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Why the death of the honeybee was greatly exaggerated

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Friday, April 5, 2024

Soumyabrata Roy/NurPhoto via Getty Images Honeybees are too valuable to go extinct. Not every species will be so fortunate. One consequence of being a journalist since, oh, the 20th century, is that you accumulate a track record. In the hundreds and hundreds of stories I’ve published over the last 25 years, some look eerily prescient (like this cover story from 2017 warning about a coming pandemic). Some are weird. (Did I really write a story in 2007 about bars in Tokyo where men dress up as English butlers to entertain female customers? Apparently.) And then there are the stories that maybe haven’t aged all that well. Case in point: In 2013, I wrote a feature for Time magazine with the cover line: “A world without bees.” The gist of it is that colony collapse disorder (CCD) — a still not fully understood syndrome that began killing honeybee colonies in large numbers beginning around the mid-2000s — was in danger of wiping out honeybees altogether in the US. And that in turn would mean catastrophe for the many crops that depend on honeybee pollination. An advantage (or drawback) of being in journalism this long is that the predictions you made, say, 11 years ago, have time to play out. And as you may have noticed on your last visit to the supermarket, our agricultural system hasn’t collapsed. Almonds — which are so dependent on commercial honeybee pollination that something like 42 billion bees are used during almond trees’ spring growing season — have seen their acreage more than double since 2007, when CCD was first identified. If honeybees were truly dying out, you wouldn’t see almond milk everywhere. As the Washington Post’s Andrew Van Dam wrote in a delightful column last week, the US may actually have more honeybees now than it ever has before. Data from the US Department of Agriculture’s extremely detailed Census of Agriculture indicates that there were, quite precisely, 3,800,015 honeybee colonies in the US in 2022. That’s a startling 31 percent increase from 2007, and a larger increase than any other domesticated animals. Even chickens, which usually top these sorts of data tables. So does that mean those who (ahem) predicted a possible “world without bees” were wrong? Yes. Does it mean that everything’s all good with Apis mellifera, better known as the Western honeybee? Not quite, because honeybees are still dying in massive numbers. According to the most recent survey data, beekeepers lost 48.2 percent of their managed honeybee colonies between April 2022 and April 2023, chiefly due to infestations of Varroa mites and the viruses associated with them. That’s nearly 10 percentage points higher than the previous year. So we have a situation where there are apparently more honeybee colonies than there have ever been but honeybees are still dying by the billions from CCD and assorted other threats. What gives? A lot of the confusion, it turns out, stems from the difference between how we think about honeybees and how we actually use them. Honeybees aren’t what you think There’s a reason the USDA is in charge of counting up how many honeybee colonies there are in the US, and not, say, the Interior Department or the Environmental Protection Agency. That’s because honeybees aren’t a wild species — they’re essentially a farmed one. Honeybees aren’t even native to North America — they’re colonists of a kind, first brought here by European settlers in the 17th century. And while a small number of them today are used to produce honey, the vast majority are effectively harnessed as biological machines to support specialized agriculture. Consider the great spring almond pollination. Some 80 percent of the world’s almond supply comes from California’s Central Valley with trees that need honeybees for pollination. So every spring, beekeepers from around the US bring their colonies to California to carry out that lucrative pollination. And it’s lucrative: About $4 of every $5 spent on what the USDA calls “bee fertility assistance” goes to support the almond crop. That, in part, is why bee colony numbers have kept growing even as the toll from CCD and other threats to honeybees have continued to mount. Simply put, honeybees are so valuable that even as they continue to die in large numbers, it’s economically viable to keep replacing them. (Another contributor, as the Post story points out, is that agriculture tax breaks make it valuable for more farmers to raise a small number of bee colonies on their land.) Rather than thinking of honeybees as a species in peril like the red wolf or the right whale, a better analogy is to factory-farmed chickens. Like chickens, honeybees are stressed to the killing point by the conditions of mass farming (in the bees’ case, the stress of being moved across the country to service California almond trees). And just like chickens — where H5N1 bird flu has been taking a severe toll on poultry farms — honeybees contend with diseases and parasites that feast on their weakened condition. Yet both chickens and honeybees are so valuable that it’s in farmers’ economic interest to more than replace what they lose, with the result that numbers keep going up. Which is not the same thing as saying that honeybees are doing all right. “You wouldn’t be like, ‘Hey, birds are doing great. We’ve got a huge biomass of chickens!” Eliza Grames, a biologist at Binghamton University, told the Post. “It’s kind of the same thing with honeybees.” Bees are what they’re worth A lot of the coverage at the height of the beepocalypse fears — my story included — used the mass death of honeybees as a symbol of how human beings had pulled nature out of whack. But it’s not, mostly because there is nothing natural about the way we’ve used honeybees over the past few decades, just as there is nothing natural about a factory farming system that raises and kills nearly 10 billion chickens each year. Capitalism, as it turns out, is really, really good at finding solutions to scarcity when enough money is on the line. The mid-2000s moment that CCD was first entering the public consciousness also marked the height of fears around “peak oil”: the idea that the world had entered a terminal decline in oil production, with cataclysmic results for the global economy. And there was reason to believe this was true: On January 2, 2008, oil hit $100 a barrel for the first time, while US oil production had been declining for decades. Capitalism, though, finds a way. In part because oil had become so valuable, companies and governments invested in new technologies and new efforts to find unknown or previously untapped resources. Cut to today, when the world is producing more oil than it did during the peak days of “peak oil” and the US has become the single largest oil producer ever. So we have honeybees and we have oil because that’s what the market demands. But the market doesn’t care about the condition of those billions of hard-working bees any more than it cares about the climate consequences of keeping the oil taps flowing, because it ultimately doesn’t care about that which cannot be priced. Unless we require it to. Which is why the real beepocalypse isn’t found among those millions of managed honeybee colonies, but among the thousands of wild, native bee species, nearly half of which are in some danger of extinction. No commercial beekeepers are coming to their rescue. We won’t have a world without honeybees anytime soon, but we may be headed toward a world where they are the only bees. A version of this story originally appeared in the Future Perfect newsletter. Sign up here!

