- Juliana Santilli guest-blogs on the book Agrobiodiversity and the Law over at Agrobiodiversity Grapevine.
- ICARDA tells communities how to set up a sheep breeding programme.
- While an Indian institute breeds pigs, with Canadian help.
- Another Indian institute does the same for mushrooms, with no help.
- And yet another sequences the coconut genome.
- While BGI sequences a whole bunch of CIAT cassava stuff. Only yesterday they were doing rice. Yeah, but only 50, and you gotta keep those sequencers going, don’t you? Would be nice to know how much the CGIAR is paying BGI annually. Do they get frequent flyer miles? Have they negotiated a corporate rate?
- A Kazakhstan apple tree grows on the East River. A forest, actually. If it had been in England, it might eventually feature here. Ok, ok, our quest for connections is occasionally overdone. Made you look, though.
- Ah, kimchi! Ah, fish empanadas! So much interesting food, only one stomach lining…
- Danny tells us about Ireland’s CWR database. In other news, Ireland has CWR. Oh, and then he goes crazy on the Biodiversity for Nutrition mailing list. Did he get his goat is what I want to know.
- AoB on in vitro peach palms. Why read the paper, when AoB abstracts the abstract?
- Bifurcated Carrots on seed saving in Canada. Video goodness galore.
- And while we’re talking cinema, here’s news of a movie on a year in the life of four Kenyan farmers.
- From Kenyan farmers to First Farmers. The Womb of Nations. I like that. And more. Agricultural hearths. I like that too.
- Four days of discussion about land tenure. May not be enough, actually.
- “…70 per cent of the peppermint sold in the US is descended from a mutant in a neutron-irradiated source.” Good to know.
- I missed International Mountains Day. Again.
- That EU-funded taro mega-project from a PNG perspective.
- What I like about this Worldwatch series on neglected plants is that they’re not factsheets. Yet.
Is Livestock Breed Database Hell beckoning?
I’ve said before that I thought the animal genetic resources community had got its act together a bit better than us plants people as far as information and communications are concerned. But now I’m having second thoughts. Let’s start with FAO’s Animal Production and Health Division. It has a webpage on Implementing the Global Plan of Action for Animal Genetic Resources. One component of that is the Domestic Animal Diversity Information System (DAD-IS). So far so good. But that includes a database of breeds. And so does ILRI’s Domestic Animal Genetic Resources Information System (DAGRIS), though admittedly this one has trait information too. And I haven’t even begun to dig into the national and regional stuff. Is this the beginning of Livestock Breed Database Hell? Oh, and ILRI also has a separate site on Animal Genetic Training Resources (AGTR).
Illustrating genebanks
A few days ago Daniel Mietchen over at Wikimedian in Residence asked the question How would you illustrate the concept of a seedbank? Well, how would you? This is my idea:

Nibbles: Cannabis, Biochar, Hessian fly, Conference, Anti-conference, Mexican seeds
- Plant domain name changes hands for “high” price.
- Biochar reduces emissions of greenhouse gases from glacial soils. Probably cures dandruff too.
- We love resistance to wheat hessian fly, as an example of the value of agricultural biodiversity. Now it gets really interesting.
- 18th Annual International Sustainable Development Research Conference, University of Hull. h/t CAPRi Deadline for submissions is Thursday! Hurry!
- But wait! “‘Sustainable Development’ Is Often Used Gratuitously”.
- Local seed saving in Mexico.
100 exotic foods
There are less than one hundred food plants that are very important to humans, but a few hundred more are already gaining importance, or could in the future. We have not yet imagined the potential value of hundreds of others. In many cases, we know little about them. Here Dr Small has selected 100 of these “exotic” food plants and provided a wealth of information. This book is a companion to his Top 100 Food plants, for which he received the 2009 Lane Anderson Award for science popularization. As the saying goes – “What more can we say”.
