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conservation
Forests, Not Data Centers: A Better Plan for Rural Prosperity
Local and state governments should invest in protecting natural landscapes as the foundation of rural prosperity—not funnel more public dollars into yet another dirty and destructive industry.
Mar 25, 2026
Nature is our lifeline. Technology cannot replace it.
That truth is the heart of a growing conflict in rural America. As data centers and AI infrastructure are sold to communities as “innovation,” “jobs,” and “the future,” we’re being asked to trade away the natural systems that have always sustained us: forests, clean water, a stable climate, and the human need for connection with each other and the natural world.
It’s not a fair trade. It’s not a winning economic strategy. And no matter what Big Tech claims, it’s not good for us.
Like many Americans, my most treasured memories come from time spent outdoors. I grew up exploring the forests of coastal South Carolina—climbing trees, watching birds fly across the sunset, picking wildflowers. Those experiences led me to co‑found Dogwood Alliance, an organization dedicated to protecting Southeastern forests, in 1996.
We still have a choice: Allow hollow promises to lead us into a dead planet, or look to nature for survival and joy.
Our Southern forests are among the most biodiverse in the nation—and are the least protected. Industrial logging has presented the greatest threat to forests I’ve seen in my lifetime. The South is logged at a rate estimated to be four times higher than South American rainforests. I’ve seen how decades of expansion in wood production—from paper to biomass wood pellets—have fouled air and water while degrading millions of acres. I’ve seen how clear-cutting and the conversion of wild forests into single‑species plantations have devastated biodiversity, water quality, natural flood control, and carbon storage. I’ve seen entire communities become sacrifice zones, with low‑income, Black, and Indigenous residents bearing the brunt of pollution and forest destruction.
What I have never seen is a corporation’s promises of clean operations and economic prosperity actually materialize. That’s why I am more convinced than ever that our future depends on protecting standing forests
Today, we stand at a crossroads. After years of community organizing, public pressure, and scientific pushback, paper and wood‑pellet mills are shuttering. For those of us in rural and forest communities, this presents a rare opportunity to rethink what we want our economy to be. Do we continue down a path of destruction, or do we accelerate the protection of nature?
Into this moment steps a new pitch: data centers and AI as the next economic “miracle.” But their enormous appetite for electricity and water accelerates resource extraction, pollution, and climate impacts. The declining forestry industry is now trying to hitch itself to this swindle, promoting the burning of trees to power data centers as a way to prop up its obsolete business model—and calling it “progress.”
Progress toward what? Much of what these AI data centers produce is inflammatory content that fuels political outrage and deepens social division. No wonder people across the country are pushing back—and winning.
In so many ways, forests are the most advanced technology the world has ever known. They regulate temperature, store carbon, support food systems, and offer psychological grounding no device can replicate. When left intact, forests are self‑maintaining, self‑renewing, and infinitely more productive than any data center.
Study after study shows that time in nature improves cognitive function and a wide range of mental and physical health markers. Research also links depression, anxiety, and attention disorders to tech overload and reduced time outdoors. Science shows what we instinctively know to be true—nature brings people together. Protecting it is one of the few remaining ways to restore health and rebuild unity in a divided time.
Equally important, forest protection is a proven economic strategy for rural communities. The outdoor recreation economy generates far more revenue and jobs than the timber industry. Conservation and recreation jobs, ecological restoration, and community‑led development create long‑term prosperity without sacrificing land, water, or health. These sectors keep wealth local, strengthen small businesses, and attract people who want to live in places defined by beauty and belonging—not destruction and noise.
At Dogwood Alliance, we’ve seen what happens when communities reject extractive industry and shift to people power. Last year, we partnered with New Alpha Community Development Corporation to purchase Freedom Land, a 305‑acre property that will become a community‑led hub for forest conservation, ecotourism, and outdoor recreation. We also helped the Pee Dee Indian Tribe purchase 77 acres of wetlands to create an environmental education center celebrating Native American culture and heritage.
These projects offer a blueprint for a community‑led movement to save our forests and our towns. And they come at a critical moment, as rural communities face new threats from Big Tech’s land‑hungry, resource‑intensive infrastructure
We still have a choice: Allow hollow promises to lead us into a dead planet, or look to nature for survival and joy. Local and state governments should invest in protecting natural landscapes as the foundation of rural prosperity—not funnel more public dollars into yet another dirty and destructive industry.