A honeybee on a cluster of yellow flowers.
Soumyabrata Roy/NurPhoto via Getty Images

Honeybees are too valuable to go extinct. Not every species will be so fortunate.

One consequence of being a journalist since, oh, the 20th century, is that you accumulate a track record.

In the hundreds and hundreds of stories I’ve published over the last 25 years, some look eerily prescient (like this cover story from 2017 warning about a coming pandemic). Some are weird. (Did I really write a story in 2007 about bars in Tokyo where men dress up as English butlers to entertain female customers? Apparently.)

And then there are the stories that maybe haven’t aged all that well. Case in point: In 2013, I wrote a feature for Time magazine with the cover line: “A world without bees.”

The gist of it is that colony collapse disorder (CCD) — a still not fully understood syndrome that began killing honeybee colonies in large numbers beginning around the mid-2000s — was in danger of wiping out honeybees altogether in the US. And that in turn would mean catastrophe for the many crops that depend on honeybee pollination.

An advantage (or drawback) of being in journalism this long is that the predictions you made, say, 11 years ago, have time to play out. And as you may have noticed on your last visit to the supermarket, our agricultural system hasn’t collapsed.

Almonds — which are so dependent on commercial honeybee pollination that something like 42 billion bees are used during almond trees’ spring growing season — have seen their acreage more than double since 2007, when CCD was first identified. If honeybees were truly dying out, you wouldn’t see almond milk everywhere.

As the Washington Post’s Andrew Van Dam wrote in a delightful column last week, the US may actually have more honeybees now than it ever has before. Data from the US Department of Agriculture’s extremely detailed Census of Agriculture indicates that there were, quite precisely, 3,800,015 honeybee colonies in the US in 2022.

That’s a startling 31 percent increase from 2007, and a larger increase than any other domesticated animals. Even chickens, which usually top these sorts of data tables.

So does that mean those who (ahem) predicted a possible “world without bees” were wrong? Yes. Does it mean that everything’s all good with Apis mellifera, better known as the Western honeybee?

Not quite, because honeybees are still dying in massive numbers. According to the most recent survey data, beekeepers lost 48.2 percent of their managed honeybee colonies between April 2022 and April 2023, chiefly due to infestations of Varroa mites and the viruses associated with them. That’s nearly 10 percentage points higher than the previous year.

