- Poverty doesn’t drive deforestation. Discuss using examples from Kenya and China.
- Crop Science Society of America (CSSA) position statement on “Crop Adaptation to Climate Change.” Genebanks mentioned. Crop wild relatives mentioned. Information systems mentioned. One’s cup runneth over.
Will the real PI 198758 please stand up
An über-narrative that pulses at the heart of the “conservation for use” genetic resources body is the one about the accession that saved the planet. Some sample, preferably of an unprepossessing, weedy individual that otherwise wouldn’t merit more than a glance, turns out to have the gene that confers resistance to a disease, or boosts the content of something or other. Breeders, after a long search and an almighty struggle, transfer the gene into suitably modern varieties which are unleashed on a grateful world just in time to avoid certain disaster. It helps if the saviour sample can boast a biographical tidbit, such as saved by a nonagenarian grannie, or identified while the collector cast his eye about during a yak butter tea break in the Hindu Kush.
We’ve got a million of them, from Hessian flies to tomato solids to dwarfing genes to double-low canola to non-bitter cucumbers to [insert your favourite here].
And then there’s the one about nematode resistance in beets, mostly sugar beets, a new one on me. I was recently tasked to find out more about this particular story, with very little to go on beyond the taskmaster’s hazy memory of the standard über-narrative. A little inspired Googling led me to Pre-breeding for nematode resistance in beet, by W. Lange and Th. S.M. De Bock, who helpfully relate that:
Resistant plant materials originated from the annual accession PI 198758 of B. vulgaris subsp_ maritima, which had been collected in Le Pouliguen, Brittany, France.
Paydirt! And the inclusion of a PI number suggests that this came from the USDA’s genebank system, to which I hurried for more information. ((Why, I do not know. Perhaps in search of a more interesting biographical tidbit to spice up my narrative.))
However, and this is where it gets complicated, a search for PI 198758 at USDA’s GRIN says that it was collected by G. Coons, of the USDA Tobacco and Sugar Crops Research Branch, at Coimbra in Portugal some time between 1946 and 1951. (It is also not currently available, but that’s a separate story). But — more paydirt! — PI 198759, the very next accession, was indeed collected by Coons at Le Pouliguen in France.
Further Googling took me to the Sugarbeet Research Unit at Fort Collins, who were kind enough to answer my questions about which accession — 198758 or 198759 — should star in the narrative.
“In 1987 I received from IRS, Bergen op Zoom, ((“The research and knowledge centre for sugar beet growth in the Netherlands.“)) a packet of seed that was labelled Le Pouliguen Group 2, Pi 198758-59. I also tried to figure this number out and have concluded that its meaning is different from PI as used by GRIN. I think it was a code used by IRS meaning 1987 seed lots 58 and 59.”
Well, maybe … but that really does seem like way too much of a coincidence, that a sample harvested in The Netherlands in 1987, and that came from Le Pouliguen, or has an accession from Le Pouliguen in its pedigree, should happen to end up with the same number as one collected at Le Pouliguen between 1946 and 1951. I mean, it’s possible, but …
Something weird has happened along the way, I suspect. Other evidence from the beet breeders at Fort Collins suggests that Le Pouliguen is the correct location, because other accessions that showed partial resistance to nematodes came from the Loire estuary. Did Lange and De Bock make a mistake in their number? Did GRIN record the wrong collection location for PI 198758? Who knows?
And a final question: am I going to let any of this truth-seeking have any impact on my narrative?
No. But it sure was fun, and it isn’t often you get to say that about trips into GBDBH.
Nibbles: Royal genebank, Fish collection, Plant health, USDA wheat breeding project, Afghanistan, Breadfruit Art, Pests and Diseases, Idaho, Plant breeding, Gates, Panax quinquefolius, Natives
- Thai king has crop genebank on palace grounds.
- Fish in jars.
- Planning Plant Clinics.
- Plant Breeding for Drought Stress: The Project.
- Wait, the Nebraska National Guard has an agribusiness development team? Maybe they should talk to the people responsible for the previous bullet point?
- Kids! (And adults!) An Art Contest to celebrate ‘Ulu. Breadfruit, that is.
- Use of Agrobiodiversity for Pest and Disease Management. A slide show from Carlo Fadda at Bioversity.
- 3rd Annual Biodiversity Working for Farmers Tour in Idaho. 23rd June, you have been warned.
- Huge New York Times story on plant breeding and climate change.
- Bill Gates hails creativity for small farmers challenge.
- American ginseng: use it or lose it.
- Do you live in Ann Arbour? Do you want native plants for your garden? Yeah but how about American ginseng?
Nibbles: ITPGRFA, Hotspots, Adaptation, Agrobiodiversity, Potatoes and climate change, Cowpeas and drought, Apios, Tree planting, Fairtrade, Egyptian archaeobotany, Bolivian video
- All about the International Treaty on PGRFA.
- More, much more, on that climate change hotspots study.
- IDRC on climate change adaptation in Africa. Almost nothing on agricultural diversity as a coping mechanism.
- Unlike this.
- Or this, for that matter. Never knew the Basque country was such a hotbed of potato research.
- Or…oh forget it.
- What, in the name of all that is happy, is hopniss?
- Danone buys some goodwill.
- Fairtrade chocolate: this looks like it should be really important. Is it?
- So, you say you want to know what plant remains were found in the baskets in Tutankhamun’s tomb?
- Bolivian agricultural biodiversity, anyone?
Brainfood: Baby’s veggies, Chickpea and drought, Vine cactus breeding, Paleolithic rabbits, California protected areas, Wild pigeonpea, Pecorino classification, Milk composition, Phenotyping, Wild peas
- Vegetables by Stealth: an exploratory study investigating the introduction of vegetables in the weaning period. Sneaking them into the diet is the most common strategy used by mothers to introduce their kids to vegetables. Reeeeeally?
- Assessment of Iranian chickpea (Cicer arietinum L.) germplasms for drought tolerance. Four out of 150 local landraces showed promise. It really is a numbers game, isn’t it?
- In situ induction of chromosome doubling in vine cacti (Cactaceae). Potentially valuable autopolyploids were produced. Not that it was easy or anything.
- Who brought in the rabbits? Taphonomical analysis of Mousterian and Solutrean leporid accumulations from Gruta Do Caldeirão (Tomar, Portugal). People did, that’s who, but only during the later Upper Paleolithic. Before that it was mainly owls.
- Protected areas in climate space: What will the future bring? Nothing good. Both novel and disappearing climates are over-represented in current protected areas, at least in California.
- Progress in the utilization of Cajanus platycarpus (Benth.) Maesen in pigeonpea improvement. Baby steps.
- Classification of pecorino cheeses using electronic nose combined with artificial neural network and comparison with GC-MS analysis of volatile compounds. Wait, there are different kinds of pecorino?
- The need for country specific composition data on milk. Well, you’ve got me convinced.
- Rate-distortion tradeoff to optimize high-throughput phenotyping systems. Application to X-ray images of seeds. So, let me get this straight, basically, gauging the optimal trade-off between speed and accuracy in high-throughput phenotyping systems depends on what you’re measuring? Who writes these grant applications?
- Experimental growing of wild pea in Israel and its bearing on Near Eastern plant domestication. First pea growers were either very patient or very quick workers.