We can and must build a future rooted in nature, not in the false god of AI technology. Nature is not just the original technology—it’s still the best.
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Hidden 'Beneath the Surface,' Freshwater Fish Migrations Collapsing Worldwide
“Rivers don't recognize borders—and neither do the fish that depend on them," said one researcher. "The crisis unfolding beneath our waterways is far more severe than most people realize, and we are running out of time."
Mar 24, 2026
More than 300 species of migratory freshwater fish are in dire need of "urgent coordinated cross-border collaboration" amid a crisis of rapid collapse, according to a report released Tuesday at a key United Nations conservation conference in Brazil.
"Some of the longest, most important migrations of species on Earth are happening beneath the surface of the world’s rivers and many are rapidly collapsing," the United Nations Convention on the Conservation of Migratory Species of Wild Animals' (CMS) annual "Global Assessment of Migratory Freshwater Fishes" report states.
Released at CMS' 15th Meeting of the Conference of the Parties (COP15) in Campo Grande, Brazil the report details how freshwater fish—which are vital for the health of riparian ecosystems and provide food for hundreds of millions of people around the world—"are among the most imperiled wildlife on the planet."
"Many migratory species now face declines driven by loss of connectivity, flow alteration, habitat degradation, exploitation, pollution, and interacting pressures across borders," the report notes. "Recognizing these trends and their transboundary nature, [CMS] has sought stronger coordinated action for inland fishes that move across national jurisdictions."
📣 MAJOR ANNOUNCEMENT 🚨 Out now at #CMSCOP15: the Global Assessment of Migratory Freshwater Fishes, the most comprehensive overview yet on the conservation needs of migratory freshwater fish. 🌍🐟Download the #CMSFreshwaterFishes in English, Spanish and French: www.cms.int/news/un-vita...
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— Convention on Migratory Species (CMS) (@cms.int) March 24, 2026 at 5:28 AM
The report's authors—Zeb Hogan, Zach Bess, Michele Thieme, and Twan Stoffers—identified 325 species of freshwater fish as candidates for international conservation efforts. River basins the report says should be prioritized include the Amazon and La Plata–Paraná in South America, the Danube in Europe, the Mekong and Ganges-Brahmaputra in Asia, and the Nile in Africa.
According to the report:
Many migratory fish rely on long, uninterrupted river corridors connecting spawning grounds, feeding areas, and floodplain nurseries, often across multiple countries. When dams, altered flows, or habitat degradation interrupt those pathways, populations can decline rapidly...
Migratory freshwater fish populations worldwide have declined by roughly 81% since 1970 and nearly all (97%) of the 58 CMS-listed migratory fish species (including fresh and salt-water species) are threatened with extinction.
CMS recommends governments take steps to safeguard migratory fish and their habitats, including protecting migration corridors, devising basin-scale action plans and transboundary monitoring, and international coordination of seasonal fisheries.
“Many of the world’s great wildlife migrations take place underwater," Hogan, the report's lead author, said in a statement. "This assessment shows that migratory freshwater fish are in serious trouble, and that protecting them will require countries to work together to keep rivers connected, productive, and full of life.”
Thieme, who is vice president of World Wildlife Fund-US, said that “rivers don't recognize borders—and neither do the fish that depend on them."
"The crisis unfolding beneath our waterways is far more severe than most people realize, and we are running out of time," she added. "Rivers need to be managed as connected systems, with coordination across borders, and investments in basin-wide solutions now before these migrations are lost forever."
The CMS report follows last month's publication of a study by researchers in Spain who examined how ocean warming driven by human burning of fossil fuels is causing a "staggering and deeply concerning loss of marine life.”
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Ocean Warming Drives 'Deeply Concerning Loss of Marine Life,' Study Shows
Noting that species are at risk from not only warming waters but also overfishing, one expert argued that "any management reform must simultaneously address both drivers of change."