So we have a situation where there are apparently more honeybee colonies than there have ever been but honeybees are still dying by the billions from CCD and assorted other threats. What gives?

A lot of the confusion, it turns out, stems from the difference between how we think about honeybees and how we actually use them.

Honeybees aren’t what you think

There’s a reason the USDA is in charge of counting up how many honeybee colonies there are in the US, and not, say, the Interior Department or the Environmental Protection Agency. That’s because honeybees aren’t a wild species — they’re essentially a farmed one.

Honeybees aren’t even native to North America — they’re colonists of a kind, first brought here by European settlers in the 17th century. And while a small number of them today are used to produce honey, the vast majority are effectively harnessed as biological machines to support specialized agriculture.

Consider the great spring almond pollination. Some 80 percent of the world’s almond supply comes from California’s Central Valley with trees that need honeybees for pollination. So every spring, beekeepers from around the US bring their colonies to California to carry out that lucrative pollination. And it’s lucrative: About $4 of every $5 spent on what the USDA calls “bee fertility assistance” goes to support the almond crop.

That, in part, is why bee colony numbers have kept growing even as the toll from CCD and other threats to honeybees have continued to mount. Simply put, honeybees are so valuable that even as they continue to die in large numbers, it’s economically viable to keep replacing them. (Another contributor, as the Post story points out, is that agriculture tax breaks make it valuable for more farmers to raise a small number of bee colonies on their land.)

Rather than thinking of honeybees as a species in peril like the red wolf or the right whale, a better analogy is to factory-farmed chickens. Like chickens, honeybees are stressed to the killing point by the conditions of mass farming (in the bees’ case, the stress of being moved across the country to service California almond trees). And just like chickens — where H5N1 bird flu has been taking a severe toll on poultry farms — honeybees contend with diseases and parasites that feast on their weakened condition.

Yet both chickens and honeybees are so valuable that it’s in farmers’ economic interest to more than replace what they lose, with the result that numbers keep going up. Which is not the same thing as saying that honeybees are doing all right.

“You wouldn’t be like, ‘Hey, birds are doing great. We’ve got a huge biomass of chickens!” Eliza Grames, a biologist at Binghamton University, told the Post. “It’s kind of the same thing with honeybees.”

Bees are what they’re worth

A lot of the coverage at the height of the beepocalypse fears — my story included — used the mass death of honeybees as a symbol of how human beings had pulled nature out of whack. But it’s not, mostly because there is nothing natural about the way we’ve used honeybees over the past few decades, just as there is nothing natural about a factory farming system that raises and kills nearly 10 billion chickens each year.

Capitalism, as it turns out, is really, really good at finding solutions to scarcity when enough money is on the line. The mid-2000s moment that CCD was first entering the public consciousness also marked the height of fears around “peak oil”: the idea that the world had entered a terminal decline in oil production, with cataclysmic results for the global economy. And there was reason to believe this was true: On January 2, 2008, oil hit $100 a barrel for the first time, while US oil production had been declining for decades.

Capitalism, though, finds a way. In part because oil had become so valuable, companies and governments invested in new technologies and new efforts to find unknown or previously untapped resources. Cut to today, when the world is producing more oil than it did during the peak days of “peak oil” and the US has become the single largest oil producer ever.

So we have honeybees and we have oil because that’s what the market demands. But the market doesn’t care about the condition of those billions of hard-working bees any more than it cares about the climate consequences of keeping the oil taps flowing, because it ultimately doesn’t care about that which cannot be priced. Unless we require it to.

Which is why the real beepocalypse isn’t found among those millions of managed honeybee colonies, but among the thousands of wild, native bee species, nearly half of which are in some danger of extinction. No commercial beekeepers are coming to their rescue.

We won’t have a world without honeybees anytime soon, but we may be headed toward a world where they are the only bees.

A version of this story originally appeared in the Future Perfect newsletter. Sign up here!

