Food. Jennifer Clapp
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Название: Food

Автор: Jennifer Clapp

Издательство: John Wiley & Sons Limited

Жанр: Экономика

Серия:

isbn: 9781509541782

isbn:

СКАЧАТЬ a cultural feature of society, and toward food as any other product that firms produce, sell, and trade. The people who eat those food products in turn have been reduced to “consumers,” rather than being considered simply as “eaters.” Distance between the production and the eating of food is increased by the commodification of food within the global economy. As noted above, it is not just the physical distance that food travels in global food markets that has grown, but also our lack of awareness of the conditions of its production and the skewed nature of power differentials along agrifood supply chains.

      The commodification of food has not just been in terms of the physical product of food, but also in its abstract form, in the development of financial products based on agricultural and food commodities, as noted above. This financialization of food in effect takes the commodification of food to a new and intangible level, further distancing producers from individual consumers by stretching the scope of the transactions between them. It also increases the distance between the fundamentals of supply and demand with respect to the pricing of food, such that food prices are now determined as much by the overall financial investment climate as they are by the forces that determine the size of the harvest.

       Asymmetrical and volatile world food economy

      Can you imagine a country that was unable to grow enough food to feed the people? It would be a nation that would be subject to international pressure. It would be a nation at risk. And so when we’re talking about American agriculture, we’re really talking about a national security issue.14

      This asymmetry in food production between countries is exacerbated by growing asymmetries within and across societies with respect to food access. As noted above, over 820 million people are chronically undernourished, a number that has remained persistently high for decades. Although the proportion of people facing chronic undernourishment has declined overall since the 1990s, progress has been highly uneven. In sub-Saharan Africa, progress on cutting the proportion of people experiencing hunger has been very slow, while absolute numbers of hungry people have risen in recent decades, leaving the continent far from meeting global hunger reduction targets. In Latin America and Asia, both the proportion of people experiencing hunger and the absolute numbers have fallen, bringing them closer to meeting global targets for hunger reduction. Meanwhile, nearly two billion people on the planet are overnourished. Levels of obesity, for example, have doubled since 1980 to reach 670 million in 2017. Micronutrient deficiencies are also widespread, affecting some 1.5 billion people, and can accompany both over and undernutrition.15

       Ecological fragility of the global food system

      Ecological fragility is a third key feature of the current world food economy. The spread of the industrial agricultural model over the past fifty to one hundred years – hybrid seeds, monoculture planting, irrigation, mechanization, and chemical inputs – has resulted in extensive negative ecological effects. The adoption of this model around the world was a key ingredient in the globalization of the world food economy. But the effects have been stark: biodiversity has been drastically reduced with a focus on relatively few species of plants grown in a monocropped fashion; soils have been depleted by mechanization and over-use; land has been poisoned by chemical fertilizers and pesticides; water has become scarcer; industrial farming methods release greenhouse gases that are associated with climate change; and the list goes on.

      On one side of the debate are advocates of a refinement of the industrial model in a way that encourages the continuation of large-scale agriculture with the adoption of genetically modified seeds that allow crops to grow in hostile environments. Such crops could be engineered, say advocates, to withstand polluted soils and drought conditions and could also be engineered to resist pests. The embrace of genetically engineered crops, for them, is the only path forward because harsh environmental conditions will undoubtedly become more prevalent with climate change, particularly in developing countries, and specifically in Africa. The world, in other words, must be prepared for the worst or face starvation from declining harvests in a more unpredictable climate.16

      On the other side of the debate are advocates of low external input agriculture, such as agroecology, who call for more intercropping and the use of multiple traditional varieties of seeds, nourishment of the soil with organic fertilizers, and integrated pest management to reduce or eliminate pesticide use. These thinkers stress the risks associated with the wholesale embrace of genetically modified crops, which in their view only replicate the environmental problems we are already facing with industrialized agriculture. Without this diversified approach that fosters increased biodiversity by protecting traditional varieties, this view argues that agriculture will lose its resilience and become even more vulnerable to the risks of climate change.17

       Resistance