The Corn Of The Future Is Valuable Patrimony From Mexico

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A Mexican scientist inspects a field of olotón maize near Oaxaca, Mexico. ALLEN VAN DEYNZE/UC DAVIS

Thanks to Martha Pskowski and Yale e360 for this:

Indigenous Maize: Who Owns the Rights to Mexico’s ‘Wonder’ Plant?

A nitrogen-fixing maize grown in an indigenous region of Mexico has the ability to fertilize itself, recent research shows. Now, as a global company and U.S. scientists work to replicate this trait in other corn varieties, will the villages where the maize originated share fairly in the profits?

In a 1979 visit to Totontepec, a small town in Oaxaca, Mexico, naturalist Thomas Boone Hallberg marveled at the local maize. The plants grew nearly 20 feet high in nutrient-poor soil, even though local farmers did not apply any fertilizer.

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MARS, INCORPORATED & JEAN-MICHEL ANE/UC DAVIS

The maize had aerial roots that grew a mucous-like gel just before harvest season. It seemed impossible, but Hallberg wondered if the maize was fixing its own nitrogen: extracting it from the air and somehow making it usable for the plant. He had visited countless towns since moving to Oaxaca in the 1950s, but what he saw in Totontepec stuck with him.

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The maize variety olotón has aerial roots that produce a mucous-like gel that fixes nitrogen, meaning that it can effectively fertilize itself. MARS, INCORPORATED & JEAN-MICHEL ANE/UC DAVIS

In 1992, Hallberg returned with a group of Mexican scientists. The maize, known as olotón, was almost ready for harvest and its aerial roots glistened with gel. Ronald Ferrera-Cerrato, a microbiologist, took samples back to his lab outside Mexico City to test the bacteria in the gel. His preliminary results, published in a 1996 report, showed that the maize received nitrogen from the air, through its aerial roots, meaning that it effectively had the ability to fertilize itself.

At the time, scientists around the world were puzzling over similar questions. In a 1996 paper in Plant and Soil, microbiologist Eric Triplett, then at the University of Wisconsin, described the possibility of corn plants that fix nitrogen as “the ‘holy grail’ of nitrogen fixation research” because of the potential to reduce fertilizer demand. Continue reading

Two Sides of a Conservation Story – With Wolves in the Middle

Karin Vardaman, pictured left, walks the pastures with Breanna Owens, the owner of Cobblestone Ranch, in Los Molinos, California.Photographs by Lucas Foglia for The New Yorker

The return of apex predators to both national parks and rugged, yet unprotected areas of the United States impacts conservation and regeneration of biodiversity for both wildlife and native landscape.  Not surprisingly, it also creates challenges within the well established ranching community.

We’re grateful to all those who participate in the process of navigating a successful middle ground.

The Persuasive Power of the Wolf Lady

To bridge the divide between wolf-lovers and ranchers, the conservationist Karin Vardaman had to change many minds—including her own.

Early one morning in April, 2016, Karin Vardaman and four travelling companions woke in a motel in Siskiyou County, a rugged and remote region where rural California meets the Oregon border. They were in a town called Montague—a dot on the map that had begun, in the eighteen-eighties, as a stop on the Southern Pacific Railroad. After visiting a small market to pick up breakfast and snacks, they continued on to the old community hall, a narrow, low-slung building by the railroad tracks. Large, glass-paned windows ran the length of one side; below them, murals depicted horse-drawn wagons from the area’s pioneer days. Outside, a few dozen people were gathering. Watching them, Vardaman had an uneasy feeling. Oh, boy, she thought. Here we go.

Inside, chairs were arranged in a semicircle. Vardaman stood at the center, near a screen on which a PowerPoint slide displayed the title of her workshop, “On Wolves and Livestock.” Tall and sturdy, in her fifties, she has a flowing mane of lustrous red hair, framing slate-blue eyes and a narrow face. She introduced herself to the crowd as an advocate with the California Wolf Center. The Center, she said, was sponsoring a new, collaborative project called the Working Circle, through which it hoped to find a way for cattle and sheep to coëxist with endangered gray wolves.

