Old MacDonald had a farm—one resounding with oinks and moos and squawks. By today’s standards, the old man’s farm would count as a model of biodiversity. Researcher Mia MacDonald points out that across the planet, old ways of farming are giving way to the environmentally devastating factory farms we’ve pioneered in the West—typically housing a single species of animal, confined by the thousands in conditions that would be alien to Old MacDonald’s pigs and cows and chickens. For modern industrial-scale animal farms, the proper literary form is the scathing environmental report, not the children’s ditty.
At Brighter Green, an action think tank that helps advocacy groups take informed action through research and analysis, MacDonald is currently at work on a series of case studies on the spread of factory-style farming across the globe. She’s cutting straight to the chase: China, the world’s biggest nation, is the subject of the first case study.
I caught up with Mia to discuss Brighter Green’s new report, “Skillful Means: The Challenges of China’s Encounter with Factory Farming” [PDF], which delves into China, meat, and the connection with our climate.
Anna Lappe: Last year, I spent a couple of weeks in rural China and was struck by the relationship between communities and their pigs. Can you talk about the traditional relationship between Chinese communities and livestock animals and how that’s changed through industrialization of farming?
Mia McDonald: As in most rural parts of the world, small farmers often tend crops and have a few farmed animals to provide milk, eggs, meat (on special occasions since the animals have more value alive than dead), and also manure to fertilize fields. This work is often the province of women, particularly when the farming operations are small-scale.
What the industrial model does, in China, the U.S., and everywhere else where it’s dominant, is to cut the link between the animals and the land and the animals and people. In industrial systems — factory farms — large numbers of animals are confined inside. They produce so much manure and the facilities are often located near cities far from where crops are being grown, so the manure is often just dumped, without treatment, into nearby waterways. Or it’s stored in large "lagoons" that can leak into groundwater and that bring with them a stench that can be smelled for miles.
Such facilities are largely mechanized, so they require very little labor or farming skill, and the jobs are tough, repetitive, and usually poorly paid.
So the landscape is transformed, as is the agricultural system and millions of people’s livelihoods. It seems like the Chinese government is keen to continue the urbanization of China and also to intensify and industrialize the agricultural sector, which means even larger changes are ahead — and the further severing of relationships between the Chinese people and farmed animals and the people and the land.
A.L.: What are the trend lines about meat and dairy consumption in China? How does this compare with our diets? Is China becoming a “fast food nation”?
M.M.: Since 1980, meat consumption in China has risen four-fold. It’s now about 119 pounds per person a year, just over half the average American’s per capita annual meat consumption of 220 pounds.
In 2007, China raised and slaughtered 700 million pigs. That’s about 10 times the number in the U.S., although pork is China’s most popular meat and China’s population is more than four times as large as the U.S.‘s, dairy consumption is rising even faster; the dairy industry in China has grown 20 percent a year over the past decade, and consumption of milk products in China has risen three times since 2000.
Whether or not China becomes a fully fledged “fast food nation” is an open question, but the trends suggest it will. Or will try to be. Whether there is going to be sufficient ecological space and climate space for such an expansion of meat and dairy consumption isn’t fully clear.
A.L.: What’s driving these changes in diet?
M.M.: There are many factors at play. It is the case in most of the world’s societies that as people get more urban and more affluent, they want to consume more animal products.
Historically, meat was expensive and therefore reserved for the wealthy and the elite. With a growing middle class and agricultural economies designed to allow production of meat on an industrial or near-industrial scale, the demand and supply factors interact and the result is more meat and more people eating it more often.
Certainly globalization and trade have played a role: U.S. agribusiness corporations have been looking for new markets and China is a hugely attractive one, due to the sheer size of its population and economic growth that has given many Chinese, although not yet a majority by any means, a place in the middle class. Meat and dairy have become part and parcel of the process of globalization, and trade rules allow the movement of vast numbers of live and dead animals around the world each year. Even today, China, while largely self-sufficient in food production, exports millions of pigs each year (both alive and dead), imports pork and chicken parts from the U.S. and the E.U., and is the primary destination for soy grown in Brazil (much of it in the Amazon) — destined to feed China’s billions of farm animals.
A.L.: What role have U.S. food companies played in the changing Chinese diet?
