Data Center Expansion Faces Rural Resistance Over Water and Land Use
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The rapid expansion of AI-focused data centers into rural America is meeting growing opposition from agricultural communities concerned about water and land resources. While these facilities bring significant tax revenue and economic growth, they compete with farming for water and arable land, leading to project cancellations and local conflicts. The industry is responding with more efficient cooling technologies and alternative siting proposals.
Facts First
- More than 160 new AI-focused data centers have been built in the US in three years, a roughly 70 percent increase.
- Data centers accounted for 80 percent of private sector growth in the first half of 2025, driving demand for land with power access.
- Approximately two-fifths of US data centers are in areas of high water stress, with consumption peaking in summer months.
- Rural opposition has led to scrapped projects in places like Tazewell County, Illinois, and Tucson, Arizona.
- Industry is developing more efficient cooling technologies, like Nvidia's chips, to reduce resource demands.
What Happened
A data center project in Tazewell County, Illinois, was scrapped following opposition from residents and local farmer Michael Deppert, who is also president of the local farm bureau lobby group. This reflects a broader trend where the rapid expansion of data centers, particularly for AI, into rural areas is creating tension with agricultural communities. More than 160 new AI-focused data centers have been built across the US in the past three years, representing a roughly 70 percent increase. Data centers accounted for 80 percent of private sector growth in the US in the first half of 2025. Similar opposition over water and energy use led Amazon to abandon a project in Tucson, Arizona, and created challenges for Microsoft in Caledonia, Wisconsin.
Why this Matters to You
The location and operation of data centers could directly impact local resources and economies. In communities that host them, these facilities contribute significant property tax revenue; in DeKalb, Illinois, Meta's facility helps fund the local school system. However, they also compete for critical resources. Data center development may bid up the price of farmland, and approximately two-fifths of all US data centers are located in areas of high water stress. Their energy and water consumption peaks during summer months, which could strain local utilities. This might lead to higher electricity costs for residents; at the end of 2025, average American electricity bills rose by over 6 percent year on year.
What's Next
The industry is likely to continue facing siting challenges and may need to adapt its approach. Developers are already bidding up the price of farmland with sufficient power capacity. Proposals like those from Texas Agriculture Commissioner Sid Miller to direct projects toward less productive land could gain traction. Technologically, the adoption of more efficient systems appears to be a priority. Nvidia has developed energy-efficient chips designed to require less cooling, and closed-loop systems can reduce overall energy demand. The US Department of Energy projects that roughly half of the approximately 100GW of additional electricity capacity needed at peak times by 2030 will be used by data centers, indicating that managing this growth will be a continued focus.