Before Vardaman could continue, a man in the audience stood up, interrupting her. He wore a cowboy hat and cowboy boots. He calmly thanked her and her team: they had helped the local economy, he said, by shopping at the market. What he didn’t appreciate, he went on, was their coming into town and dictating to the community what it should and shouldn’t do about wolves. As he spoke, his voice rose in anger, and he stepped suddenly toward Vardaman; at the same moment, more than twenty other people rose to their feet. Some waved anti-wolf flyers above their heads. Others held rifle cartridges, their brass glinting in the light. They chanted, “Shoot, shovel, and shut up!”—an anti-wolf slogan. Vardaman watched as several people opened their jackets, revealing handguns.

For most of the last century, there have been no wolves in California; government-sponsored livestock-protection campaigns exterminated the state’s wolf population by 1924. But in December, 2011, a lone male gray wolf from Oregon, known as OR-7, was tracked via radio collar as he crossed into the Golden State. Slowly, over time, a few others followed. In 2014, the gray wolf gained protection under California’s Endangered Species Act; not long afterward, in Siskiyou County, two wolves were spotted by a trail camera. Today it’s thought that there are at least twelve to fifteen wild wolves in the state. This nascent comeback has opened a rancorous breach between California’s agricultural community, which fears losing livestock to wolf attacks, and its environmentalists, who have been galvanized by the idea of an iconic predator resurrected.

A version of this polarizing conflict has played out wherever wolves have reappeared, from Michigan to the Northern Rockies and Washington State. To an extent, livestock producers and wolf conservationists are divided for pragmatic reasons. If a wolf kills a heifer calf, a rancher can suffer a substantive economic hit—one or two thousand dollars, plus the loss of income from all the calves that the mature cow would’ve had over her lifetime. (Since the wolves returned to Northern California, an estimated eleven calves and cows have died in wolf attacks.) Conversely, if a rancher kills a wolf in an area where the wolf population is still recovering, it could be a significant blow to the animals’ survival.

And yet ranchers and conservationists are divided in other ways, too. Continue reading

Climate Change, Coffee & Solutions

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A worker harvests coffee near the town of Santuario, Risaralda department, Colombia in May. RAUL ARBOLEDA/AFP/GETTY IMAGES

In Costa Rica, where we have been paying attention to the plight of coffee farmers in the last year, there are numerous scientific and sectoral organizations dedicated to assisting with the impact of climate change.  Richard Schiffman, who last appeared in our pages nearly a year ago, has this about Colombia’s approach:

As Climate Changes, Colombia’s Small Coffee Farmers Pay the Price

Hundreds of Colombia’s small coffee growers have stopped cultivating the bean in the face of low prices and reduced harvests linked to a shifting climate. As farmers struggle, the nation’s scientists are seeking to develop new varieties that will flourish in a changing environment.

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Women sort coffee beans at the 44-acre Finca El Ocaso farm, near Salento, Colombia. COURTESY OF FINCA EL OCASO

At first glance, Finca El Ocaso, located in the hills outside Salento, Colombia, could be mistaken for a natural forest: rows of squat Arabica coffee trees are interspersed with plantain, banana, and lime and shaded by towering nogal cafatero trees, whose high canopy hosts flocks of chattering parrots and other birds. The 44-acre coffee plantation has been certified by international organizations for being sustainable, climate-friendly, and fair to its workers.

But Finca El Ocaso is struggling under the weight of intensifying economic pressures.

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A coffee weighing station at Finca El Ocaso. Coffee prices have dropped so low that the family-run farm has started hosting tourists to make extra money. COURTESY OF FINCA EL OCASO

“Lots of smaller farms near us have gone out of business,” said farmer Gustavo Patiño. “It is no longer sustainable to have a medium-size farm that pays high taxes and expensive production costs, when in the end they may get paid less for their coffee than their expenses.”

Several years ago, in an effort to keep the plantation afloat, Patiño’s eldest daughter, Carolina, opened the farm to foreign and Colombian tourists. The plantation now attracts more than 1,000 visitors a year. “Our farm can only survive because we offer tours and sell our coffee to the tourists,” Patiño said.

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An aerial view of coffee plantations in Santuario, Colombia in May. Small farms such as these have been hit hardest by climate change and low coffee prices. RAUL ARBOLEDA/AFP/GETTY IMAGES

In the last 18 months, Colombia has lost nearly 100,000 acres of coffee plantations, more than 4 percent of the land under coffee cultivation, according to a statement issued last week by Colombia’s National Federation of Coffee Growers (Fedecafé). Continue reading

Pulses Improving Life In Multiple Ways

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Chickpeas are often called by their Spanish name, garbanzos or garbanzo beans, in the United States. Inga Spence/Getty Images

Whitney Pipkin, appearing for the second time here, has another great story about healthy food with environmental benefits:

Your Hummus Habit Could Be Good For The Earth

Hummus is having a heyday with American consumers, and that could be as good for the soil as it is for our health.