Read the full story here.
Photos courtesy of

‘Soil is more important than oil’: inside the perennial grain revolution

Scientists in Kansas believe Kernza could cut emissions, restore degraded soils and reshape the future of agricultureOn the concrete floor of a greenhouse in rural Kansas stands a neat grid of 100 plastic plant pots, each holding a straggly crown of strappy, grass-like leaves. These plants are perennials – they keep growing, year after year. That single characteristic separates them from soya beans, wheat, maize, rice and every other major grain crop, all of which are annuals: plants that live and die within a single growing season.“These plants are the winners, the ones that get to pass their genes on [to future generations],” says Lee DeHaan of the Land Institute, an agricultural non-profit based in Salina, Kansas. If DeHaan’s breeding programme maintains its current progress, the descendant of these young perennial crop plants could one day usher in a wholesale revolution in agriculture. Continue reading...

On the concrete floor of a greenhouse in rural Kansas stands a neat grid of 100 plastic plant pots, each holding a straggly crown of strappy, grass-like leaves. These plants are perennials – they keep growing, year after year. That single characteristic separates them from soya beans, wheat, maize, rice and every other major grain crop, all of which are annuals: plants that live and die within a single growing season.“These plants are the winners, the ones that get to pass their genes on [to future generations],” says Lee DeHaan of the Land Institute, an agricultural non-profit based in Salina, Kansas. If DeHaan’s breeding programme maintains its current progress, the descendant of these young perennial crop plants could one day usher in a wholesale revolution in agriculture.The plants are intermediate wheatgrass. Since 2010, DeHaan has been transforming this small-seeded, wild species into a high-yielding, domesticated grain crop called Kernza. He believes it will eventually be a viable – and far more sustainable – alternative to annual wheat, the world’s most widely grown crop and the source of one in five of all calories consumed by humanity.Elite Kernza plants selected from 4,000 seedlings in the Land Institute’s perennial grain breeding programme. Photograph: Ben MartynogaAnnual plants thrive in bare ground. Growing them requires fields to be prepared, usually by ploughing or intensive herbicide treatment, and new seeds planted each year. For this reason, Tim Crews, chief scientist at the Land Institute, describes existing agricultural systems as “the greatest disturbance on the planet”. “There’s nothing like it,” he says.The damage inflicted by today’s food system is clear: one-third of global greenhouse gas emissions; ocean dead zones covering thousands of square miles; and 25bn-40bn tonnes of fertile topsoil lost each year.Replacing annual plants with perennial varieties would massively reduce agriculture’s environmental impact. Soil erosion would drop; perennials would instead build soil health, limiting runoff of nutrients and toxic farm chemicals, cutting fertiliser and pesticide use, and storing climate-heating carbon within farm soils.There is just one problem. Reliable, high-yielding perennial grain crops barely exist.The inspiration for the Land Institute’s push to develop perennial grains came from its founder, Wes Jackson, 89. For Jackson, the health of soils that generate 95% of human calories should be a primary concern for all civilisations. “Soil is more important than oil,” he says in a recent documentary. “Soil is as much of a non-renewable resource as oil. Start there, and ask: ‘What does that require of us?’”Lee DeHaan at the Land Institute in Salina, Kansas. Photograph: Ben MartynogaJackson hit upon an answer during a visit to a native prairie reserve in Kansas in the late 1970s. Prairies are highly productive and biodiverse perennial grassland ecosystems. They don’t erode soils; they build them. Indeed, the rich soils that make much of the US midwest and Great Plains such prime agricultural lands were formed, over thousands of years, by prairie plants working with underground microbes.Why is it that we cannot have perennial grains that grow like prairie plants, Jackson wondered. “That was the epiphany that set me off,” he said in a recent interview.DeHaan, 52, learned about Jackson’s mission while he was a teenager in the early 1990s. Having grown up on a Minnesota farm, he was immediately inspired. “I would love to try to create the first perennial grain crop,” he resolved. “That became my dream.”Though still under development, Kernza is already a viable crop, grown at modest scale in 15 US states. Kernza seeds and flour are used in a range of products, from beers to breakfast cereals.The key challenge is yields. In Kansas, the best Kernza yields are about one-quarter those of annual wheat. But DeHaan says this is changing rapidly. “My best current extrapolation is that some Kernza plants could have wheat-like yields within about 15 years.”