Can This New Organic Beer Made With 'Superwheat' Save the Planet?
By Willy Blackmore
Much of what remains of the once vast American prairie can be found in the rolling Flint Hills of Kansas and Oklahoma. There, the rocky soils managed to halt the plows of pioneering farmers who were pushed West by manifest destiny, on the hunt for new land to turn over and farm.
Prairie in Badlands National Park, South Dakota, is in the mixed grasslands region.Wing-Chi Poon
There was once more than 170 million acres of tallgrass prairie in North America, a grassland ecosystem that blanketed the Midwest—from Texas all the way up into Canada and extending from Kansas to Indiana. Today, just 4 percent of the landscape that defined the middle of the country persists. Even the deep topsoil—created by roots that reached farther down into the dirt than the head-high blades of big bluestem, indiangrass, and switchgrass—that made prairie states into agricultural powerhouses is dwindling.
Not far from a stretch of land where a swath of native prairie still grows, and about an hour-and-a-half's drive from the Tallgrass Prairie National Preserve, sits the Land Institute of Salina, Kansas. The sustainable agriculture nonprofit and research center has for decades been working on a project that could revert the more than 200 million acres of U.S. land on which corn, soy, and wheat are grown into something resembling the prairie those crops helped displace.
Wes Jackson, who founded the institute in 1976, had a simple enough idea: Instead of growing staples as annuals, planted and harvested every year, why not develop perennials like the wild grasses found in the prairie into food crops? Not only would such a crop only need to be planted once, but its roots would hold down topsoil, capture carbon, and require fewer chemical inputs and water. If multiple perennial crops were planted together, they could sustain each other much like a wild ecosystem does, requiring little in the way of "farming" as we think of it.
NOAA: Carbon Dioxide Levels ‘Exploded’ in 2015, Highest Seen Since End of Ice Age https://t.co/KSL5LzHHos (via @EcoWatch)— Sierra Club (@Sierra Club)1457717722.0
It's a notion that has inspired generations of food-loving environmentalists—from Wendell Berry, a friend of Jackson's, to contemporaries like Mark Bittman and the founders of San Francisco's climate-focused restaurant The Perennial. While that speaks partly to the appeal of the idea, it also highlights the slow nature of the work: The institute has spent decades domesticating and improving plants like intermediate wheatgrass, a distant cousin of modern wheat that grows wild in Europe and Asia, and slowly bulking up the kernels from just a few milligrams into the double-digit range, creeping closer to modern wheat.
When the Land Institute was opened, Jackson said that it would take between 50 and 100 years to develop a perennial polyculture, in which many long-lived food crops could be grown in symbiosis. In 2012, Jackson told The New York Times that kernza, as the grain the Land Institute developed from intermediate wheatgrass is known, might be released to "farmers working with ecologists and agronomists" in eight or nine years.
But two years ago, the Land Institute quietly passed a significant milestone: A small co-op in northwestern Minnesota planted 50 acres of kernza for commercial production, followed by another 75 acres that will be harvested for the first time next summer. On Monday, Patagonia Provisions released the first-ever retail product made with the grain the company calls a "superwheat": a beer called Long Root Ale.
Launched in 2014, the outdoor gear company's food division is an extension of its long-standing conservation work, as Birgit Cameron, Patagonia Provisions' director, explained.
A Solution Under Our Feet: How Regenerative Organic Agriculture Can Save the Planet http://t.co/GfgSnL7pcd @ecowatch http://t.co/86u59sGZmX— Food Tank (@Food Tank)1420801512.0
For the company to make a food product, it has to have a "really deep reason for being," according to Cameron, and one that often goes beyond a designation like "organic" or other familiar sustainability measures. The precooked, shelf-stable sockeye salmon Patagonia Provisions sells, for example, is caught in reef nets off Washington State's Lummis Island—a sustainable practice used for centuries by Native American tribes and supported by the company "so we can have salmon for the future." Patagonia's bison jerky "is about saving the prairie," Cameron said, and is made from the meat of buffalo that graze on 50,000 acres of restored grasslands.
World's Biggest Sockeye Run Shut Down as Wild Pacific #Salmon Fight for Survival https://t.co/bbphbmkZQq #SalmonFishing @DavidSuzuki— EcoWatch (@EcoWatch)1474475513.0
Similarly, Long Root Ale, made by Portland, Oregon–based Hopworks Urban Brewery, "has a tremendously deep story and an incredible reason for being," Cameron explained. "It will tell the story of the Land Institute and their efforts" to reform—if not reinvent—agriculture.