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High in fiber and protein, chickpeas are playing a starring role on menus at fast-casual chains like Little Sesame in Washington, D.C., where hummus bowls abound. Chickpeas also good for soil health — and growing demand could help restore soils depleted by decades of intensive farming. Anna Meyer

Formerly relegated to the snack aisle in U.S. grocery stores, the chickpea-based dip has long starred as the smooth centerpiece of Middle Eastern meals and, increasingly, plant-based diets. Occasionally, it even doubles as dessert. Last year, Americans spent four times as much money on grocery-store hummus as they did a decade before, according to the latest consumer surveys, and a growing number of snacks and fast-casual concepts also feature the fiber- and protein-rich chickpea as their pièce de résistance.

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Anna Meyer

Part of a subcategory of legumes called pulses, chickpeas — along with lentils, dry peas and several varieties of beans — have been a critical crop and foodstuff for centuries in Middle Eastern and Asian countries. The crops are so promising that the United Nations deemed 2016 the “Year of Pulses” to expand interest in these ancient foods and their potential to help solve dueling modern-day conundrums: hunger and soil depreciation. Continue reading

Schools as Frontline Against Food Deserts

These greens are among the hydroponic crops grown by students at Brownsville Collaborative Middle School, in Brooklyn, N.Y. In June, the students started to sell discounted boxes of the fresh produce to community members. Robin Lloyd/for NPR

Thanks again to the Salt for more inspiring stories about communities cultivating more than just smart students.

How Hydroponic School Gardens Can Cultivate Food Justice, Year-Round

After a full day of school a few weeks ago, 12-year-old Rose Quigley donned gloves and quickly picked bunches of fresh lettuce, Swiss chard, kale, mint and oregano. But she didn’t have to leave her school in Brooklyn, N.Y., or even go outdoors to do it.

Quigley is one of dozens of students at Brownsville Collaborative Middle School who in the past year built a high-tech, high-yield farm inside a third-floor classroom. They decided what to grow, then planted seeds and harvested dozens of pounds of produce weekly.

The vegetables never stop coming because the crops are grown hydroponically — indoors, on floor-to-ceiling shelves that hold seedlings and plants sprouting from fiber plugs stuck in trays, each fed by nutrient-enriched water and lit by LED lamps. The students provide weekly produce for their cafeteria’s salad bar and other dishes.

Later that same day, for the first time, Quigley and several of her schoolmates also sold some of their harvest — at a discount from market rates — to community members. It’s part of a new weekly “food box” service set up in the school’s foyer. Each of 34 customers receive an allotment of fresh produce intended to feed two people for a week. Three students, paid as interns, used digital tablets to process orders, while peers handed out free samples of a pasta salad featuring produce from the farm. Continue reading

Are Certifications Doing Enough?

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Cocoa producers of the Yakasse-Attobrou Agricultural Cooperative gather cocoa pods in a certified Fair Trade-label cocoa plantation in Adzope, Ivory Coast. Sia Kambou/AFP/Getty Images

Our friends who generally oppose regulations and other efforts to protect people and the environment, saying that these protections inhibit growth and innovation and often fail to achieve the protections they are supposed to create, may sometimes have a point. But from our perspective, they too often point in the wrong direction. Constant monitoring to evaluate the efficacy of these protections is a point we might agree on, assuming we are not ideologically driven on either side of this topic.  With every big step forward towards greater sustainability, it is important to pause and consider the impact. Among other things, we must ask whether we are doing enough:

Fair Trade Helps Farmers, But Not Their Hired Workers

It’s a disturbing question that haunts many shoppers with good intentions: What am I actually accomplishing by buying coffee or chocolate with the Fair Trade label? Does the extra money that I pay actually benefit the people who harvested those beans?

Researchers have been curious, too. They’ve found that, in fact, small farmers in Latin America and Africa do benefit from the minimum price that Fair Trade guarantees and the extra money it delivers to farmer cooperatives. Researchers have documented higher wages, greater participation in community decisions, and even greater gender equity. Continue reading

Free The Seed

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Today, just four giant companies control more than 60 percent of all the world’s seed sales.

 

Thanks to the New York Times for this opinion:

Save Our Food. Free the Seed.