M.M.: A significant one. Thousands of KFCs, McDonald’s, and Pizza Huts now operate in China, and leading U.S. agribusinesses like Tyson, Smithfield, and Novus, an animal feed manufacturer, have made multi-million dollar investments in China. U.S. agribusiness has played a major role in intensifying China’s meat and dairy sector and has now been joined by state enterprises and Chinese entrepreneurs.
U.S. agribusiness brands are now being used to market animal products in China. Just one example: Tyson Foods entered into a joint venture with China’s Jianhai Poultry Industry Group to establish a new poultry processing operation that will, when at full capacity, produce a million chickens per week that will be sold under the Tyson label.
A.L.: The United Nations’ Food and Agriculture Organization (FAO) has cited the livestock sector as "one of the two or three most significant contributors to the most serious environmental problems, at every scale from local to global.” Can you help connect the dots between meat consumption and climate change? Is all meat bad, or just factory-farmed meat?
M.M.: The FAO estimates that 18 percent of global greenhouse gases come from the livestock sector. CO2 is produced by the use of fossil fuels in facilities that raise and process the animals, as well as in transporting them to slaughterhouses and to markets. Significant additional quantities of CO2 are released when forests or grasslands are cleared to graze livestock or produce feed grains for them to eat, as well as in the production of nitrogen-based fertilizers.
Even more climate-intense are methane and nitrous oxide, which have, respectively, 23 and 296 times the global warming impact of CO2 on the climate. Methane is produced by “enteric fermentation,” the process by which ruminant animals digest food, as well as from animal manure. Animal waste also emits nitrous oxide.
Other analysts suggest an even higher figure, attributing between 38 percent and 52 percent of GHGs to the livestock sector, if all the factors are considered. A prime one not included in the FAO analysis is farmed animals’ respiration, which releases (as does ours) CO2.
Is all meat bad? Research differs, but there’s a general consensus that farmed animals fed grass (not corn or soy) and raised on pasture (not inside industrial facilities) do produce less methane since their digestive system is designed to eat grass and not corn or soy.
But that doesn’t necessarily solve the problem of GHGs from animal wastes, or from deforestation and degradation of grazing lands. There’s also a scale issue: more than 60 billion farmed animals are alive today, a population that’s set to rise to more than 100 billion by 2050 if current trends persist (there’s a school of thought that thinks they simply can’t, but we’re talking about the numbers here).
To have all of those animals raised in a free-range pasture system would require massive amounts of land, not to mention water and climate space (and all of the animals, even if their lives were somewhat better, would still be commodities and would still end up in a slaughterhouse).
The earth just doesn’t have that much land — and even if it did, there’s a question about whether resources like land, water, and climate should be used to produce ever-greater quantities of meat that won’t solve world hunger. Eating vegetarian is going to have to become more common everywhere. Those living and making policies in the industrialized world certainly have an opportunity to set an example.
A.L.: What about the people who say, who are we to tell other countries what to eat or do? Don’t we have enough to do on our home front without worrying about other countries?
M.M.: Well, my background is international development, so for me the global is local and the local is global. Of course not everyone can do everything, and people working on the food issue, because it’s so vast, need to pick out their pieces of the puzzle. But the American consumer lifestyle in so many ways, including our diet, is going global. So to me that means that we can’t ignore what’s going on “over there” while we work to improve what’s happening in the U.S.
Unlike in the U.S., where we have to work to reverse the damage that’s already been done (to rural communities, small farmers, public health, the environment and animals), in most developing countries, the process is not yet complete, the book isn’t written.
There’s a chance to raise awareness, educate and advocate with policy-makers, get media attention, organize, share resources, and develop other joint activities that shape the next chapter in the story.
I don’t think it’s about telling people in other countries what to do or eat. It’s bringing attention to what’s gone wrong in the U.S. and other industrialized regions and offering alternative pathways — and there are many people in other countries around the world seriously concerned about these issues. It’s not our invention or imagination.
A.L.: What is the Chinese government position on industrial livestock production? Do they subsidize it? And if they do, what kinds of subsidies do they offer?
M.M.: From all the research I’ve done, the Chinese government does appear to be set on intensifying and industrializing the livestock sector, seeing large operations as more efficient, more reliable, easier to control, more likely to promote social stability in terms of ensuring a steady supply, and—there’s an irony here—safer in terms of food quality.
Most of the food safety scares that have hit headlines over the past several months have, in China, been blamed primarily on smaller producers, even though that’s not always correct. Moreover, we see in the U.S. food system that big doesn’t mean better in terms of producing safe food — and often means exactly the opposite.