That story starts with the Land Institute's perennial wheat. With its extensive root system, kernza "uses less than half the amount of water an annual, tilled-type cereal grain would use—60 percent less water," said Christian Ettinger, the founder and brewmaster at Hopworks, a certified B Corp. "It has tremendous benefit, and a hell of a lot less carbon is emitted. It's like mowing a lawn instead of tilling a soil and starting all over again." As the back of the can says, "you don't get carbon credits, but it's a damn good beer."
Chad Brigman / Patagonia Provisions Facebook
The beer—a light and flowery pale ale without the acid edge of a West Coast–style IPA—is made with a small amount of unmalted kernza. But the 15 percent addition of the wheat lends what Ettinger described as a spicy, nutty finish to the pale ale that he said is reminiscent of rye. (Some of the 5,000 pounds of grain Hopsworks used comes from the commercial co-op farms, and the rest was harvested from research institutions like the University of Minnesota.)
While he had never heard of kernza before Patagonia called Hopworks about the project last June, Ettinger wants to experiment with it more and is eager to find out what kind of flavors it might express as a malted grain that can be used as the main component of a beer. While Long Root may not be a full expression of the grain, like a bread or pasta product made from 100 percent kernza, it's a milestone nonetheless—and a conversation starter, spurred by a pint of beer, 5.5 percent alcohol by volume.
The romantic vision of Jackson remaking agriculture as a reflection of the native landscape of his home state may factor into those conversations, but the smaller details are compelling too.
"We're hoping that kernza in the marketplace helps draw people to an understanding of perennial grains," said Scott Allegrucci, senior developer and communications officer at the Land Institute. He imagined the questions beer lovers might ask: "I didn't even know grains aren't perennial—what's an annual? What's the difference; why does it matter? Oh, natural systems agriculture, what's that? Perennial polyculture? Why does that matter?"
"It starts there," he said.
Kernza hitting the market for the first time is, as Allegrucci said, a significant landmark. But work on the grain is by no means complete.
"It won't move out of the research arena anytime soon," he said. "It's still a work in progress."
Over the next decade, the institute will continue to work on improving kernza, hopefully increasing the kernel to about half that annual wheat. Breeders are also working on developing a semi-dwarf variety of kernza that's shorter than the chest-high plants and another line that farmers could graze livestock on—indeterminate wheatgrass is regularly grown as a forage crop—and still "produce harvestable, economically viable grain yield for farmers," he explained.
The 50 or so grass-seed farmers in the RL Growers Cooperative who are growing kernza in Minnesota have a guarantee that Patagonia will buy whatever the fields produce, which reduces risk. That has helped free up Richard Magnusson, who is both the president of RL Growers and a member, to be more simply curious about the crop and its potential.
"I think the thing that's interesting is this is the kind of wheat where it was in biblical times. None of the crops that we used for food now look like they did originally," he said.
Kernza, which forms sod like Kentucky bluegrass and other varieties used in landscaping, is familiar to him as a grass-seed farmer—but no one is making flour out of the tiny seeds of cool-season turfgrasses RL Growers produce for a living.
"We're really at the early stages with this," Magnusson said of kernza. "It's got some potential, and obviously the genetic improvements will keep coming and get us closer to a viable crop."
The 175 acres planted in Minnesota are being grown organically, and they haven't "sodded" yet, forming a mat of grass between rows, but Magnusson is impressed with its deep roots. He suspects it will be both cold hardy and drought tolerant—so much so that in a place where too much water is more often the problem, he envisions putting kernza plantings on the drier plots that he and other RL members farm.
Kernza farmer holding prairie grass with long roots.Jim Richardson
Kernza's commercial footprint in northwestern Minnesota is minuscule compared with the tens of thousands of acres of grass seed—the region's major crop—that are grown there today. But Magnusson noted that his industry started with two or three acres of Kentucky bluegrass planted as a research trial in the 1950s.
"It isn't the first time something like this has started on a small scale," he said. "You don't go from zero to 30,000 [acres] in one year. Hopefully this grows into tens of thousands of acres at some point."
Grasses define tallgrass prairie both in name and in biodiversity: The landscape is composed of as many as 60 grass species that account for 80 percent of the foliage. But there's a reason why vast sprays of wildflowers blaze across the Flint Hills every summer. The prairie is considered one of the most diverse and complicated ecosystems in the world—right up there with the Amazonian rainforest. Any farming system that aspires to replicate it cannot start and end with one plant species.
"A perennial monoculture, say, of kernza would be an improvement" over commercial, annual wheat production, Allegrucci said. "But it's not near where we need to get or where we want to get. It's the polyculture bit that delivers the huge long-term ecological benefits in terms of climate and water quality and soil erosion too."