By Dan Barber

Additional reporting and graphics by Ash Ngu. Photographs by Ruth Fremson

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Flowering curly kale, a variety called Baltisk Rod Purpurkal, being grown for seed at Fresh Roots Farm in Montana. The farm is collaborating with the Organic Seed Alliance on a toolkit for farmers who want to produce seed.

Not long ago I was sitting in a combine tractor on a 24,000-acre farm in Dazey, N.D. The expanse of the landscape — endless rows of corn and soybeans as precise as a Soviet military parade — was difficult to ignore. So were the skyscraper-tall storage silos and the phalanx of 18-wheeled trucks ready to transport the grain. And yet what held my attention were the couple of dozen seeds in my palm — the same seeds cultivated all around me.

We are told that everything begins with seed. Everything ends with it, too. As a chef I can tell you that your meal will be incalculably more delicious if I’m cooking with good ingredients. But until that afternoon I’d rarely considered how seed influences — determines, really — not only the beginning and the end of the food chain, but also every link in between.

The tens of thousands of rows surrounding me owed their brigade-like uniformity to the operating instructions embedded in the seed. That uniformity allows for large-scale monoculture, which in turn determines the size and model of the combine tractor needed to efficiently harvest such a load. (“Six hundred horsepower — needs a half-mile just to turn her around,” joked the farmer sitting next to me.) Satellite information, beamed into the tractor’s computer, makes it possible to farm such an expanse with scientific precision.

The type of seed also dictates the fertilizer, pesticide and fungicide regimen, sold by the same company as part of the package, requiring a particular planter and sprayer (40 feet and 140 feet wide, respectively) and producing a per-acre yield that is startling, and startlingly easy to predict.

It is as if the seed is a toy that comes with a mile-long list of component parts you’re required to purchase to make it function properly. Continue reading

The Fate Of Food

9780804189033_custom-d872d405185775dec7efba71e353dfdbc66d0130-s600-c85.jpgAn interview about a book that picks up on themes that we have been following since we started this platform:

‘Fate Of Food’ Asks: What’s For Dinner In A Hotter, Drier, More Crowded World?

Environmental journalist Amanda Little says the sustainable food revolution will include meat cultured in a lab, 3-D printer food, aquaculture and indoor vertical farming.

TERRY GROSS, HOST:

This is FRESH AIR. I’m Terry Gross. Climate change is affecting the weather. And droughts, floods, storms and unseasonal temperatures are affecting the global food supply. Tech startups, as well as mega companies, are developing new, high-tech ways of growing vegetables and fruits, farming fish and growing meat without harming animals.

3D food printers, laboratories where meat is grown from cultured animal cells, robots that can weed crops without using chemicals and indoor farms where vegetables are grown without soil or sun are some of the new approaches investigated by Amanda Little in her new book “The Fate Of Food: What We’ll Eat In A Bigger, Hotter, Smarter World.”

She’s traveled to 13 states and 11 countries researching changes in our food system. Her reporting on energy, technology and the environment has been published in The New York Times, The Washington Post, Rolling Stone and other publications. She’s a professor of journalism and science writing at Vanderbilt University.

Amanda Little, welcome to FRESH AIR. Tell us some of the ways in which climate change is affecting the global food supply. Continue reading

Reducing Waste As A Personal & Community Commitment

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Keiran Whitaker, the chief executive of Entocycle, which takes so-called pre-consumer local food waste and feeds it to fly larvae, which eats the waste and converts it to protein. Andrew Testa for The New York Times

We believe in waste reduction as a key component of individual and community responsibility for securing the future. Our thanks to Tatiana Schlossberg for this:

Waste Not — if You Want to Help Secure the Future of the Planet

If there’s one vital, but underappreciated, subject in the conversation about climate change, it’s waste: how to define it, how to create less of it, how to deal with it without adding more pollution to the planet or the atmosphere.

The issue has gained some acceptance, whether in the form of plastic straw bans or anxiety about e-commerce-related cardboard piling up.

But experts say these aren’t necessarily the biggest problems. Reducing the damage from waste might require expanding the traditional definition of waste — not just as old-fashioned garbage, but as a result of wild inefficiency in all kinds of systems, which often results in emissions of greenhouse gases, among other problems.

