Just do it

Jeffrey has his heart in the right place, a great job, and a $2 million condo in NYC, but he clearly has failed to consider the microeconomics of aid, farming, finance, corruption, etc. It’s sad that he may actually get people to contribute to his program — and make things worse. [Sachs has a macro background — and you can tell.]

I’ve only recently started reading David Zetland’s Aguanomics blog. Of course I agree with him. But that’s no reason not to link to him. This time, he’s taken on a Godlike directive from one J. Sachs: “The world should set as a practical goal of doubling grain yields in low-income Africa and similar regions (such as Haiti) during the next five years.”

Hop to it, World!

Micronutrients No. 1

The Copenhagen Consensus has just decreed that supplying missing micronutrients — especially vitamin A and zinc — is the most important priority for global development. The cost is $60 million per year, yielding benefits in health and cognitive development of over $1 billion.

The Copenhagen Consensus website says:

Despite significant reductions in income poverty in recent years, undernutrition remains widespread. Recent estimates from UNICEF (2006) are that “one out of every four children under five – or 146 million children in the developing world – is underweight for his or her age”, and that “each year, …undernutrition contributes to the deaths of about 5.6 million children under the age of five”. The undernutrition associated with missing micronutrients in poor quality diets is even more widespread than that indicated by underweight alone.

Undernutrition in turn has negative effects on income and on economic growth. Undernutrition leads to increased mortality and morbidity which lead to loss of economic output and increased spending on health. Poor nutrition means that individuals are less productive (both due to physical and mental impairment), and that children benefit less from education.

Reducing undernutrition is one of the Millennium Goals (Goal 1 aims to eradicate extreme poverty and hunger), and is also a key factor underpinning several others. Achieving goals in primary education, reducing child mortality, improving maternal health, and combating HIV/AIDS, malaria and other diseases all depend crucially on nutrition.

I downloaded the Challenge Paper and the Executive Summary of it. The word “vegetable” does not appear in either. Nor “diversity”. That’s as far as I’m prepared to go at present.

Nibbles: Taste, Guano, Breeding squared, Satellites, Subsidies, Harakeke, Pomegranate

The keyhole to self sufficiency

Luigi’s nibble of the keyhole gardens of Lesotho resonated with me for a couple of reasons. First, it showed that at least some people are not sitting about waiting for the rest of the world to solve the food crisis for them. More than that, though, it set me to thinking about this type of garden.

The BBC, with its customary ahistoricity, seems to think keyhole gardens are utterly novel and “home-grown” in Lesotho. Actually, they have a long history. I first came across them in a demonstration garden by Horticulture Therapy (now known as Thrive). They are round beds, raised to make it easy for people in a wheelchair to tend to the plants, and sized so that one can reach the middle of the bed either from outside the circle or from inside the slot that gives the garden its name. To be honest, I’m not sure who invented them. Permaculture practitioners often take credit for popularising the concept, but I’m sure I’ve seen earlier designs, including lung-like ones in which branching paths end in alveoli that allow access to the entire bed.

The point about keyhole type designs (whether raised for wheelchair users or not) is that they eliminate the need to tread on the soil, which is bad because it can lead to compaction and all the evils that brings. Keyholes, however, are just one manifestation of no-dig gardening. ((Which I am not going to link to because there are so many sites, I don’t want to single out any one of them.)) The shape of the bed is immaterial; what matters is that you don’t step on it and that you don’t destroy the soil structure by turning it upside down once or twice a year. And no-dig of this sort is just one manifestation of very intensive horticulture. ((To which I will definitely link: John Jeavons and Mel Bartholomew are the gurus, although there are others.)) And the weird part about no-dig, intensive horticulture is that it seems to be the child of affluence and self-sufficiency.

The poor, who need more than ever to be self-sufficient, have not generally been treated to these techniques.

It isn’t glamorous and it isn’t high tech, but it can deliver far more food than any other method. Not the calories of starchy staples, perhaps, although potatoes and other roots and tubers certainly do well in no-dig beds, but a wonderfully nutritious and satisfying diversity of fruit and vegetables. Furthermore, as the Lesotho example shows, there’s often a surplus to sell nearby.