“We have to go fast,” he says. To hit this target, his breeding scheme deploys DNA profiling, computer modelling and far-red LED lighting to push the experimental plants through two full breeding cycles each year.But yields are just one metric of success. Whereas annual wheat roots are about half a metre long and temporary, Kernza’s roots are permanent and can plunge 3 metres deep. Such roots unlock a whole suite of environmental and agricultural benefits: stabilising and enriching soils, gathering nutrients and providing water, even during droughts.A comparison of wheatgrass (left) and wheat roots at the Land Institute. Photograph: Ben Martynoga/The Land InstitutePerennial plants also tend to have far stronger in-built resistance to pests, diseases and weeds than annual plants, especially when grown in mixed plant polycultures.The Land Institute is working with collaborators across 30 countries to develop many new perennial crops: oil seeds, wheat, pulses, quinoa and several other grains.The potential applications are diverse. In Uganda, researchers are developing perennial sorghum for drought tolerance. In war-torn Ukraine, where supply chains are disrupted and rich soils are degrading, Kernza is being tested as a low-input crop. As DeHaan, Crews and colleagues write in a recent scientific paper, perennial grains represent “a farmer’s dream … a cultivar that is planted once and then harvested every season for several years with a minimum of land management.”Success is far from guaranteed. But perennial rice, grown in China since 2018, provides crucial proof of concept. Led by Yunnan University with Land Institute support, the work took just 20 years. Perennial rice now matches the yields of elite annual varieties, with research demonstrating significant greenhouse gas reductions.Perennial rice grown in a research trial in Yunnan. Photograph: Ben Martynoga/The Land InstituteDeHaan believes perennial grains are uniquely capable of rebalancing what he calls the “three-legged stool” of agricultural sustainability, whereby productivity, farm economics and environmental impact must be in balance.This metaphor is not abstract for DeHaan – he has lived it. During the 1980s, his family’s Minnesota farm produced plenty of grain but the economics failed. Spiking interest rates forced them to sell, along with thousands of other midwest farms. The environmental costs – eroding soil, contaminated water – did not appear on any ledger, but they were visible in the landscape.Current agriculture, DeHaan argues, is supported by $600bn in annual subsidies worldwide, which too often prop up production, while farming communities struggle and ecological damage mounts.Perennial grains could eventually deliver on all three fronts simultaneously. But formidable challenges must still be solved to achieve that.Kernza growing on the Land Institute’s research fields. Lee DeHaan estimates the crop’s yields could match wheat within 15 years. Photograph: Ben MartynogaYields must improve substantially. The problem of harvests tapering off, year-by-year, must also be solved. Farmers will have to develop new methods for growing and harvesting these crops. Markets present another hurdle. Current supply chains are optimised for a narrow range of staple crops, grown in monoculture, making processing costs prohibitive for new crops with different properties.Kernza grain – smaller than wheat – ready for milling. Photograph: The Land InstituteFor all these reasons, DeHaan firmly rejects the idea that perennials are a “silver bullet”. “The reason is that it’s difficult,” he says. “The trade-off is time and investment. That’s why they don’t exist yet. It’s going to take decades of work and millions of dollars.”Remarkably, DeHaan does not paint the current agricultural-industrial complex as the enemy. “Every disruptive technology is always opposed by those being disrupted,” he says. “But if the companies [that make up] the current system can adjust to the disruption, they can play in that new world just the same.”The Land Institute’s strategy is redirection rather than replacement. “Our trajectory is to eventually get the resources that are currently dedicated to annual grain crops directed to developing varieties of perennials,” says DeHaan. “That’s our [route to] success.”There are signs that this is already working, with the food firm General Mills now incorporating Kernza into its breakfast cereals.Back in the Kansas greenhouse, DeHaan strikes a reflective note. “When I started working here in 2001, these ideas were regarded as very radical. It was embarrassing to even bring up the ideas we were working on. It was laughable.”That, he says, is no longer true. Major research institutions, businesses and an expanding network of global partners are now engaging with perennial grain development.DeHaan points to his “winners” – the 100 young Kernza plants before us. Within a human generation, their descendants could be feeding millions while repairing soils that took millennia to form. “We don’t just have our head in the clouds,” he says. “We’re not just dreaming of this impossible future.”