Continue reading

Better Fruit For Harsher Realities

Mr. Gates sells about 60 of his own open-pollinated varieties, many with especially bright colors and unusual shapes, and shares growing tips online. Credit Wild Boar Farms

From our perspective, many agricultural “developments” deserve quotations. The Agricultural Industrial Complex of Monsanto and their ilk more frequently serve to further their own economic gain rather than preserve species or better the health and livelihoods of the farmer or consumer.

Preserving the genetics of fruit and vegetable species down to their paleo-botanical ancestry is an entirely different story, and may be our best chance to overcome the obstacles of harsher and harsher weather conditions.

Reinventing the Tomato for Survival in a Changing World

Like other small farmers and researchers, Brad Gates is trying to ensure a future for the tomato by breeding hardier varieties and persuading more Americans to grow their own.

NAPA, Calif. — In a borrowed van, Brad Gates of Wild Boar Farms sped south on Interstate 680 with hundreds of fuzzy tomato seedlings bumping around in the back, their trembling leaves, warmed by the sun, filling the cab with the smell of summer. It was one of a half-dozen deliveries on his to-do list.

Born and raised in Northern California, Mr. Gates has been organically farming tomatoes in the region for 25 years, working on small leased plots and introducing new varieties with cult followings, like the dark, meaty Black Beauty and the striped, rosy-pink Dragon’s Eye.

For most of that time, he sold his tomatoes to top restaurants, including Chez Panisse in Berkeley. But a few years ago he completely rethought his work. Galvanized by climate change, he joined a growing number of farmers who are trying to find a future for their threatened crops — in his case, the queen of the farmers’ market.

As Mr. Gates bred tomatoes, he noticed that many of his orange and yellow varieties were unusually heat-tolerant. Credit Wild Boar Farms

Mr. Gates now grows thousands of tomato plants each year, selling the young ones to local shops and the seeds all over the country through his website and catalogs, encouraging people to grow their own at home. He believes that the tomato’s survival and continued deliciousness depend on the plant’s diversity, and he considers breeding hardy, cold-tolerant and heat-tolerant varieties an essential part of his work — not just to provide food, but also to expand the number of places where the plant can flourish. Continue reading

Seeds Are Our Future

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Lotus flower seed heads and raw, un-puffed lotus seeds.

Lotus flower first appeared in these pages years ago, but its seeds were never mentioned. Time to correct that. We missed the opportunity to mention this book when it was first published–we missed the enthusiastic review–but better late than never. Thanks to the folks at Gastropod for the shoutout in a recent episode that gives Thor Hanson and his book their due:

Seeds

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When seeds first evolved, hundreds of millions of years ago, they not only revolutionized the plant world, but they also eventually sowed the path for human civilization. Today, it’s nearly impossible to eat a meal without consuming a plant embryo—or many. But how did seeds come to play such a critical role in human history? Why might one seed in particular, the lotus seed, hold the secret to immortality? And, perhaps just as importantly, how does this magical seed taste?

Regeneration & Food Futures

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A view of wheat grown on Meaker Farm, Montrose, Colorado. Photo © Ken Geiger/TNC

While on the topic of food, thanks to Dustin Solberg and Cool Green Science for this:

Dirt to Soil: A Farmer’s Tell-all Puts Soil First

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Circle irrigation tire tracks remain in the challenging soil conditions on a wheat farm in Colorado. Photo © Ken Geiger/TNC

Quite a few years back, while working the wheat harvest in the middle of Oklahoma, I met a leathery skinned farmer. He lived through the dusty, hardscrabble, droughty years of the Great Depression, and experience had taught him plenty. I still recall his silver belt buckle, his straw cowboy hat, and the funny joke he told me about the buffalo on a buffalo nickel, which I can’t repeat here. He wanted me to know, and so told me in no uncertain terms, that there’s one way, and one way only, to plow a field.

We were standing then in the fresh golden stubble of a wheat field. It was hot. We’d just finished combining and after a day of steady motion we were finally still, the diesel engines at rest. I can still recall the animated force in his muscly hands – he made his fingers into the tines of a chisel plow – to make his point as vividly as I recall what he said: “You’ve got to set the plow deep.”

The trouble was, he was wrong.

