Meet This Third-Generation Farmer Who Converted His 1,400 Acres to Growing Organic Food
In the U.S., corn is our big crop: 94 million acres farmed in 2012. It’s followed by soybeans (76 million acres) and wheat (49 million acres). There’s also the 55 million acres used to grow hay for livestock. And keep in mind that the majority of this corn is being used to feed animals; the remainder is used to manufacture starch, sweeteners, corn oil, beverage and industrial alcohols, and ethanol.
We also export up to 20 percent of the corn we produce. The soybeans we use for animal feed, to make hydrogenated vegetable oil, or export up to 40 percent. Wheat we use for flour, but the amount we grow in this country has decreased 30 percent since 1981 because of the financial incentives for farmers to grow corn; we also export up to 50 percent of the wheat still produced.
Contrast this with the 4 million acres used for vegetables and 5 million acres covered with orchards. And the tiny 572,000 acres used to grow sweet corn. The kind of corn you actually eat. The kind of corn actually grown to be real food for people.
Farmland here in New York looks similar, dominated by corn at 1.2 million acres and soybeans at 310,000 acres. But vegetable production sits in the number three spot with 136,000 acres of farmland; the western side of our state is one of the few vegetable hotspots contributing to the national total. Sweet corn, sadly, has only 28,000 acres to call its own in New York State.
“I really take issue with the line that so many American farmers regularly repeat about feeding the world.” Klaas Martens, a third generation farmer working huge swathes of land near Penn Yan, New York, said. “I always want to ask Corn Belt farmers whether they or anybody they know has ever eaten anything that they grow on their farm. The answer is almost invariably no.”
Yet this is the story we’re told by Big Agriculture—it’s the story we want to believe as consumers—about the farms in this country: they are the source of bountiful wagon-loads of food that feed the world. And that farmers are using the latest and greatest technology to make this happen.
But, in the end, it’s just a story. It’s a series of happy caricatures we put on posters to encourage ourselves to stay calm and carry on. It’s anything but the truth.
Facts and Myths
Klaas, quite unconventionally, is growing food. Along with his wife Mary-Howell, their son Peter and a small team of farmhands, he is growing food on more than 1,400 acres.
“In 2014 we produced more than 1,000 tons of cabbage,” Klaas said. “We grew around 500 tons of spelt and 115 tons of wheat for flour, and 100 tons of edible dry beans.”
Most of these beans were sold to Chipotle. They also grew 96 tons of oats and 84 tons of rye, plus smaller amounts of buckwheat, flax, einkorn berries, emmer berries and freekeh. Klaas and team grew enough tofu-grade soybeans to make more than 430,000 gallons of soy milk; they grew enough malting barley to brew more than 240,000 gallons of beer.
“We also grew over 1,000 tons of grain corn this past year, most of which went into livestock feed," he said. "And, unfortunately, much of the barley and the oats ended up going into feed, too.”
There just wasn’t enough demand for the food grade grains this past summer. Klaas has grown a fair amount of sweet corn in the past but doesn’t currently have a market for it, either. “Markets and infrastructure still dictate some decisions,” he explained.
But all of these crops—food and grain corn—they grew organically.
This, once again, is how Klaas and his farming ways bump up against the story that Big Ag likes to tell: The only way we can produce enough food to feed the world is with artificial genetic tinkering and copious amounts of chemical inputs. And clearly many people believe this.
In 2015 almost 90 percent of the corn planted, grown and harvested in the U.S. was manipulated with in-seed trait technologies—aka genetic engineering—to survive the application of non-selective herbicides made with glyphosate. Which, as a matter of storytelling, might seem pretty cool: kill the weeds so the crops don’t need to compete with them for nutrients, water and sunlight. The genetics of the corn are tinkered with so the crop doesn’t die like every other plant around it.
Monsanto—the originator of glyphosate—has a happy little video you can watch. It explains how glyphosate works by entering through the leaves of a plant and killing the roots, then breaks down in the soil. It tells you that regulatory agencies in more than 160 countries—including the U.S.—have approved glyphosate-based products. It tells you that glyphosate is precise, effective and proven.
But the video never answers it’s own question: “Is it harmful?”
Monsanto will tell you that there are more than 800 studies demonstrating the safety of the chemical. What Big Ag doesn’t talk about is the competing body of evidence demonstrating that glyphosate may be linked to non-Hodgkin lymphoma, could reduce the activity and reproduction rates in earthworms, might disrupt the population of microbes in the soil, throws the nutrient content of soil out of whack, and is causing weeds to evolve and become resistant to glyphosate.
Not to mention that the World Health Organization just declared glyphosate “probably carcinogenic” based on comprehensive scientific research, and that numerous countries and cities around the world are banning the sale and/or use of glyphosate products. All of these things never make it into that happy little video.
“We’ve been conditioned to think that disease and pests and weeds are random events. That we can only react to them,” Klaas said. “You find a pesticide, you find some method of getting rid of the problem.”