Trump Administration Launches Regenerative Agriculture Pilot

December 10, 2025 – The Trump administration will direct $700 million into a voluntary regenerative agriculture pilot program that builds on existing conservation programs, top health and agriculture officials announced Wednesday. The funds will be split between existing conservation programs under the U.S. Department of Agriculture (USDA). This includes $300 million for the Conservation Stewardship Program (CSP) […] The post Trump Administration Launches Regenerative Agriculture Pilot appeared first on Civil Eats.

December 10, 2025 – The Trump administration will direct $700 million into a voluntary regenerative agriculture pilot program that builds on existing conservation programs, top health and agriculture officials announced Wednesday. The funds will be split between existing conservation programs under the U.S. Department of Agriculture (USDA). This includes $300 million for the Conservation Stewardship Program (CSP) and $400 million for the Environmental Quality Incentives Program (EQIP). These funds will come from the fiscal year 2026 budgets for both programs. USDA also plans to leverage the SUSTAINS Act to bring corporate partners and likely funds into the effort. The SUSTAINS Act allows the USDA to accept private funding to support conservation programs. While it was passed by Congress in 2023, the USDA under the Biden administration sought public input on how exactly to leverage these private funds. No companies appear to be tied to the plan yet. Agriculture Secretary Brooke Rollins said conservation efforts at the USDA’s Natural Resource Conservation Service (NRCS) are currently “severely fragmented,” or simply address one part of conservation. The new regenerative agriculture initiative aims to create a unified process that emphasizes whole-farm planning, she continued. This includes finding ways to address soil, water, farm vitality and more under one system. Such planning can improve soil health, an issue often raised by the Make America Healthy Again (MAHA) movement. Conservation groups welcomed the initiative, but raised questions about how it will be fully executed. Whole-farm planning is already part of CSP, said Jesse Womack, policy specialist at the National Sustainable Agriculture Coalition. However, seeing the USDA adopt this philosophy more broadly into conservation is a positive step, he said. Meanwhile, EQIP has often allowed producers to implement conservation practices individually, which is helpful for farmers taking a first step in this style of farming, he continued. “I think it’s really cool to imagine for folks experimenting with practices for the first time, that that experimenting is happening as part of a larger plan,” Womack said. Farm Action, a nonprofit that advocates for small farms, celebrated the investment but emphasized that the administration must ensure there is adequate staffing at NRCS to allocate funds “quickly and fairly.” The service has lost at least 2,400 employees since January due to Trump administration efforts to reduce the federal workforce. In its 2026 budget request, the administration suggested eliminating NRCS technical assistance. In the final appropriations bill that funds the USDA and other agencies, Congress took a more moderate approach, but still cut nearly $100 million. “Regenerative agriculture requires whole-farm, science-based planning, and right now the agency lacks the army of specialists needed to help farmers design and implement those plans,” Sarah Starman, senior food and agriculture campaigner at Friends of the Earth, said in a statement. Starman also said regenerative agriculture efforts need to include phasing out synthetic pesticides and fertilizers. The incentives under the new initiative for Integrated Pest Management “fall short” in creating an off-ramp from these chemicals, she continued. Health Secretary Robert F. Kennedy Jr. joined Rollins at Wednesday’s announcement, calling the initiative the “fulfillment of a promise” made in the second MAHA Commission report. Kennedy has rallied against pesticides throughout his career. But so far, pesticide critics who have long backed Kennedy are questioning whether the administration is prepared to take substantial action. During the announcement, Kennedy dismissed concerns that recent Environmental Protection Agency approvals of pesticides and PFAS chemicals are threatening a key pillar of his supporters. “We’re in discussions with Lee Zeldin at EPA and we’re very very confident of his commitment to make sure to reduce toxic exposures to the American people,” Kennedy said. (Link to this post). The post Trump Administration Launches Regenerative Agriculture Pilot appeared first on Civil Eats.

When Elephants Trample Your Farm, Who Do You Call?

By reconnecting fragmented habitats, researcher Krithi Karanth is pioneering ways to reduce conflict between people and wildlife.