Thanks to the progress that's been made on kernza, the grain has become nearly synonymous with the Land Institute—and that could become evermore the case with Long Root available in stores and other kernza products from Patagonia and others to follow. But as Allegrucci said, "the Land Institute is more than kernza."
"We're not tweaking a system of agriculture; we're displacing it," he explained. Not the Land Institute on its own, but the growing network of farmers, students, researchers, chefs, and plant breeders engaged with the work.
"It's like cribbing the Green Revolution for natural systems agriculture. It's doing the Green Revolution green. And that's not just going to be a set of plants or a set of gene tweaks—however fascinating or productive as they are. We're talking about re-envisioning what agriculture means to us as a people. And we can't do that on our own—but we're kind of trying to provide the hardware for it."
That hardware will take the form of other crops developed by the Land Institute: grains, pulses, and oilseed, generally speaking, which account for fully three-quarters of the world's caloric intake, as Allegrucci noted. Not only do those crops—whether wild prairie sunflowers domesticated for oilseed production or perennialized sorghum and rice—need to be bred and improved, but work needs to be done to determine how they can successfully be grown in concert.
"How do we develop systems where this plant can grow with other plants," Allegrucci asked, "where they can provide services to one and another?" Pulses can fertilize grains by fixing nitrogen in the soil; the deep roots of grains can help hold soil moisture for more shallow-rooted crops. When that kind of agriculture ecosystem is viable for commercial production like kernza is just beginning to be, "that's where the real perennial benefits come in."
How the World's Most Fertile Soil Can Help Reverse Climate Change https://t.co/jKNuiVMEnW @ClimateDesk @worldresources— EcoWatch (@EcoWatch)1467839411.0
But getting kernza out to farmers like Richard Magnusson, and products like Long Root into stores, is a significant step in that direction, even if a truly prairie-like farm is still decades away.
"We can't just stay in Salina and continue breeding obscure crop plants that people haven't yet heard of and all of a sudden bust out a commodity economy," Allegrucci said.
But, like Magnusson, he and others at the Land Institute hope that those 175 acres of kernza grow exponentially—and that countless acres of prairie-like farms someday follow.
Reposted with permission from our media associate TakePart.
In 2018, a team of researchers went to West Africa's Nimba Mountains in search of one critically endangered species of bat. Along the way, they ended up discovering another.
- Eek! Bat Populations Are Shrinking. Here Are A Few Ways to Help ... ›
- First Bat Removed From U.S. Endangered Species List Helps ... ›
- What We've Lost: The Species Declared Extinct in 2020 - EcoWatch ›
EcoWatch Daily Newsletter
- Construction Begins on Keystone XL Pipeline in Montana - EcoWatch ›
- Trump Approves Keystone XL Pipeline, Groups Vow 'The Fight Is ... ›
- Keystone XL Pipeline Construction to Forge Ahead During ... ›
By Jim Palardy
As 2021 dawns, people, ecosystems, and wildlife worldwide are facing a panoply of environmental issues. In an effort to help experts and policymakers determine where they might focus research, a panel of 25 scientists and practitioners — including me — from around the globe held discussions in the fall to identify emerging issues that deserve increased attention.
Ask a Scientist: What Should the Biden Administration and Congress Do to Address the Climate Crisis?
By Elliott Negin
What a difference an election makes. Thanks to the Biden-Harris victory in November, the next administration is poised to make a 180-degree turn to again address the climate crisis.
- Biden Reaffirms Commitment to Rejoining Paris Agreement ... ›
- Joe Biden Appoints Climate Crisis Team - EcoWatch ›
- Biden Plans to Fight Climate Change in a New Way - EcoWatch ›
By Suresh Dhaniyala and Byron Erath
A fast-spreading variant of the coronavirus that causes COVID-19 has been found in at least 10 states, and people are wondering: How do I protect myself now?