Klaas used to grow monolithic fields of corn. He used to spray. For 20 years, he applied all the “right” chemicals. He put them on properly. He carefully recorded the results. Then in 2000 he and Mary-Howell decided to stop; they decided to go completely organic all at once.
“We weren’t making a good living on our farm,” Klaas said. “Sad to say but quite often my profit was entirely in subsidy money that I was getting. I would plan a crop of corn knowing that it was not likely to be profitable but we were going to get enough subsidy to make up the difference.”
Klaas and Mary-Howell had been toying with organic practices on a few test acres for a few years, intending to gradually convert a little more land each year. Then one day they saw an ad in the newspaper offering $6 a bushel for organic wheat, twice the conventional rate. And when they started thinking more seriously about going organic, they discovered something interesting: “We found that we had markets for almost anything we wanted to grow,” Klaas said.
So they talked with the local ag experts about the feasibility of farming organic on hundreds of acres. “They assured me that it was something that was probably appropriate for a small backyard plot or a market gardener, but was totally impractical and undoable on the scale that we were talking about,” he said.
The conventional wisdom was solidly against Klaas and Mary-Howell. “I guess that was all the encouragement I needed to at least try it,” he explained.
But Klaas did have another reason: he’d been poisoned by the “right” chemicals. Chemicals that had been approved for use by a regulatory agency. Klaas walked into the house one day, still in the protective suit he always wore, completely unable to use his right arm. Then he started having muscle spasms all across the right side of his body. The chemical was 2,4-D.
Klaas eventually recovered the use of his arm and body. But unconventional farming started to make a lot of sense.
“Going organic was the only decision we could morally make,” he said. “It was quite risky and scary at the time. But it just would have been wrong to hire others to do work that I couldn't do because it made me sick.”
There was a lot to learn. In the process, Klaas came across a quote by a German agricultural researcher that completely stumped him but completely changed his way of thinking:
Cultural practices form the basis of all weed control. Various other means should be regarded as auxiliary only. — Bernard Rademacher
“Until then, I was used to thinking that whenever you have a problem you react to it,” Klaas admitted. He was used to asking the conventional question: how do I control this? “Well this quote turned that thinking around," he said. "It asked: What caused this problem? Why is this weed here? And once you start thinking like this, you can derive a holistic plan for what you’re going to do about it.”
The answer was not to fight against the weeds but to understand them. Completely and fully, within the context of everything else around them.
“I learned some things that made a lot of sense to me when I was out in the field," Klass added. "When you completely abandon a field, take it out of production, the first year you have all these annual type weeds that cover the ground with millions of seeds. But the second year almost none of those same weeds grow; a different group of grasses comes up. And if we waited a third year, we’d see more perennials and goldenrod. And if we waited even a little longer, we’d start seeing brambles and woody plants and the beginnings of trees.”
Nature doesn’t have to spray to get rid of weeds.
“Everything that grows in soil changes the soil,” Klaas said. “It makes the soil the best environment for something else.”
And this is why Klaas now maintains such a high level of diversity on his farm, this is why he grows food along with grain corn: crop rotation. Not the rote grow-the-same-three-things-in-sequence year after year type of rotation. Rather a thoughtful sequence of crops based on constant observation and evidence.
“The weed that bothered us the most was velvet leaf," he said. "It seemed unstoppable. But within six years of changing our farm, our rotations and our inputs, velvet leaf started getting smaller and smaller every year. And we started seeing a disease on it.” The velvet leaf was being attacked by fungus and virus and insect. “And yet the crop wasn’t being affected.”
Experts from Cornell came to look at what was happening and they found it all incredibly odd. These diseases and insects were not affecting velvet leaf on any of the neighbors’ farms; those weeds remained the same seemingly-unstoppable problem.
“What was happening is we were changing the environment,” Klaas said. “And because the environment was no longer favorable to that species of weed, it started succumbing to problems.”
Klaas, Mary-Howell, Peter and the rest of the team are constantly working the land to make sure the crops they’re growing will be the species that has the greatest advantage in the soil at any given moment in the cycle of farming.
The 10,000 Year-Old Problem
It is, however, important not to be too pie-in-the sky about what Klaas is doing. His unconventional farming ways are not some mystic alchemy that will magically solve the 10,000-year old problem of agriculture.
“We do spray some Bt products on our cabbage to help control worms,” Klaas admits. Bacillus thuringiensis are bacteria naturally found in the soil.
“And as long as our farm grows food that leaves the premises—as long we grow food eaten by people who don’t live on the farm—we will always have a net loss of minerals from the soil,” he said.
The farm will have to plant legumes to replenish the nitrogen. They will have to add poultry manure to replace minerals that are exported with the grains they sell. They will have to buy sulphur, boron, potassium and other minor trace elements to make the soil most favorable to the crops they grow.
“We still have a lot to learn and there is always plenty of room for improvement," Klaas continued. "We're only getting started as an organic farm. With the right science and technology, we’ll figure out the exact right rotation of crops.”