But yes, the government is subsidizing larger-scale pork and poultry facilities, to the tune of hundreds of millions of yuan each year. In the wake of 2008’s severe snowstorms and the Sichuan earthquake that killed thousands of people and millions of farmed animals, the government is offering additional subsidies. It’s also adopting new building codes that will favor larger, factory farm-style sheds. Most observers believe these policies, too, will lead to more intensive agriculture and fewer small farmers.
A.L.: You mention the International Finance Corporation’s investment in the expansion of factory farms in China. Can you talk about this investment? Does this contradict the World Bank’s commitment to environmental protection?
M.M.: The International Finance Corporation is fairly active in this area, and not just in China. But in China, the IFC has invested in the expansion of intensive pork and egg production facilities, at a level of $61 million and $2.76 million. While the IFC funds are not huge, its involvement often represents a “seal of approval” of sorts that allows private entities, including factory farms, to raise capital more easily from other sources.
The IFC does have environmental standards, and summaries of environmental reviews for projects it invests in are available online. However, these are pretty vague and don’t really delve into the impacts of factory farm expansion in the areas of water and air pollution, not to mention issues of public health, climate change or equity.
The IFC has also invested in expansion of a beef-processing operation in the Brazilian Amazon that has been highly controversial, both within and outside the World Bank Group, of which the IFC is a part. It is true that in 2001, the Bank did publish a paper recommending that the Bank avoid funding large-scale, industrial milk, pork, and poultry production. Whether or not this represented a policy for the Bank to follow is a matter of some debate. But it is the case that neither the Bank nor the IFC is taking a lead in supporting the development of alternatives to factory-farm systems that are more sustainable and equitable.
A.L.: What do you say to those who argue that the environmental impact of industrial factory farming is just the price we have to pay to ensure that everyone can be fed and that new innovations—such as bioengineered animals—will reduce their emissions ... so, no need to worry!
M.M.: A two-word answer would be: climate change. The industrial food system is absolutely reliant on fossil fuels. So climate crisis as an answer should suffice. To make a slightly longer, four-word reply, I’d add: ecological limits.
But then I’d want to say: food security, animal welfare, livelihoods, public health ... sanity. The factory-farm system, as the Pew Commission recently stated in very bald language, has multiple, serious downsides, the impacts of which are even harder to avoid within the context of climate change.
And the bottom line, as the Pew Commissioners said, is that the system is “not sustainable.” So we absolutely do need to worry — and act at the policy and personal levels.
Comments
View as Flat
amazingdrx Posted 2:07 am
18 Feb 2009
Everyone forgets a HUGE source of GHG, namely nitrous oxide emitted by chemical fertilizer, it is equal to a staggering 2/3 of the CO2 uptake of the crop fertilized.
Now where does the carbon come from that is released from animal waste? It comes from the crops they eat. How much of a corn plant, for instance, is eaten by the animals?
Mainly the kernels, somtimes in the case of silage more of the plant is consumed, but a lot of the silage GHG is emitted in the silo, during fermentation.
So 2/3 of the GHG in the crop, the amount that nitrous oxide from the chemical fertilizer application, maybe doubles the GHG effect?
Surprisingly this is actually good news. How could this be? Because there is a way to eliminate these GHG sources, manure and chemical fertilizer, almost completely.
A way that produces clean efficient cogeneration distributed backup for a renewable smart grid.
And these new estimates of 38 to 52% indicate that manure and crop waste is a lot bigger energy source than previously aknowleged.
The method to eliminate over 50% of GHG? Is it going vegan? Nope, that isn't going to happen.
It is biodigestion of waste stream biomass and the production of organic fertilizer to replace chemical fertilizer. The biogas produced runs at over 70% efficiency in fuel cell cogeneration and that makes it a perfect distributed backup power source for variable renewable sources like wind and solar.
And this interview finally verifies what I have suspected for awhile, composting manure or field spreading it yields nitrous oxide, but biodigesting manure, and "green" manure crop waste, traps the nitrous oxide sending it through the fuel cell and converts it from 296x the GHG effect top plain old CO2.
So even dedeicated organic gardeners ought to be putting their compost through a biodigestor in the first hot stage of composting, after that put it into a regular compost pile for the garden.
