Sunday mornings, after my weekly long run, I enjoy visiting the Bethesda Central Farm Market. I'll buy some organic greens, tomatoes, peaches or whatever's in season from Bending Bridge Farm or Twin Springs Fruit Farm, enjoy coffee and a danish, maybe see friends or neighbors and look forward to some good, healthy eating. Sure, the food's pricey, but I feel good that I'm protecting farmworkers from chemical pesticides,supporting local growers (well, sort of local, since Twin Springs is 70 miles away) and -- most importantly -- helping the environment.
Steve Savage says I'm fooling myself.
Steve is a Stanford-trained biologist with a PhD in plant science from the University of California at Davis. He's a prominent critic of those who make big claims on behalf of organic agriculture. (See, for example, yesterday's blogpost, Maria Rodale: Why organic food is the answer) Organic agriculture won't save the planet, he says. What's more, and this is important, it won't feed the planet.

A couple of things to know about Steve. He's a consultant for the agriculture industry, as well as for investors, so he's got a stake in what advocates like to call "modern agriculture," i.e., pesticides, chemical fertilizers and biotech crops. But he's by no means a defender of the status quo and, in fact, he's got his own interesting thoughts about how to make agriculture more sustainable. One problem, he notes, is that so much U.S. farmland is rented, and he suggests restructuring farmland leases to give farmers a long-term stake in building soil quality on the land they rent, about which more below.
But first, organics. Organic agriculture is small -- very small, when measured as a percentage of farmland in the U.S. As Steve writes here, despite the oft-repeated claim that organic is the fastest-growing segment of the food industry, only about 2.5 million acres of US cropland were certified as Organic in 2008, the year in which USDA did its most comprehensive survey of organic farmers. That's 0.7 percent of the 370 million acres of US cropland. At current growth rates, organic will cover less than 3 percent of U.S. cropland in 2050. So organic food is a niche, plain and simple, and likely to remain so for the foreseeable future, given the price premium that growers need to keep farming organically.
"I never have any problem with anybody farming, including organic farming," Steve says, "just as long as people aren't under the illusion that they're saving the planet that way."
"A less than 1 percent solution after 30 years isn't a big solution, and we do need a big solution," he adds.
Of course, organically acreage would grow faster if more people bought organic food. That's why Maria Rodale wrote her Organic Manifesto. So is that where we need to go as consumers?
No, says Steve, for a couple of reasons. First, organic food as a rule costs more. (See this pro-organic website, and this 2008 New York Times story and this USDA data set for specifics.) In recession-era America, asking mainstream shoppers to pay a premium for their food is asking a lot. "If the economics were more favorable to organic agriculture, you'd see more organic agriculture," he says. Or, as an NGO exec I know once put it: "Organic food is like private school -- nice if you can afford it."
Next page: Is organic agriculture less productive than conventional?
More important, the growth of organic acreage is limited by the fact that organic farmers are less productive than conventional farmer, he says. Of course, that's also one reason why organic food costs more. Steve says:
Organic is technology-limited. It's built around an early 20th century concept that only things that are natural are good. A lot of people, on an emotional basis, still feel that way. But that means that only some of the technology advances that have occurred in agriculture in the 20th century are available to an organic farmer.
The claim that organic farmers are less productive is controversial, but USDA data analyzed by Steve seem to support it. To his credit, Steve notes that the organic-to-conventional comparisons aren't always, er, apples-to-apples. (Actually, sometimes they are, and in a couple of small apple-producing states, yield of organic apples outperform conventional varieties). Organic raspberries also perform well.
But, as this chart of vegetable yields shows, only organic sweet potatoes outperform their conventional equivalent.
Yields of conventional crops are also significantly higher than organics when it comes to basic crops like wheat, corn, soy, rice and potatoes.
What does this mean? On Sustainablog, where he's a regular contributor, Steve writes:
For 2008, for the US to have produced the same total crop output at the organic yield levels, it would have been necessary to have harvested from an additional 132 million acres -- a 43 percent increase. That would have represented more than the cropland equivalents of the 6 biggest farming states (IA, IL, ND, FL, KS and MN).... Obviously, this would be impossible because there simply isn't that much suitable land available.
This doesn't make Steve anti-organic, he says. In fact, he told me, he traces his interest in farming back to the work he did as a kid in his grandfather's organic garden. He praises organic farming for its insight into the importance of building soil quality, for its use of cover crops (which replenish the soil), for its advocacy of crop rotation and diversity and for its use of targeted, natural pesticides. Organic farming also tends to encourage long-term thinking, if only because a three-year transition period away from conventional agriculture is required before farmers can be certified organic.