Feb 25, 2026
Humanity's continued reliance on fossil fuels led to last year being among the hottest on record, and oceans store over 90% of the excess heat from greenhouse gases. A study out Wednesday details how the related long-term heating, warm years, and marine heatwaves "pose serious but poorly quantified threats" to fish species.
"To put it simply, the faster the ocean floor warms, the faster we lose fish," lead author Shahar Chaikin of Spain's National Museum of Natural Sciences (MNCN) told the Guardian. "A 7.2% decline for every tenth of a degree per decade might sound small... But compounded over time, across entire ocean basins, it represents a staggering and deeply concerning loss of marine life."
For the study, published in the journal Nature Ecology & Evolution, Chaikin, his MNCN colleague Miguel B. Araújo and the National University of Colombia's Juan David González-Trujillo analyzed 702,037 estimates of biomass change for 33,990 populations of 1,566 fish species across the Mediterranean, north Atlantic, and northeast Pacific between 1993 and 2021.
"On shorter timescales, warmer years and marine heatwaves were linked to sharp biomass losses of up to 43.4% in populations at the warm edge of the species' range and biomass increases of up to 176% at the cold edge," the study states. Chaikin warned in a statement that the temporary jumps in cooler areas could send misleading signals to managers of fisheries.
"Although this sudden increase in biomass in cold waters may seem like good news for fisheries, these are transient increases," he explained. "If managers raise catch quotas based on biomass increases caused by a heatwave, they risk causing the collapse of populations when temperatures return to normal or when the effect of long-term warming prevails, because these are short-lived increases."
González-Trujillo stressed that "unlike extreme short-term weather fluctuations, which can vary dramatically, this chronic warming exerts a constant negative pressure on fish populations in the Mediterranean Sea, the north Atlantic Ocean, and the northeastern Pacific Ocean."
Specifically, Chaikin said that "when we remove the noise of extreme short-term weather events, the data show that this warming is associated with a sustained annual decline in biomass of up to 19.8%."
Are warmer oceans good or bad for #fish? 🐟 The answer is a dangerous paradox. Our new paper in @natecoevo.nature.com shows how marine heatwaves may create “fake” fish gains that mask a large-scale crash. Read our findings here: www.nature.com/articles/s41...@mncn-csic.bsky.social #ClimateChange
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— Shahar Chaikin (@shaharchaikin.bsky.social) February 25, 2026 at 5:05 AM
Given the findings, Araújo emphasized that fisheries' managers "must balance localized increases with long-term declines extremely carefully to avoid overexploitation."
"As ocean warming continues, the only viable strategy is to prioritize long-term resilience," the study co-author said. "Management measures must plan for the biomass decline expected in an increasingly warm ocean."
Carlos García-Soto is a scientist at the Spanish National Research Council, which manages MNCN. Although not a study co-author, he also highlighted the need for policymakers to understand the "clear risk of misinterpretation" detailed in the new paper.
"In a context of accelerated climate change, policies cannot react solely to extreme events or be based on short-term signals," García-Soto said in a statement. "They need consistency between science, planning, and governance, especially in shared ecosystems or on the high seas."
Also responding to the research on Wednesday, Guillermo Ortuño Crespo of the International Union for Conservation of Nature said that "I believe this is a methodologically sound and valuable study that provides valuable evidence on how different components of ocean warming affect fish biomass."
While recognizing the well-documented and devastating impacts of fossil fuel-driven heating on marine species, Ortuño Crespo also warned that "there is a risk, in my opinion, that climate change will become the main explanation for changes in marine species biomass, leaving aside overfishing."
"Historically, overfishing has been the main determinant of biomass declines in many fisheries around the world," he noted, citing the United Nations Food and Agriculture Organization. "The proportion of overexploited stocks globally continues to increase, indicating that fishing pressure remains a dominant risk factor. The current challenge is that this overfishing crisis is being further exacerbated by ocean warming and deoxygenation."
"In terms of public policy, the study is highly relevant because it emphasizes that fisheries management systems must become more climate-adaptive," Ortuño Crespo said. "Any management reform must simultaneously address both drivers of change: climate and fisheries. Adjusting quotas solely on the basis of climate without reducing overcapacity and the impact of high-impact gear, such as bottom trawling, is likely to be insufficient to recover stocks."
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