Now how do we encourage biodigestion of the waste stream in China? We create market demand here for biodigestors, then chinese industry will mass produce them cheaper, to sell at Walmart and end up using them too.
Witness the Friedman observation on the chinese and american embassies in an Indian city. The chinese enbassy had chinese made solar water heaters on the roof, the american embassy had antennaes.
Don't look now, but with chinese industry pulling afead in solar, wind, and plugin hybrids (that can't be imported here), our green job revolution is in danger of becoming an installation and sales revolution only, with manufacturing jobs restricted to China.
But you know the talking point, we can't go green because then China will beat us by sticking with cheap coal and gas guzzling. Hehey, who are the geniuses that come up with these wing nut talking points? They are called "think tanks". Kind of ironic eyyh?
http://amazngdrx.blogharbor.com/blog John Schneider, Northern Wisconsin
Permalink
biodiversivist Posted 3:27 am
18 Feb 2009
The answers lie in two categories:
Ways to convince people to consume fewer animal products or less destructive animal products (beef is the worst offender). Promoting vegetarianism may be counterproductive because eggs and dairy are roughly as environmentally intensive as meat production. The term has also taken on a negative connotation for many because it is often associated with more extreme elements--veganism and animal rights. Maybe a new term is needed to describe a diet that treads more lightly on the biosphere, one that is more inclusive, less group insular.
Ways to produce animal products that are much less environmentally destructive.
CAFOs certainly have their downsides but they are also probably less environmentally destructive than many other means of raising livestock. If properly regulated they also offer the chance to capture methane and process manure into fertilizer. If you can fix the problems with CAFOs, some improved version may be the least of two evils.
The FAO report points out that land use change (destruction of grassland and forest carbon sinks, particularly to graze cattle), not fossil fuels, are the main culprit behind livestock's long shadow.
Nearly 80 percent of deforestation in the Brazilian Amazon results from cattle ranching, according to a new report by Greenpeace
http://news.mongabay.com/2009/0215-beef.html
So what does this all mean for beef consumers in the United States? Not a lot at the moment. Brazilian beef is mostly exported to Europe
And as the above quote notes, American diets don't have much to do with that part of the problem.
In the end, it all comes down to biodiversity. Poison Darts--Protecting the biodiversity of our world
Permalink
amazingdrx Posted 3:43 am
18 Feb 2009
A good compromise might be limited confinement and healthy supllemental feeding, featuring rotational grazing with portable feeding/shelter/milking and manure collection stations on trailers.
A careful misture of natural and selectively grown pasture plants would make for rotational grazing right along with biodiversity. Dairy farms here in the dairy state that went broke with traditional chemical ag are being brought back to life with organic rotational grazing.
I really like the idea of eating far less meat too, but that is going to be a tough sell to the emerging economies especially. It's still worth it, green/health education ought to be a big priority.
http://amazngdrx.blogharbor.com/blog John Schneider, Northern Wisconsin
Permalink
JMG Posted 5:23 am
18 Feb 2009
Lots of concerns about "those people" who would drain the city's code compliance office's coffers with their unsightly chicken coops, letting the chickens run loose, attracting rats, yada yada yada.
Funny, a number of people mentioned how the experience in other cities is that code compliance problems drop once hen-keeping is legalized, because then people have an incentive to spend some money on a proper coop and amenities. But, with hen-keeping illegal, no one in their right mind will spend real money on the hens that they're keeping because they know that they could have their investment wiped out by the city in a minute.
The 5% Project
Let's live on the planet as if we intend to stay.
Permalink
mwildfire Posted 2:13 am
19 Feb 2009
Permalink
amazingdrx Posted 3:01 am
19 Feb 2009
But here is how organic farm based biodigestion could beat CAFO chem ag: subsidies per kwh for biogas and other renewable energy plus payment from utilities would boost farm income. The organic fertilizer would cut the very high cost of organic feed.
Those positive financial effects could not only save organic farming, but actually impell it's expansion. As the cost of organic food drops, consumers will embrace it, especially as the knowledge of the health effects of hormone, pesticide, herbicide, antibiotic, and anribiotic resistant disease laden chemical ag food products spreads through the public.
Every new poisoning incident or disease outbreak or contamination related cancer connection pounds the stake into the heart of agrichem bidness.
http://amazngdrx.blogharbor.com/blog John Schneider, Northern Wisconsin
Permalink