Sorry for the slow blogging, but I’m ill in bed and Jeremy is travelling. But none of that will stop us from wishing you all a happy International Women’s Day!
Eating Jamaican
From Our Man in Kingston, Colin Khoury. Thanks, mon, and Jah guide.
We are here in Kingston, Jamaica due to a EU funded project “Strengthening Jamaica’s Food Security Programme”. Yesterday, as part of the project, the Government, in partnership with FAO and the EU, launched a campaign entitled “Eat Jamaican”, which brought the dignitaries and star athletes to the large Coronation Market in downtown, where produce from all over the island is brought in by “higglers” be sold. The campaign will promote awareness of the benefits of eating Jamaican through the radio and newspapers, and have road shows, chef “cook-offs”, display booths, celebrity endorsements, a comedy corner, and more.
Committing to walking the walk (and, to be honest, discouraged by the very high price of food on this island, especially the imported stuffs) we are going to be eating as Jamaican as possible. If we had a garden, I’d take up the Government on its suggestion to “grow what we eat; eat what we grow”, but for now we will need to gather what we eat from the markets of this capital city.
So what is it to eat Jamaican? In Coming Home to Eat, Gary Nabhan studied the indigenous diet of his American Southwest home and then, modelling this diet, attempted for a year to source 80% of his consumption from within a local radius of 350 km, the remaining 20% from further afield. As we are on an island, the boundaries for us are clear — Jamaica is 235 km long and 80 km wide. It would be nice to be able to draw a line in the water as well and see if we can source our fish as locally as possible.
It seems like it can’t be that difficult. Jamaican cuisine is, after all, diverse and interesting. The famous “jerk” sauces and other curries smother the meats and fish, tropical fruit abounds, and “rice and peas” (actually rice and Phaseolus beans), cassava “bammies”, and bananas/plantains accompany the meals.
But how much of Jamaican cuisine is Jamaican produced? It’s amazing how long a trip to the supermarket becomes when you stop to read labels. And the results can be surprising- there are a lot of foods “made in Jamaica” that are processed and packaged here, but the crops themselves are produced elsewhere. This is likely to be true of most of the chicken topped by that famous jerk, and certainly for the breads and breakfast cereals. In buying these foods, we are supporting the local economy, but not doing anything to support local food producers.
In another twist, there are products made from local foods, and processed and packaged here, yet sold under the label of multinationals such as Nestlé. So with this purchase we seem to be supporting both local food production as well as the food product giants.
The simplest and cheapest way to purchase and eat locally here is probably to buy the local grains and legumes in bulk, and the fresh produce, and eat at home. This can be challenging with busy work schedules. It also involves a shift from some of the staples we are used to, such as wheat and oats, to rice and roots/tubers such as yam and sweet potato.
The agronomists working for FAO here tell me that almost anything can be grown, from lettuce to breadfruit, and almost everything is exported in some quantity (but not as much as could be). Jamaica isn’t a huge island, but it is topographically diverse. So eating locally is likely not to constrain our diets terribly.
But if we are working to have local food production contribute to long-term food security, we need to ask the next logical question — what local foods can be produced easily in the agroecosystems of this island, without the need for excess protective chemicals, greenhouses, shadehouses, or irrigation? One direction to look might be the foods with a long history on this island.
Otaheite (Syzygium malaccense) has a lovely, tropical pear kind of taste, and is native to Indonesia and Malaysia, a Captain Bligh introduction from Timor and Tahiti in 1793. The national fruit, Ackee (Blighia sapida) looks and kind of tastes like scrambled eggs, is best mixed with salty fish, and fills you up for the whole day. Ackee is West African in origin, and is named after Bligh due to his interest in the fruit, which he brought from Jamaica back to England.
The maize, “peas”, squash, cassava, yams, tomatoes and “scotch bonnet” peppers native to Mesoamerica have likely been here since the Arawak were doing their thing in pre-Colombian times. One great discovery has been that the most common green leafy vegetable here- callaloo- that at first I took to be a Brassica similar to the collard greens popular in the Southern US, turns out to be Amaranthus. Now that is an eco-efficient, climate change ready, food security vegetable if ever there was one.