When Krithi Karanth walks into a forest village in the shadow of India’s Bandipur National Park, she is often greeted by farmers with cell phones in hand — ready to report video of a night-time encounter with an elephant herd, or the fresh tracks of a leopard that passed behind their homes. They are dispatches from the frontlines of some of the world’s most intense wildlife interactions. In the rolling green hills of India’s Western Ghats, survival depends on co-existing with high-density populations of some of the planet’s most imperiled species. That can come at a cost: Wild elephant herds can damage valuable banana plants, and tigers can turn up unexpectedly in sugarcane fields — threatening livestock and sometimes lives.  For farmers like Shankarappa in the region’s Naganapura village, these interactions often prompted fear. His family’s land lies just over half a mile away from Bandipur National Park, one of the last harbors of Asian elephants. “They’ve created a lot of issues,” he said.  Though global biodiversity is rapidly diminishing, many of the communities who live closest to nature are often left out of solutions. In many rural Indian regions, animals’ habitats are shrinking due to expanding agriculture and logging in forests. That’s forced villagers into closer contact with wildlife, often with devastating results. Karanth says the way forward is transforming how farmers perceive wildlife and empowering them to cope with the animals moving through their fields. The CEO at the Centre for Wildlife Studies, a nonprofit research organization based in India, Karanth grew up among the same forests where she now conducts research and implements conservation programs. Her father is wildlife ecologist Ullas Karanth, one of the world’s leading tiger biologists. “I spent much of my childhood outdoors, watching wildlife and exploring forests,” she recalled. That early connection with nature has shaped her approach to conservation. Krithi Karanth and her team show what coexistence looks like on the ground, from forest villages to farmers’ fields. To help communities struggling with wildlife interactions, Karanth launched a program in 2015 to make it easier to respond to wildlife encounters in real time. After a conflict occurs, farmers can call a toll-free number and leave a voice message with details of the incident. Within hours, a trained field assistant rides out to the area to document evidence of the losses and help the farmer file for government compensation.  Most cases reported pertain to crop losses, property damage, and livestock predation. But there are also occasional cases of human injuries or deaths. By making it easier for families to get quick responses, the Wild Seve program helps protect their safety and food security. Before Wild Seve, this was an expensive process that required time, travel, and endless forms. “It helps a lot with the time and the money,” says Shankarappa, who has now filed 59 claims and received nearly 96,000 rupees (around $1,082 dollars) in compensation. So far, Wild Seve has assisted more than 14,600 families across 3,495 settlements. Each report adds to a growing database of incidents, which researchers can use to study who is most affected by wildlife, and where repeat conflicts are most common. Its trained field staff are able to answer questions about both the encounters and the process, helping people gain trust in the program and its concrete solutions.  Paul Robbins, director of the Nelson Institute for Environmental Studies, who has conducted extensive fieldwork in India with CWS, explained that by turning the reporting process over to communities, “you finally get a realistic count of what’s happening — which is good for science, and even better for trust.” Crop damage from wildlife can wipe out half a year’s income for a farming family, according to Karanth. To further farmers’ financial stability, she launched an initiative with farmers around Nagarahole and Bandipur National Parks. More than 10,000 people have signed up to plant and maintain fruit, timber, and medicinal trees. Wild Carbon then uses drone technology to monitor tree growth and survival.  By transitioning away from vulnerable monocrops like bananas, the program is helping farmers create new sources of income, while also building green corridors that reconnect fragmented wildlife habitats. As an added benefit, the trees also sequester carbon, helping adapt to climate change as they restore the landscape.  Robbins says that input from local communities is integral to Wild Carbon’s success. The project reflects residents’ input, recognizing that people may value different trees based on how they help support livelihoods or provide food. “Giving people as much choice as possible is really important,” Robbins said. Mohan, a farmer in the Kalanahundi village along the southern edge of Bandipura National Park, has planted more than 300 saplings with Wild Carbon’s support. He says these newly planted trees have improved soil quality, and wild pigs, which are often the main cause of crop loss in his fields, don’t eat them. “The trees will also help me build a machan,” a type of raised platform that allows him to guard his crops from tigers, he added.  Both of these programs are staffed by locals, and have earned trust with rural farmers. “They understand the culture and speak the language, and are personally invested in the well-being of their neighbors and the wildlife around them,” Karanth added.  These innovative interventions have earned Karanth’s team the prestigious John P. McNulty Prize, which recognizes leaders for their courage and impact on critical global challenges. It was the first wildlife conservation organization among the prize’s 60 recipients. “It is an incredible honor, both personally and for the Centre for Wildlife Studies,” Karanth says. “For me, the award recognizes the unique space we occupy, one that bridges rigorous science with tangible impact for people and wildlife.” While these approaches have already shown their worth in India, Karanth believes that they are adaptable and scalable to other biodiverse regions. Whether it’s elephants and lions in Africa, or tigers and leopards in Asia, she says the goal is to “help communities prevent and recover from wildlife-related losses rather than expecting them to tolerate these losses.” In a country where 1.5 billion people compete with endangered species for land and resources, those living closest to these animals, she says, will be a primary part of the solution. Looking ahead, Karanth and her team hope to expand these solutions to address the urgent challenges wildlife face. She sees her work as a test case for the rest of the world: As climate change compresses habitats and pushes wildlife into closer contact with people, India’s response will shape conservation far beyond its borders. Visit Centre for Wildlife Studies’ website for news and insights on innovative rewilding efforts, or to support their vital work. The McNulty Foundation inspires, develops, and drives leaders to solve the critical challenges of our time. Created in 2008 by Anne Welsh McNulty in honor of her late husband, the John P. McNulty Prize is awarded in partnership with the Aspen Institute and has now recognized over 60 visionary leaders for their courage and lasting impact. The McNulty Prize strategically invests at the critical point between proof of concept and global scale, where few other supporters operate, to position leaders and mid-stage ventures for greater impact. LEARN MORE This story was originally published by Grist with the headline When Elephants Trample Your Farm, Who Do You Call? on Dec 10, 2025.