This kind of long-term thinking, Steve argues, is a key to making agriculture more sustainable. Practices that he advocates -- cover cropping, minimum tillage, controlled wheel traffic, precision fertilization and integrated pest management -- all require investments of time, money or knowledge that may not pay off immediately.
One surprising obstacle to such long-term thinking is that fact that nearly 40 percent of farmland was rented, according to a 2007 USDA census [PDF]. Just as no one ever washed a rental car (as the saying goes), farmers who lease their land an annual cash basis don't have the incentive to make optimal long-term investments in soil health. Environmental groups or the government may have a role to play in promoting farm leases that reward responsible growing practices, Steve argues in this post.
None of this, alas, is simple.
But, while I'm persuaded by Steve that organic alone is not the answer, I'm going to keep buying organic produce (and avoiding meat) at my local farmer's market. The food's fresh and tasty. The shopping experience is fun. Chatting with the farmers is enjoyable.
And even if won't save the planet….well, it can't hurt either.
Photo CC-licensed by Natalie Maynor.
















absolute rubbish from mr
absolute rubbish from mr savage..
unfortunately these mainstream guys dont have a clue..
the downstream "costs" of mainstream agroiulture are absolutely beyond comprehension.. these costs just arent reflected in the price of the food.. it is the environment, the community, other species on the planet, peoples health..they are the things paying the price..
steve would have had a limited mainstream Cartesian education and wouldnt know a thing about systems ecology , soil microbiology , public health, energy economics etc etc.
he is a sleep at the wheel , like most of his contempories
Much data verifies organic's
Much data verifies organic's productivity and environmental benefits over non-organic methods. The websites for the Rodale Institute, the Organic Center and Organic Valley (organic news link) are excellent resources for such research. For an in-depth yet very digestible overview of this issue, read "Food Rebellions," which discusses the link between industrial-scale, non-organic farming, food insecurity and environmental degradation, and how organic, ecological farming methods represent a solution that can feed the world in a cost effective, environmentally beneficial way. The book is well-referenced with broad sources including academic research, on-farm studies from around the world, UN reports, World Bank reports and other high-quality, vetted studies. http://www.foodfirst.org/node/2387
Badly Flawed Use of That
Badly Flawed Use of That Data, Silly Conclusions
I personally have analysed the data Mr. Savage used in his report, plus additional custom reports directly from the USDA. NOTHING in the USDA data allows for a comparison between conventional and organic agricultural productivity. With the USDA data, you could conclude that organic farms are smaller than conventional farms. And you could conclude that conventional farms are more likely to be irrigated and on better quality land than organic farms. The question then to ask is "What would an organic farm of the same scale on the same soil with the same water produce vs a conventional farm?" Unfortunately there is NO USDA data that allows a science-minded person to adjust for those two factors, let alone for issues such as age or species of trees or relative climate or any other relevant factors. Mr. Savage draws conclusions that go far beyond the data and the flawed analysis should not be being promoted.
Good scientific, side-by-side research over 30-years by the Rodale Institute http://www.rodaleinstitute.org/fst30years shows that:
- Organic yields match conventional yields.
- Organic outperforms conventional in years of drought.
- Organic farming systems build rather than deplete soil organic matter, making it a more sustainable system.
- Organic farming uses 45% less energy and is more efficient.
- Conventional systems produce 40% more greenhouse gases.
- Organic farming systems are more profitable than conventional.
Furthermore, Sustainable Agriculture methods are typically more intensive, sustainable and beneficial than just the minimum Organic standards established by the USDA.
With 40% of the nation's corn crop going to Ethanol this year, it appears that oil is a much bigger concern than feeding the world -- and conventional agriculture is much more sensitive to oil prices and supply.
Conventional agriculture is analogous to giving steroids to baseball players. With an average human lifespan of about 80 years, we should all be looking for endurance in our agricultural system, not goosing short-term performance at the cost of soil, loss of biodiversity, increased pesticide use, and environmental pollution caused by fertilizer run-off.
Sustainably yours,
Craig Wichner
Farmland LP
www.FarmlandLP.com
Forgive me if I remain
Forgive me if I remain skeptical about a consultant to the industrial agribusiness industry advocating for continued (if slightly modified) industrial agriculture.