The banana producers here, who have been plagued by crop-destroying hurricanes in the last years, may need to transition to alternative crops. My hope is that this transition is toward larger production of the foods that do grow well here, and are hardy toward the climate challenges to come.
There also seems to be much to be done simply to improve the quality (i.e. appearance) of the local food crops, to make them more appealing to consumers. Creating recognition for local foods, as has been done with the coffee grown in the Blue Mountains not far from Kingston, may also help consumers to appreciate what is at their fingertips.
Proactive and supportive consumerism — which may be half the battle to achieve a sustainable food system in contribution to long-term food security — is something that will come with a good deal of education, effort and a lot of label reading.
And that 20% we allow ourselves to get from elsewhere, you ask? So far, the results indicate that it is likely to be comprised highly of sharp cheddar cheese, wine and olives.
Nibbles: Biofuels, Avocado, Seed systems, Himalaya, Umbria
- Corn and ethanol, sitting in a tree … it’s complicated.
- More than anyone — except us — could ever want to know about the avocado. h/t Nicola.
- FAO prescribes seed systems for small farmers. h/t CIAT blog.
- Slides about agricultural biodiversity in the Himalaya; wish I knew what to make of it, if anything.
- Umbria says “COLTIVIAMO LA BIODIVERSITÀ“.
Test question (no prizes): What’s the link between avocados and orchids?
The Economist mentions crop wild relatives!
The Economist’s special feature on feeding the world pretty much pushed all the expected buttons. The challenges are great: food supplies probably have to increase by 70% in the next 40 years. More inputs — land, irrigation, fertilizers — is not exactly off the table as a strategy, but won’t be nearly enough. Technology is what we need: in particular plant breeding, though also intensification of livestock keeping. It won’t be easy: that 70% increase in production translates into things like a doubling of the growth rates in yields of wheat, to >2% per year. And climate change will make what would have been a difficult task at the best of times even harder. The growth rate in wheat yield will have to be achieved in the face of a likely 20% fall caused by a 2ºC increase in global temperatures. But advances in genomics make all this possible, although the way this was presented was somewhat eccentric, I thought:
…the change likely to generate the biggest yield gains in the food business—perhaps 1.5-2% a year—is the development of “marker-assisted breeding”—in other words, genetic marking and selection in plants, which includes genetically modifying them but also involves a range of other techniques.
Also predictable was the trotting out of the dreaded 75% figure for loss of agrobiodiversity:
Three-quarters of all the world’s plant genetic material may have gone already, mostly by habitat destruction, says Pasquale Steduto of the FAO, and more is going every day.
What was less expected, at least to me, was a final, brief but nevertheless welcome, section on the importance of micronutrients, which even suggested that technology might not be sufficient on its own:
Better nutrition, in short, is not a matter of handing out diet sheets and expecting everyone to eat happily ever after. Rather, you have to try a range of things: education; supplements; fortifying processed foods with extra vitamins; breeding crops with extra nutrients in them. But the nutrients have to be in things people want to eat.
Most unexpected, however, and most welcome, were the couple of references crop wild relatives as possible sources for solutions:
…hundreds of thousands of older varieties and wild relatives are left to the vagaries of land-use change, global warming and chance. This is a worry because some of the most desirable characteristics of plants—taste, drought- and pest-resistance—originally came from the wild gene pool, which will be needed again one day.
Alas, no mention of genebanks there, you’ll notice. Which I suppose one comes to expect. Didn’t anyone at CIMMYT, IRRI or ILRI — who all get nice name-checks — mention to the writer that in fact hundreds of thousands of samples of landraces and wild relatives are (relatively) safe in genebanks, not least in those very institutes? And that these genebanks need support, and should not be taken for granted?
Nibbles: Plant Cuttings, Truffles, Diseases, Vegetables, Capsicum, Calestous Juma
- Nigel Chaffey’s roundup of botanical news is out.
- Learn how to grow truffles. For Canadians.
- ILRI policy brief on how agriculture and human health are connected. Bottom line: it’s complicated.
- AVRDC introduces you to Mali’s Magnificent Cube.
- Biofortified on pepper breeding.
- Calestous Juma in the New Agriculturist on why he’s optimistic about African agriculture.