This is the 10,000-year old problem of agriculture that every farmer simultaneously contributes to and contends with: farming changes the environment. It changes the soil. Period. As long as we’re committed to domesticating and growing the food we eat, we’re also committed to altering the very earth that provides it.
This is why we need to be extremely thoughtful about how we feed ourselves. Because the question we automatically ask is: How do we reduce human impact on the Earth? But when it comes to farming, the better question might be: How do we produce the most constructive and sustainable human impact possible?
Klaas and his team are on the way to finding a most unconventional answer.
This article first appeared in Boomtown Table.
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Of all the plastic we've ever produced, only 9% has been recycled. So what happened to all that plastic you've put in the recycling bin over the years?
Triangle of Mistruths<p>The myth created around plastic recycling has been one of simplicity. We look for the familiar triangle arrows, then pop the waste in the recycling bin so it can be reused.</p><p>But the true purpose of those triangles has been misunderstood by the general public ever since their invention in the 1980s.</p><p>These triangles were actually created by the plastics industry and, according to a report provided to them in July 1993, <a href="https://www.npr.org/transcripts/912150085" target="_blank">were creating "unrealistic expectations"</a> about what could be recycled. But they decided to keep using the codes.</p><p>Which is why many people still believe that these triangular symbols (also known as a <a href="https://sustainablepackaging.org/101-resin-identification-codes/" target="_blank" rel="noopener noreferrer">resin identifier code</a> or RIC) means something is recyclable.</p><p>But according to the American Society for Testing and Materials International (ASTM) – which controls the RIC system – the numbered triangles "<a href="https://www.astm.org/Standards/D7611.htm" target="_blank" rel="noopener noreferrer">are not recycle codes</a>." In fact, they weren't created for the general public at all. They were made for the post-consumer plastic industry.</p><p>In other words, the symbols make it easier to sort the different types of plastics, some of which cannot be recycled – <a href="https://www.ecobin.com.au/understand-recycling-codes/" target="_blank" rel="noopener noreferrer">depending on the recycling facility</a>.</p><p>"Unfortunately, just placing your plastic into the recycling bin doesn't mean it will get recycled," says Lara Camilla Pinho. She is an architect and lecturer at the UWA School of Design who is researching novel uses of plastic waste.</p><p>"The recycling system is complicated and often dictated by market demand. Not all plastic is recyclable. We cannot recycle plastic bags or straws for example."</p>
Behind the Scenes<p>So, what makes recycling plastics so difficult?</p><p>"Essentially, there are two types of plastics – thermoplastics and thermosets. While thermoplastics can be re-melted and re-molded, thermosets contain cross-linked polymers that cannot be separated meaning they cannot be recycled," says Lara.</p><p>"Even thermoplastics have a limit to the amount of times we can recycle them, as each time they are recycled they downgrade in quality."</p><p>Even when plastics are recyclable, it is <a href="https://www.theguardian.com/environment/2019/oct/13/war-on-plastic-waste-faces-setback-as-cost-of-recycled-material-soars" target="_blank">often more costly</a> than simply making new plastics.</p>
Sugar, Seaweed and Mushrooms<p>If the conventional recycling system isn't working, what else can we do with all the plastic we've created?</p><p>Lara is looking for ways to add value to recycled plastics such as using it in the design and development of architectural products. She hopes to use these architectural products to help underserved communities that are disproportionately affected by plastic waste.</p><p>In addition to recycling, we also need to find ways to reduce our use of virgin petroleum-based plastics.</p><p>Bioplastic is one such product that has been getting a lot of hype over the last few years. And although they're better than petroleum-based plastics, bioplastics also come with their own <a href="https://phys.org/news/2017-12-truth-bioplastics.html" target="_blank">set of challenges</a>.</p><p>"There are already a lot of bio-based alternatives to plastic, such as bagasse – a byproduct of sugar cane processing," says Lara.</p><p><a href="https://blogs.scientificamerican.com/observations/the-mycelium-revolution-is-upon-us/" target="_blank" rel="noopener noreferrer">Mycelium</a>, a type of fungi we most often associate with mushrooms, are also providing an interesting plastic alternative.</p><p>"In the field of architecture, mycelium is starting to be used as an alternative to plastic insulation, but also as compostable packaging and bricks," says Lara.</p><p>"The bricks take around five days to make and are strong, durable, water resistant and compostable at the end of their use."</p><p><a href="https://www.arup.com/news-and-events/hyfi-reinvents-the-brick" target="_blank" rel="noopener noreferrer">Hy-Fi Tower</a>, created by <a href="http://www.thelivingnewyork.com/living_about.html" target="_blank" rel="noopener noreferrer">The Living</a>, is an example of a building made from these bricks.</p><p>And finally, there's seaweed.</p><p>"[Seaweed is] cheap and can reproduce itself quickly without fertilizers. In architecture, there is use for seaweed as an alternative to plastic insulation but also as cladding," says Lara.</p>
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