Continue reading

Getting The Food Puzzle Solved

 

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Green: an organic farm in Cuba © Getty

Thanks to FT’s Sarah Murray for this story–Organic farming’s growth only part of answer to food sustainability:

The approach has an impact far beyond its scale but questions remain over yields

While only a tiny proportion of the world’s agricultural land is devoted to organic farming, some argue that it punches above its weight in contributing to more sustainable farming practices. “Its influence goes far beyond the 1 per cent of land that is managed organically,” says Verena Seufert, assistant professor at the Institute for Environmental Studies at VU University Amsterdam. “It is influencing the debate by highlighting food sustainability and how big an impact the food we eat has on many of our environmental problems,” she says. Yet while some believe that organic agriculture could play a bigger role in helping feed the world, environmental advocates see it as one option in a number of more sustainable approaches to farming. Continue reading

The New It Crop

0217Mag-Tip-1-jumbo.pngThe first time I heard of hemp was in the 1970s during my teen years. I do not remember what I learned about it then, except for something like this:

…For centuries, American farmers grew hemp for fiber, oil and many other uses. George Washington cultivated it at Mount Vernon to mend fishing nets…

Thanks to Malia Wollan, in her Tip quite straightforwardly titled How to Grow Hemp, I know more today than I did then:

…Practice your explainer, which should go something like this: Marijuana and hemp are varieties of the same species of cannabis plant, but hemp contains less than 0.3 percent of the mind-altering tetrahydrocannabinols, or THC, and will not get you high…

There is more, but not a lot more. Continue reading

Adaptation & South-South Cooperation

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Ethiopian farmers examine the results of a trial of wheat varieties. BIOVERSITY INTERNATIONAL

The bread we eat in the not so distant future may depend on the type of cooperation described below. Thanks to Yale e360 and Virginia Gewin for this story:

How Crowdsourcing Seeds Can Help Farmers Adapt to Climate Change

In Ethiopia and other developing nations, scientists are working with small-scale farmers on trials to see which seed varieties perform best in changing conditions. These initiatives are enabling farmers to make smarter crop choices in the face of rising temperatures, drought, and more extreme weather.

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Durum wheat varieties grow in trial plots in Ethiopia’s Amhara region. Thousands of farmers participated in the project, testing how various wheat strands performed under changing climatic conditions. BIOVERSITY INTERNATIONAL

In Ethiopia’s undulating, high-elevation grasslands, farmers — most of them working parcels of only two to three acres — produce more wheat than anywhere else in sub-Saharan Africa. They accomplish this feat in the face of chronically short supplies of high-quality seed. Still, Ethiopia’s record harvest of 4.6 million metric tons in 2017 didn’t satisfy the country’s needs, forcing it to import an additional 1.5 million tons of wheat. Continue reading

Nutrition & Conservation

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To help protect the planet and promote good health, people should eat less than 1 ounce of red meat a day and limit poultry and milk, too. That’s according to a new report from some of the top names in nutrition science. People should instead consume more nuts, fruits and vegetables, legumes, and whole grains, the report says. The strict recommended limits on meat are getting pushback. Westend61/Getty Images/Westend61

Preparing ahead for a meal to be cooked today, I was reading this recipe, whose image (below) was competing for my attention with the image above. The picture above is eye-catching, at least to me, a visual cue leading me to the type of meal I should be thinking about more often. It is a big picture picture. I have red lentils in the cupboard, and I intend to prepare them today, so the recipe won the race for my attention.

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Melissa Clark’s red lentil soup.CreditJoseph De Leo for The New York Times. Food Stylist: Monica Pierini.

The story by National Public Radio (USA) waited. It is about diet, with the kind of explanatory information that motivates me to find lentils more appealing, and to understand why meals like this should dominate the weekly menu:

What we eat – and how our food is produced – is becoming increasingly politicized.

Why? More people are connecting the dots between diet and health – not just personal health, but also the health of the planet. And the central thesis that has emerged is this: If we eat less meat, it’s better for both.

So, how much less? A new, headline-grabbing report — compiled by some of the top names in nutrition science — has come up with a recommended target: Eat less than half an ounce of red meat per day. That works out to about 3.5 ounces — or a single serving of red meat — per week. And it’s far less red meat than Americans currently consume on average: between an estimated 2 and 3 ounces per day. Continue reading

Hunting Wild Coffee

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Drying coffee beans in Ethiopia. More than half of all species are at risk of vanishing in the wild because of climate change and deforestation. Maheder Haileselassie/Reuters

As much as I thought I learned in the last year about coffee, I got a hint just now, reading the article below, how steep my learning curve remains. 124 species of coffee? So much to hunt, so little time! Thanks to Somini Sengupta for this story:

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Picking coffee berries on a farm in Ethiopia. Maheder Haileselassie/Reuters

Aaron Davis, a British botanist, has spent 30 years trekking across forests and farms to chronicle the fate of one plant: coffee.