Costa Rica Leads Central America in Latest Quality of Life Rankings

Costa Rica has landed the top spot in Central America for quality of life, according to a new international index released this year. The country scored 129.43 points, outpacing Panama and other neighbors in the region. This ranking highlights strengths in several key areas that shape daily living for residents and visitors alike. The index […] The post Costa Rica Leads Central America in Latest Quality of Life Rankings appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

Costa Rica has landed the top spot in Central America for quality of life, according to a new international index released this year. The country scored 129.43 points, outpacing Panama and other neighbors in the region. This ranking highlights strengths in several key areas that shape daily living for residents and visitors alike. The index evaluates countries on factors such as purchasing power, safety, healthcare, traffic conditions, pollution levels, and climate. Costa Rica’s performance reflects its stable environment and natural advantages, which continue to draw attention from around the world. With a score higher than Panama’s and well above the regional average, the results affirm the nation’s position as a leader in the area. In broader terms, Costa Rica ranks second among Latin American countries, trailing only a few peers like Uruguay. This places it in a strong global standing, around the mid-50s out of nearly 90 nations assessed. The high marks in safety and healthcare stand out, where the country benefits from a public system that provides broad access to medical services. Low pollution contributes as well, thanks to extensive protected areas and renewable energy use that keep air and water clean. Traffic remains a mixed area, with urban congestion in places like San José, but overall commute times compare favorably to busier regional hubs. The tropical climate, with its mild temperatures and abundant rainfall, adds to the appeal, supporting agriculture and outdoor activities year-round. Purchasing power also plays a role, as steady economic growth helps balance living costs with incomes. Local experts point to policies that prioritize education and environmental protection as drivers of these outcomes. For instance, the absence of a standing army has allowed funds to flow into social programs, bolstering health and security. Residents often cite the sense of community and access to nature as reasons for high satisfaction levels. This ranking comes at a time when Central America faces challenges like economic shifts and climate impacts. Costa Rica’s lead offers a model for sustainable development, showing how investments in people and the environment pay off. For those living here, it means better opportunities in work, health, and leisure compared to nearby nations. The index draws from user-submitted data across cities, ensuring it captures real experiences. In Costa Rica, inputs from San José and other areas helped shape the score. While no country is perfect, these results provide a clear edge in the region. As 2025 comes to an end, officials aim to build on this foundation. Efforts to improve infrastructure and reduce urban pollution could push scores even higher in future assessments. For now, the top ranking serves as a point of pride and a reminder of what sets Costa Rica apart in Central America. The post Costa Rica Leads Central America in Latest Quality of Life Rankings appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

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