One problem, I suspect, is that precisely because it isn’t high-tech and glamorous, intensive no-dig horticulture requires cadres of trainers. The system also needs to be tailored to people’s preferences and local conditions. I expect that the best way to propagate it would be to have demonstration villages that could train trainers and send them out into their world to spread the news. Wait a minute! Isn’t that something that Jeffrey Sachs’ Millennium Villages could be doing? ((What do you mean they don’t work?)) But I digress.

It seems to me, sitting here at the back of the Hall of Flags in the belly of the FAO beast, that widespread adoption of intensive, no-dig horticulture wherever poor people have access to at least a little land could do an enormous amount of good. There are opportunities for entrepreneurship and empowerment, and a prospect of real improvement. I just have no idea how to get something like that rolling.

The snatches I’m hearing from the statements and discussions (and I’m not privy to much corridor conversation) are all about high-yielding seeds and fertilizers (made from expensive oil) and irrigation. That package may have done as much good as it can.

Would it hurt to devote a small percentage of the millions being pledged to a different approach? Come to that, would anybody who is as appalled as I am about the same-old same-old being peddled as a solution care to bankroll something different?

Prince buys apples

Regular readers will remember last year’s flap over the UK’s National Fruit Collection, which is looked after by the Brogdale Horticultural Trust and managed by the University of Reading at Brogdale, Kent. I won’t rehearse the details again, but suffice to say there was some doubt about the collection’s future. There’s now news from the Daily Telegraph that the collection has been “saved” by the Prince of Wales:

…three separate collections of the 1,000 most important breeds have been sold to the Prince of Wales, the Co-operative supermarket group and an anonymous Scottish businessman. ((Actually, not so anonymous.)) Each will plant their saplings in different parts of the country.

There’s not much more detail than that in the article, and of course we’ll work our contacts to try to find out more, and indeed to verify the accuracy of the newspaper accounts. But there are a couple of points about this statement that are a little worrying. At the very least, the whole thing raises a lot of interesting questions.

Let me start by saying that it’s certainly a good idea to safety duplicate (or triplicate in this case) germplasm collections in different places, especially field collections, which are particularly prone to accident and mishap. ((I’m afraid I dont know if the collection is maintained in tissue culture under slow growth or cryo conditions, but one would hope so.)) But how exactly were the thousand accessions chosen? There are 2,300 apple varieties in the collection. How does one measure the “importance” of each of these? One measure might be how much they’ve been used, either directly in plantations or in breeding. But wouldn’t such varieties be the ones in least need of conservation? It would be good to know what criteria were used to make the selection.

My second worry is over the fact that the germplasm has been “sold.” For how much, exactly? And how was the amount calculated? And what does that mean about access to that material by potential users, either in the UK or overseas? ((Added later: I should have pointed out that it is not clear from the newspaper account whether a copy of the collection will remain at Brogdale.)) Apple is on Annex 1 of the International Treaty on Plant Genetic Resources for Food and Agriculture. Ex situ conserved Annex 1 material in the public domain and under the control of a Party to the Treaty, which the UK government is, is supposed to be made available to users under a “facilitated” access and benefit sharing regime. Does this privatization of part of the collection affect its status under the Treaty? If so, has the Treaty Secretariat been informed? It’s not as if the new owners won’t be trying making money out of it:

The Co-op intends to produce a “heritage apple juice” from some of the breeds by the end of this year. William Barnett, who heads up The Co-operative Farms’ 800-acre fruit-growing operation at Tillington in Herefordshire, where the apple trees are being planted, said: “Some of the apples date back to pre-Victorian times. They were originally dessert apples, but became less fashionable and failed as modern commercial varieties.”

What if someone else wants to try the same thing? Under what conditions will they have access to the material?

As I say, lots of questions. If anyone out there has the answers, we’d love to hear from you.