He has recorded how a warming planet is making it harder to grow coffee in traditional coffee-producing regions, including Ethiopia, the birthplace of the world’s most popular bean, arabica. He has mapped where farmers can grow coffee next: basically upcountry, where it’s cooler. He has gone searching for rare varieties in the wild. Continue reading

Colorado River’s Future

Thanks to Jim Robbins and Yale e360:

CRISIS ON THE COLORADO: PART I

The West’s Great River Hits Its Limits: Will the Colorado Run Dry?

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The headwaters of the Colorado River are in a marshy meadow in Rocky Mountain National Park.

As the Southwest faces rapid growth and unrelenting drought, the Colorado River is in crisis, with too many demands on its diminishing flow. Now those who depend on the river must confront the hard reality that their supply of Colorado water may be cut off. First in a series.

The beginnings of the mighty Colorado River on the west slope of Rocky Mountain National Park are humble. A large marsh creates a small trickle of a stream at La Poudre Pass, and thus begins the long, labyrinthine 1,450-mile journey of one of America’s great waterways.

Several miles later, in Rocky Mountain National Park’s Kawuneeche Valley, the Colorado River Trail allows hikers to walk along its course and, during low water, even jump across it. This valley is where the nascent river falls prey to its first diversion — 30 percent of its water is taken before it reaches the stream to irrigate distant fields.

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The Colorado flows 1,450 from its source in Colorado to the southwest, ending just short of the Gulf of California. MAP BY DAVID LINDROTH

The Never Summer Mountains tower over the the valley to the west. Cut across the face of these glacier-etched peaks is the Grand Ditch, an incision visible just above the timber line. The ditch collects water as the snow melts and, because it is higher in elevation than La Poudre Pass, funnels it 14 miles back across the Continental Divide, where it empties it into the headwaters of the Cache La Poudre River, which flows on to alfalfa and row crop farmers in eastern Colorado. Hand dug in the late 19th century with shovels and picks by Japanese crews, it was the first trans-basin diversion of the Colorado. Continue reading

Us & Them Versus The Rest

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Beef cattle stand at a ranch in this aerial photograph taken above Texas. Meat and dairy accounts for just 18% of all food calories and around a third of protein. Photograph: Daniel Acker/Bloomberg via Getty Images

Them refers to the kinds of mammals in the photo above. Us refers to us humans. In keeping with yesterday’s post, Oliver Milman’s op-ed provides an excellent reminder that virtually all mammals living on planet earth today are we humans and the animals we farm for eating. There are still other species of mammals holding on, if barely, but they are being pushed to extinction largely due to the amount of meat we eat. Another good reason to go vegetarian, or vegan, or more simply just eating much less meat:

Why eating less meat is the best thing you can do for the planet in 2019

Eating meat has a hefty impact on the environment from fueling climate change to polluting landscapes and waterways

Recycling or taking the bus rather than driving to work has its place, but scientists are increasingly pointing to a deeper lifestyle change that would be the single biggest way to help the planet: eating far less meat. Continue reading

Part Of The Solution

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Harvesting soybeans in Mato Grosso, Brazil. Credit Yasuyoshi Chiba/Agence France-Presse — Getty Images

Thanks to Brad Plumer, whose reporting on environmental issues has been illuminating, for this fifth feature in our links out to stories that help us understand what we might do to be part of the solution:

Can We Grow More Food on Less Land? We’ll Have To, a New Study Finds

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A farm in the Pays de la Loire region of France. Cows have an especially large environmental footprint. Credit Loic Venance/Agence France-Presse — Getty Images

WASHINGTON — If the world hopes to make meaningful progress on climate change, it won’t be enough for cars and factories to get cleaner. Our cows and wheat fields will have to become radically more efficient, too.

That’s the basic conclusion of a sweeping new study issued Wednesday by the World Resources Institute, an environmental group. The report warns that the world’s agricultural system will need drastic changes in the next few decades in order to feed billions more people without triggering a climate catastrophe.

The challenge is daunting: Agriculture already occupies roughly 40 percent of the world’s land and is responsible for about a quarter of humanity’s greenhouse gas emissions. But with the global population expected to grow from 7.2 billion people today to nearly 10 billion by 2050, and with many millions of people eating more meat as incomes rise, that environmental impact is on pace to expand dramatically. Continue reading