The Great Data Center Land Grab: How AI Is Reshaping the American West

As AI booms, data centers are devouring land, water, and power across the American West, sparking a backlash that is reshaping local politics and the future of the region.

By the Jester Desk · October 6, 2026

In the high desert of central Oregon, Morrow County made a deal that seemed too good to pass up: nearly $1 billion in tax breaks to lure an Amazon data center, according to Stanford's Bill Lane Center for the American West. The promise was jobs and economic revival. But as the steel-and-concrete behemoth rises from the sagebrush, some locals are wondering if they traded their water and power for a mirage. Across the West, from Phoenix to Santa Clara, a similar reckoning is underway as the AI boom fuels the most intense period of data center construction in U.S. history.^[3][4]

The Thirst and the Power

Data centers are not your grandfather's server farm. Modern facilities can house hundreds of thousands of servers running 24/7, generating immense heat that demands constant cooling, according to the University of Georgia's CAES Field Report. That cooling comes at a cost: a single large data center can guzzle up to 5 million gallons of water a day—as much as a small town, per the Lincoln Institute of Land Policy. In the arid West, that water is often drawn from already stressed watersheds, as MIT Sloan notes. The electricity appetite is just as voracious: Meta's Hyperion data center in Louisiana is expected to draw more than twice the power of the entire city of New Orleans, according to the Lincoln Institute. In Arizona, data centers already consume 7.4 percent of the state's power; in Oregon, 11.4 percent, per Stanford.^[1][2][3][7]

And the trend is accelerating. A single modern AI data center can use as much power as 100,000 homes, according to the World Resources Institute. The International Energy Agency projects global data center electricity demand could double between 2022 and 2026, fueled partly by AI adoption, as MIT Sloan reports. In the U.S., data centers could account for up to 12% of all electricity consumption by 2028, per a Lawrence Berkeley National Laboratory study cited by WRI. The load growth projected for the next five years surpasses current electricity output capacities that took even the largest utilities a century or more to build, warns Western Resource Advocates.^[6][7][14]

Even a mid-sized data center consumes as much water as a small town.

The Land Grab and the Backlash

The land footprint is equally staggering. Some of the largest data centers being built today cover hundreds of acres with impermeable concrete and paved surfaces, according to the Lincoln Institute. That land is no longer available for farmland, nature, or housing—and requires new transmission line corridors and other infrastructure. In the West, where open space is a defining feature, this is a bitter pill. Rural areas, economically challenged, tend to welcome the projects, but populous areas like Santa Clara and Phoenix are finding them more problematic, per Stanford. Kevin Park, a Santa Clara city councilman, initially supported the projects but later turned to opposition, reflecting a growing shift.^[2][3]

The backlash is not just local grumbling. Data Center Watch's first report, covering May 2024 to March 2025, found that local opposition had blocked or delayed $64 billion in data center projects—six blocked entirely, ten delayed, according to Wikipedia. In the first three months of 2026, opposition blocked or delayed 75 projects worth $130 billion, roughly the same number as in all of 2025, per the Brookings Institution. Seattle became the largest American city to adopt a data center moratorium after residents generated more than 96,000 emails to the city council, according to Waging Nonviolence. The New York State Assembly passed what could become the country's first statewide moratorium, and more than 500 organizations from 47 states have joined the Stop Data Centers Coalition.^[10][15][17]

The Politics of Incentives and Regulation

The boom is fueled not just by AI demand but by public policy. Lawmakers in states and counties across the U.S. are actively luring data centers with tax breaks and other incentives, according to the Lincoln Institute. Morrow County's nearly $1 billion tax break for Amazon is a prime example, per Stanford. But as the costs become clearer, some governments are pushing back. Western Resource Advocates, an environmental nonprofit, proposes policies to advance clean energy, preserve scarce water resources, and protect electricity customers. These include leveraging an energy tariff that data centers would pay to invest in clean energy, allowing data centers to develop their own clean energy resources, and encouraging load shifting away from peak demand. On water, they advocate for reporting requirements and mandates to minimize usage through efficiency and reuse.^[2][3][6]

At the federal level, the U.S. Environmental Protection Agency launched Energy Star in 1992 to promote energy efficiency, and in 2010, the American Recovery and Reinvestment Act allocated $47 million to improve data center energy efficiency, per Wikipedia's green computing entry. The European Union aims for climate-neutral data centers by 2030, and industry initiatives like the iMasons Climate Accord, founded in 2022, commit companies to reducing carbon in digital infrastructure, according to the same source. But these efforts may be outpaced by the sheer scale of growth.^[11]

What Tech Companies Say and Do

Tech companies argue that data centers bring economic benefits and that they are investing in sustainability. As generative AI demands more power, data centers are seeking more reliable, cleaner energy solutions, according to Deloitte. The industry should optimize infrastructure, rethink chip design, and collaborate with electricity providers to secure a more sustainable future, Deloitte advises. Some operators are adopting strategies to reduce their footprint: the MIT Lincoln Laboratory Supercomputing Center has employed several measures to cut energy emissions, per MIT Sloan. Simple steps could shave 10% to 20% off global data center electricity demand, according to MIT Sloan.^[7][8]

But the mitigation efforts are often dwarfed by the scale of the problem. Data centers worldwide consume 32% more electricity than all of Britain, and an average Google data center uses about 450,000 gallons of water per day, according to Stax Engineering. Cooling systems alone account for over 40% of a data center's electricity usage. And the carbon footprint is significant: data centers generated more than 105 million tons of CO2e in 2023, 2.18% of U.S. emissions, with a carbon intensity 48% higher than the U.S. average, per a study of 2,132 U.S. data centers on arXiv.^[12][13]

The Long-Term Stakes

If growth continues unchecked, the implications for the West are profound. New data centers in Arizona, Colorado, Nevada, New Mexico, and Utah could use 4.5 billion gallons of water annually by 2030 and 7 billion by 2035, according to Western Resource Advocates. Some utilities are proposing burning more fossil fuels to meet demand, threatening air and climate goals. The load growth could overwhelm grids, leading to higher electricity rates for residents and businesses. And the land consumed by data centers will be lost to other uses permanently, reshaping the region's character.^[6]

The backlash is not just about NIMBYism. As the most visible manifestation of AI, data centers have become a proxy for citizen feedback on AI itself, per Brookings. Concerns over data centers relate to broader worries that AI could upend the labor market. Seventy-one percent of Americans oppose AI data centers being built in their local area, with 48 percent strongly opposed, according to a survey cited by Waging Nonviolence. Environmental concerns—water, energy, land use, noise, air pollution—are the most common reasons, along with the lack of community consent.^[15][17]

The data center land grab is a story of trade-offs. In the American West, the digital economy is colliding with the physical limits of water, power, and land. The question is not whether the centers will be built—they will—but at what cost and who bears it. As the industry races to meet AI's insatiable appetite, communities are demanding a seat at the table. The outcome will shape not just the region's environment and infrastructure, but the very future of the AI revolution.^[3][4][6]

Reported with AI assistance using internet sources.