What we’ve been reading this week

This week’s summary on the news stories, reports and blogs that have grabbed our attention. We welcome your thoughts and comments on these articles.

Increasing cropping frequency offers opportunity to boost food supply, University of Minnesota

Climate-Smart Pearl Millet Variety May Be a Game Changer for Nutrition, Feed the Future

WTO chief says no chance of global trade deal, USA Today

Iowa in the Amazon, The New York Times

Science’s role in growing diverse, nutritious food, SciDev.Net

What have been the farm-level economic impacts of the global cultivation of GM crops?, Collaboration for Environmental Evidence Library

‘Total inaction’ at UN climate talks, Africa groups charge, Thomson Reuters Foundation

Eating Aliens, Jackson Landers

Crowdsourcing app fights food loss in Africa, University of Twente

Hunger Grains: Are EU policies undermining progress on development?, From Poverty to Power, Duncan Green

How Africa’s natural resources can drive industrial revolution, CNN [Read more…]

The importance of seed diversity

ID-100144378 (2)Seeds might be small, inconspicuous things but they hold a great deal of power. For some, seeds mean survival, ritual, life. They are the basis of much of the food we consume. Perhaps because of their power and their value to the planet’s food security, seeds are a controversial topic. The sale of seeds, the modification of seeds and the saving of seeds are all issues which inspire much discourse and disagreement.

The Gaia Foundation produced a video called Seeds of Freedom, which documents the century’s old custom of saving and selecting seeds best adapted to local conditions, cultural preferences, and resilient to environmental constraints. The film highlights the threat that privatisation of the production and sale of seeds poses to these traditional farming practices.

Cycles of seed saving and the maintenance of agricultural biodiversity have been challenged by the introduction of higher-yielding hybrid and introduced crops that can lose their vitality after the first season, thus requiring farmers to purchase new seeds every year. The video paints the leaders of the Green Revolution as seeking power over the seed value chain. And while many would disagree with this, that scientists were developing high-yielding locally adapted crops with the aim of increasing food production and reducing hunger, there is little doubt that agricultural crop biodiversity was lost as the rise of monocultures and heavy chemical use expanded rapidly. In the Philippines, a poster country of the Green Revolution, only 8 rice varieties out of 3,500 are now grown.

Agricultural biodiversity and the wealth of information and traits it contains is particularly important given the global challenges we face, not least climate change. There are crops and crop varieties that can withstand extremes that would decimate many of the crops we regularly eat. Pearl millet for example, a crop grown annually on more than 29 million hectares in the arid and semi-arid tropical regions of Asia, Africa and Latin America, can survive the most hot and hostile Sahelian conditions.  Thus conserving seed diversity both in situ and in seed banks is imperative. A recent blog on Food Tank outlines 15 seed saving initiatives protecting biodiversity for future generations.

For many the concept of saving seeds is firmly entrenched in the ideals of food sovereignty, which is about the right of people to define their own food systems. Few would argue against increasing food production in developing countries and reducing the huge amounts of imports, which can leave poor consumers at the mercy of volatile global food prices. But in the extreme, food sovereignty espouses the restriction of all food trade and corporate involvement which raises a couple of issues.

Firstly agro-ecological methods and traditional farming, while often more resilient than conventional monocultures, have limits to the amount of food they can produce per unit of labour. In Africa, where smallholder farms dominate, maize yields average 1 ton per hectare, compared to Iowa, where farmers have access to the most cutting edge of technologies including GM and get, on average, yields of 11 tons per hectare. The answer is not in transferring an Iowan system of farming to Africa but technology does have the potential to transform productivity and livelihoods. [Read more…]