And several of the posters above have it right. Agribusiness food is cheaper because of massive and one-sided subsidies and the externalization of numerous direct and indirect costs. Further, Bill McKibben (not a scientist but one of the more well-researched and well-sourced public authors) and others have cited data that shows that organic (or at minimum, more sustainable) agriculture is actually more productive on a yield-per-square-acre basis. The basis on which it is less productive is in yield-per-unit-of-human-labor, because it is more labor-intensive. Industrial agribusiness has essentially replaced humans with petroleum, which has made it seem cheaper and more productive in the short run, but which will become increasingly expensive as fossil fuel and petroleum-based pesticide and fertilizer costs continue to rise over the years. A more rapid conversion to organic (via a shifting of subsidies from conventional) would further increase its productivity and lower its costs due to economies of scale and increased competition, and would actually be a source of employment as well. Again, as a prior poster wrote - positive externalities for organic, negative for conventional. Finally, I'd like to see over what time period the data cited above was measured. Conventional (petroleum and chemical pesticide-based) agribusiness farming may be (and I've seen reported, is often) more productive the first few years, but then as soil degrades badly from the chemicals, pesticides, lack of cover cropping, rotation, etc), then its productivity drops over time.
I am wondering why buying
I am wondering why buying locally produced organic food and feeling that I have done something good for the planet, beneficial to farm worker health and my local economy is "fooling myself"? I also wonder how an inherently unsustainable modern agricultural model is supposed to "feed the world" any better. What part of "unsustainable" is not understood? Perhaps if modern agricultural proponents would (could?) alter their practices into a sustainable, non-polluting, non environmentally degrading system it would be more acceptable.
MISSING INFORMATION Maybe
MISSING INFORMATION
Maybe Mr. Savage addresses this elsewhere - and it is just not in this piece - but there are at least three important elements to the current higher price tag of organic foods that are in fact reasons why we SHOULD support organics: Role of gov't / externalities / scale
1 - Something like 98% of gov't support for ag research goes into conventional farming, and has for decades. (Until recently it was 100%). If you only invest in boosting the productivity of one sector that'll have an effect. You'd have to assume that if we would split that research investment 50/50 we'd see big gains in organic productivity.
2 - Externalities. Chemical/conventional farming generates huge negative externalities that are off-loaded on to society. This helps to lower its price in the grocery store, but not its real costs to all of us. Conversely, organic farming generates significant POSITIVE externalities for society, for which it is mostly uncompensated. If think of the big picture (which is the one that really matters) this dichotomy represents a competitive penalty to organic farmers and means that the marketplace is being distorted through false (or at least misleading) price signals.
3 - Scale. So long as any activity is a small niche within a category it will not enjoy the economies of scale possessed by the rest of that market. In other words, one reason organics are high-priced (relatively) is that they're small, and in turn they're small because they're high-priced and around you go. This is not a reason to not support organic farming, but rather to do what it takes to scale it up.
I think its fair to draw parallels to public health/hygiene investments. Eg to supply a one neighborhood with clean water would be very expensive by itself, but if you scale it up and provide a whole city with clean water it makes for an affordable, prudent investment with a low cost-per-user
Naturals can feed the world.
Naturals can feed the world. There is an interesting case of Mr Kailash Murthy. He goes beyond organics. He is a natural farmer from Mysore, India. Here is the link to an article about him in one of the leading dailies of India: http://www.hindu.com/seta/2009/06/11/stories/2009061150191600.htm
And what does Steve propose
And what does Steve propose we do when petroleum-based pestides and natural gas-based fertilizers are no longer available (given that they're made from finite fossil fuels)? Ultimately, humanity is dependent on our ability to scale up organic production. Or going hungry. (And don't even get me started on how fertilizer run-off is destroying oceans and the seafood upon which a billion people depend).
His analysis is flawed. He's
His analysis is flawed.
He's taking the basic paradigm of the industrial food chain and showing how one change (going organic) degrades it. Of course it will! That's a given with pretty much any efficient industrial process: it's highly tuned to what it is, and most changes degrade its efficiency. But what if we compare the industrial food chain to what it isn't? Specifically, what about bio-intensive agriculture? It's more labor-intensive than the industrial food chain... IF you just count the guy on the tractor and ignore all the other workers who aren't in the fields. But bio-intensive agriculture is several times more acre-efficient than row crops tended by tractors. And there are other benefits, like the fact that bio-intensive agriculture has been shown to actually clean storm water rather than fouling it, like industrial-scale agriculture does. Bio-intensive agriculture isn't synonymous with organic, but bio-intensive practices support organic agriculture far better than the industrial paradigm. For more, check out www.originalgreen.org, which connects this "good-neighbor agriculture" (which industrial agriculture can never be) in several possibly unexpected ways to true sustainability.