?

So. I guess the bottom line is that it’s easy to say that it would be nice to have a European version of the US National Plant Germplasm System. But then you start to drill down into what that would actually mean, and lots of options open up at each turn. And, at each turn, whether it makes sense to do it in Europe exactly like they do it in the US will, as they say, depend.

Nibbles: Avocado rising, Cynobiofuel, Ginseng in situ, MGIS, Strawberry breeding, Maca biopiracy, Certification

Nibbles: Food security course, Food foodprint infographic, Ganja genomics, Hop hope, French collections, Forest control, Australian poppies, Paraguayan resistance, Cacao improvement, Hot pepper, Endogenous viruses, Biofortification

CGIAR to listen — again

There are “cross-cutting topics of global importance — women and youth; climate change; and capacity development — [that] will systematically strengthen and build coherence in research across all domains and Intermediate Development Outcomes (IDOs).” Should not conservation and sustainable use of agricultural biodiversity be one of these?

We posed that trenchant, though perhaps predictable, question last November, as CGIAR asked all and sundry for input on their new Strategy and Results Framework (SRF). Well, all and sundry have been heard, and the new version of the SRF is out. The answer to our question is, alas, no. The cross-cutting themes — now gender and youth, climate change, policies and institutions, and capacity development — still do not include agrobiodiversity.

But leaving it at that would be unfair. Remember that in the old SRF, as we pointed out last time, “use of genetic diversity … only contribute[s] to the reduced poverty outcome, and then only via increased agricultural productivity.” Here’s the chart to jog your memory, and sorry again for the poor quality. The sub-IDO in question is the one that breaks the symmetry of the left-hand column, click on the image to see it a bit better:

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Here’s the new schema, thankfully now more legible:

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Equally thankfully, conservation of genetic resources now contributes to the System Level Outcome of improved food and nutrition security for health, in addition to that of reduced poverty. See that little extra line going right and up from the IDO of increased productivity? That’s what a small victory, of sorts, looks like. And there are additional sub-IDOs that we can also get behind:

  • Increased genetic diversity of agricultural and associated landscapes.
  • Agricultural systems diversified and intensified in ways that protect soil and water.
  • Optimized consumption of diverse nutrient-rich foods.

So I guess we can say that people saying things very much like those we say here have been heard, at least a little bit. Let the second round of consultations begin! The Consortium Board and then the Funders Council sign off on the SRF in March and April, respectively.