Posts Tagged ‘pig’
Industrial livestock production in Europe and the USA began when feed, energy and land were inexpensive, the ‘Meat Atlas’ has explained, which is published jointly by the Heinrich Böll Foundation and Friends of the Earth Europe.
Nowadays, feed, energy and land have all become scarce and costs have gone up. As a result, total meat production is growing less quickly than before. “The market is growing only for pigs and poultry. Both species utilise feed well and can be kept in a confined space. This means that they can be used to supply the insatiable demand for cheap meat,” the Meat Atlas has said.
By 2022, almost half the additional meat consumed will come from poultry. Beef production, on the other hand, is scarcely growing. The USA remains the world’s largest beef producer, but the meat industry describes the situation there as dramatic. For 2013, it expects a fall of 4-6 per cent compared to 2012 and predicts the decline to continue in 2014. In other traditional producing regions including Brazil, Canada and Europe, production is stagnating or falling.
“The star of the day is India, thanks to its buffalo meat production, which nearly doubled between 2010 and 2013. India is forcing its way onto the world market, where 25 percent of the beef is in fact now buffalo meat from the subcontinent,” said the Atlas (see this news report from 2013 June).
According to the US Department of Agriculture, India became the world’s biggest exporter of beef in 2012 – going ahead of Brazil. Buffaloes are considered inexpensive to keep by the USDA (what benchmark do they use for husbandry I wonder). Thus the USDA considers buffalo meat a dollar a kilo cheaper than beef from Western cattle. In addition, the Meat Atlas has reminded us, the Indian government has invested heavily in abattoirs. Moreover, faced with the high price of feed, Brazilian cattle-raisers are switching to growing soybeans which has presented an opportunity for Indian buffalo-meat exporters.
China and India differ markedly in their food consumption patterns. In India, a vegetarian lifestyle has deep cultural and social roots. In surveys cited by the Atlas, a quarter or more of all Indians say they are vegetarian. “But the number of meat-eaters is growing. Since the economic boom (my note: usual dreadful mis-labelling here; it is no ‘boom’ but a slow destruction) in the early 1990s, a broad middle class that aspires to a Western lifestyle has emerged (true enough). This includes eating meat which has become a status symbol among parts of the population. Nevertheless, meat consumption in India is still small – per person it is less than one-tenth of the amount consumed in China.”
The costs borne by the environment because of the world’s fondness for animal-origin protein are probably the biggest, but are still difficult to calculate despite some 30 years of following advances in environmental economics. This helps us estimate some damage to nature in monetary terms. It covers the costs of factory farming that do not appear on industry balance sheets, such as money saved by keeping the animals in appalling conditions. The burden upon nature also grows by over-fertilisation caused by spreading manure and slurry on the land and applying fertilisers to grow fodder maize and other crops.
The Earth Policy Institute has a startling data highlight about the consumption of pork in China. Half the world’s pigs, more than 470 million of them, live in China. While meat consumption in the United States has fallen more than 5% since peaking in 2007, says the institute, Chinese meat consumption has jumped 18%, from 64 million to 78 million tons — twice as much as in the USA (see the charts below). China already buys more than 60% of the world’s soybean exports to feed to its own livestock and has been a net importer of pork for the last five years.
In late May 2013 the American company Smithfield Foods Inc, which is reported to be the world’s leading pork producer, was bought by the Chinese company Shuanghui International, which is the owner of China’s largest meat processor. The acquisition has been reported by China Daily; USA Today seemed cautiously happy about China’s buying of American hogs; Forbes hastily attempted an analysis of what it all means; Fast Coexist provided that analysis with knobs on.
One of the major limitations in livestock sector planning, policy development and analysis is the paucity of reliable and accessible information on the distribution, abundance and use of livestock. With the objective of redressing this shortfall, the Animal Production and Health Division of FAO has developed a global livestock information system (GLIS) in which geo-referenced data on livestock numbers and production are collated and standardized, and made available to the general public through the FAO website.
Where gaps exist in the available data, or the level of spatial detail is insufficient, livestock numbers are predicted from empirical relationships between livestock densities and environmental, demographic and climatic variables in similar agro-ecological zones.
[Reference: FAO. 2007. Gridded livestock of the world 2007, by G.R.W. Wint and T.P. Robinson. Rome, pp 131, Environmental Research Group, Oxford, and FAO Animal Production and Health Division]
The spatial nature of these livestock data facilitates analyses that include: estimating livestock production; mapping disease risk and estimating the impact of disease on livestock production; estimating environmental risks associated with livestock due, for example, to land degradation or nutrient loading; and exploring the complex interrelationships between people, livestock and the environment in which they cohabit.
It is through quantitative analyses such as these that the impact of technical interventions can be estimated and assessed. Also, by incorporating these data into appropriate models and decision-making tools, it is possible to evaluate the impact of livestock-sector development policies, so that informed recommendations for policy adjustments can be made.
The components of the information system thus created include: a global network of providers of data on livestock and subnational boundaries; an Oracle database in which these data are stored, managed and processed; and a system for predicting livestock distributions based on environmental and other data, resulting in the Gridded Livestock of the World (GLW) initiative: modelled distributions of the major livestock species (cattle, buffalo, sheep, goats, pigs and poultry) have now been produced, at a spatial resolution of three minutes of arc (approximately 5 km). These data are freely available through the GLW website1, through an interactive web application known as the Global Livestock Production and Health Atlas (GLiPHA)2, and through the FAO GeoNetwork data repository.
As well as detailing various components of the GLIS, this publication explains how livestock distributions were determined, and presents a series of regional and global maps showing where the major ruminant and monogastric species are concentrated. Spatial livestock data can be used in a multitude of ways. Various examples are given of how these and other datasets can be combined and utilized in a number of applications, including estimates of livestock biomass, carrying capacity, population projections, production and offtake, production-consumption balances, environmental impact and disease risk in the rapidly expanding field of livestock geography.
Informed livestock-sector policy development and planning requires reliable and accessible information about the distribution and abundance of livestock. To that end, and in collaboration with the Environmental Research Group Oxford (ERGO), FAO has developed the “Gridded livestock of the world” spatial database: the first standardized global, subnational resolution maps of the major agricultural livestock species. These livestock data are now freely available for downloading via this FAO page.