Airborne Particles Are Still the Biggest Problem<p>The <a href="https://theconversation.com/why-it-matters-that-the-coronavirus-is-changing-and-what-this-means-for-vaccine-effectiveness-152383" target="_blank" rel="noopener noreferrer">SARS-CoV-2 variants</a> are believed to spread primarily through the air rather than on surfaces.</p><p>When someone with the coronavirus in their respiratory tract coughs, talks, sings or even just breathes, infectious respiratory droplets can be expelled into the air. These droplets are tiny, predominantly in the range of <a href="https://www.sciencedirect.com/science/article/pii/S0021850211001200?casa_token=KtyrsEfbeqcAAAAA:vv10sSxm33tzg0EQvNMIFtV7GCu5gE9QAzuyzHKr2_4Cl0OFkUJoGwzn4d0ZnEWS19NsOTuH" target="_blank" rel="noopener noreferrer">1-100 micrometers</a>. For comparison, a human hair is about 70 micrometers in diameter.</p><p>The larger droplets fall to the ground quickly, rarely traveling farther than 6 feet from the source. The bigger problem for disease transmission is the tiniest droplets – those less than 10 micrometers in diameter – which can remain suspended in the air as aerosols for <a href="https://academic.oup.com/cid/article/50/5/693/325466" target="_blank">hours at a time</a>.</p>
<span style="display:block;position:relative;padding-top:56.25%;" class="rm-shortcode" data-rm-shortcode-id="bb67b83dcafe589f350daf3df60fa29d"><iframe lazy-loadable="true" src="https://www.youtube.com/embed/UNCNM7AZPFg?rel=0" width="100%" height="auto" frameborder="0" scrolling="no" style="position:absolute;top:0;left:0;width:100%;height:100%;"></iframe></span>
What Can You Do to Stay Safe?<p>1) Pay attention to the type of face mask you use, and how it fits.</p><p>Most off-the-shelf face coverings are not 100% effective at preventing droplet emission. With the new variant spreading more easily and likely infectious at lower concentrations, it's important to select coverings with materials that are most effective at stopping droplet spread.</p><p>When available, N95 and surgical masks consistently perform the best. Otherwise, face coverings that use <a href="https://www.sciencedirect.com/science/article/pii/S2352431620301802?casa_token=-Dj6nGBAm24AAAAA:qq9BpbzCKaPDFcV73ohA2fCnhE_Zlkss6Bei3kUwq9QYndhHj0Vafbbd-ef_855lx6knDfUt" target="_blank">multiple layers of material</a> are preferable. Ideally, the material should be a tight weave. High thread count cotton sheets are an example. Proper fit is also crucial, as gaps around the nose and mouth can <a href="https://pubs.acs.org/doi/10.1021/acsnano.0c03252" target="_blank" rel="noopener noreferrer">decrease the effectiveness by 50%</a>.</p><p>2) Follow social distancing guidelines.</p><p>While the current social distancing guidelines are not perfect – <a href="https://theconversation.com/what-a-smoky-bar-can-teach-us-about-the-6-foot-rule-during-the-covid-19-pandemic-145517" target="_blank" rel="noopener noreferrer">6 feet isn't always enough</a> – they do offer a useful starting point. Because aerosol concentrations levels and infectivity are highest in the space immediately surrounding anyone with the virus, increasing physical distancing can help reduce risk. Remember that people are infectious <a href="https://medical.mit.edu/faqs/COVID-19#faq-10" target="_blank" rel="noopener noreferrer">before they start showing symptoms</a>, and they many never show symptoms, so don't count on seeing signs of illness.</p><p>3) Think carefully about the environment when entering an enclosed area, both the ventilation and how people interact.</p><p>Limiting the size of gatherings helps reduce the potential for exposure. Controlling indoor environments in other ways can also be a highly effective strategy for reducing risk. This includes <a href="https://theconversation.com/what-a-smoky-bar-can-teach-us-about-the-6-foot-rule-during-the-covid-19-pandemic-145517" target="_blank" rel="noopener noreferrer">increasing ventilation rates</a> to bring in <a href="https://theconversation.com/keeping-indoor-air-clean-can-reduce-the-chance-of-spreading-coronavirus-149512" target="_blank" rel="noopener noreferrer">fresh air and filtering existing air</a> to dilute aerosol concentrations.</p><p>On a personal level, it is helpful to pay attention to the types of interactions that are taking place. For example, many individuals shouting can create a higher risk than one individual speaking. In all cases, it's important to minimize the amount of time spent indoors with others.</p><p>The CDC has warned that B.1.1.7 could <a href="https://www.cdc.gov/mmwr/volumes/70/wr/mm7003e2.htm?s_cid=mm7003e2_w" target="_blank" rel="noopener noreferrer">become the dominant SARS-CoV-2 variant</a> in the U.S. by March. Other fast-spreading variants have also been found in <a href="https://virological.org/t/genomic-characterisation-of-an-emergent-sars-cov-2-lineage-in-manaus-preliminary-findings/586" target="_blank" rel="noopener noreferrer">Brazil</a> and <a href="https://www.who.int/csr/don/31-december-2020-sars-cov2-variants/en/" target="_blank" rel="noopener noreferrer">South Africa</a>. Increased vigilance and complying with health guidelines should continue to be of highest priority.</p>
- FDA Approves First In-Home Test for Coronavirus - EcoWatch ›
- What Does 'Recovered From Coronavirus' Mean? - EcoWatch ›
- The Immune System's Fight Against the Coronavirus - EcoWatch ›