The author had a large and diverse audience in mind, and has written in a very user friendly style. The well organized and comprehensive information will be much appreciated by the scientific community (agriculture, horticulture, environment and medicine), by chefs and those with a love of cooking, by travellers, and by anyone with an interest in the most important commodity on earth. Some of the plants treated here are plants that have only recently found their way onto the shelves of stores in the western world. The purpose of this book is to focus on the increasing flow of plant products through world trade. It covers a diversity of food products and the value of eating a wide variety of plant foods, thus contributing to a healthier diet. The author hopes that by highlighting exotic plants, he will increase the diversity of crops around the world, leading to a safer and improved agricultural economy.
How many exotic food plants are there and what makes them exotic? There are at least a few hundred and “exotic” here means selected by the author. The selection is not just plants that Dr Small likes (that too) but, includes the plants that meet some combination of the following criteria: (1) produced outside North America; (2) strange & exciting; (3) encountered in the English speaking Western world or by travellers; (4) important either globally or in particular regions; (5) lack of information in English on culinary aspects; (6) personal taste; (7) economic importance; (8) encountered in north temperate countries; (9) interesting; and (10) unfamiliar to people. Some plants and plant products that you might call “exotic,” like banana, coconut, chocolate, date and pineapple, are not here because these were included in the earlier Top 100 Food Plants (Small 2009).
Since this is the author’s selection of 100, naturally there are many other economically important plants that are not included, some exotic and some not. Among the species not included here are saskatoon (Amelanchier alnifolia), cranberry (Vaccinium macrocarpon), pecans (Carya illinoinensis), pine nuts (Pinus pinea), hickory nuts (Carya cordiformis, Carya glabra, Carya myristicaeformis, Carya ovata, and Carya tomentosa), langsat (Lansium domesticum), salak (Salacca zalacca or Salacca edulis), karonda (Carissa carandas), maqui (Aristotelia chilensis) and jabotacaba (Myrciaria cauliflora). Here there are more, and/or different plants than in other books treating this subject area, or the treatment is much more complete than elsewhere. Among the many other books covering this subject to some extent are Jacques (1958), Schery (1972), Brouk (1975), Chan (1983), Hanelt (2001), Vaughan and Judd (2003), Biggs et al. (2006), and van Wyk (2006). These are listed in Appendix 3 of Top 100 food plants and in Appendix 2 of Top 100 exotic food plants. Readers of the latter will be especially interested in plants such as the largest seed in the world, the Seychelles Island Double Coconut (Lodoicea maldivica), the safe sweetener called Stevia (Stevia reboudiana), the key to immortality called Gogi (Lycium barbarum), and many others.
The plants included are those producing fruits, vegetables, spices, legumes, culinary herbs, nuts, and extracts. The treatment of each species provides information in a consistent format. It begins with an introductory paragraph with family and scientific name and clarification of other plant names. Next is “Plant Portrait” which includes a description of the plant, its native distribution, where it is cultivated, its uses, parts consumed, exports, and other aspects such as toxicity and use as medicine. Next a “Culinary Portrait” is provided including uses, preparation, effects and commercial products. Finally a section entitled “Curiosities of Science and Technology” includes a wide range of information. Treatments end with the “Key Information Sources” as well as “Speciality Cookbooks” which often includes more than a dozen references. Here the reader can find additional information on a variety of topics. The book actually contains more than 2000 literature citations. It is enhanced by more than 200 drawings, many chosen from historical art of extraordinary quality.
This scholarly and accessible presentation covers plants that have been the subject of sensationalistic media coverage and others that are controversial such as the acai berry (Euterpe oleracea), kava (Piper methysticum), hemp (Cannabis sativa), and opium poppy (Papaver somniferum). Some of the information is fascinating and humorous. It is an entertaining learning experience as well as an authoritative source. It is also an excellent companion to the very successful Top 100 food plants. From household cooks to professional chefs, from university botany students to plant scientists, and from travellers to homebound, there is much here for everyone.
This review, by Gisèle Mitrow and Paul Catling, of Agriculture and Agri-Food Canada, appeared originally in #455 of Botanical Electronic News. (Subscribe here.) We thank BEN’s editor, Adolf Ceska, and Dr Mitrow and Dr Catling, for permission to republish it here.