Environmental activist Erin Brockovich has launched a crowdsourced online map to track operational and planned AI data centers across the U.S.
The initiative aims to expose the environmental and community risks associated with the rapid expansion of artificial intelligence infrastructure. As tech companies build massive facilities to power AI, local governments and residents are increasingly concerned about the strain on natural resources.
The new tool aggregates community-submitted reports regarding water usage, energy consumption, and general local impact. According to one report, environmental damages from AI data centers cost $25 billion [1] last year. The map specifically highlights facilities located near sensitive areas, such as those near Lake Mead, where water levels have reached critical lows [2].
Brockovich designed the platform to provide a transparent view of where these facilities are located and how they affect the surrounding environment. The map relies on public contributions to identify problematic sites, a method that has already yielded results. More than 2,700 community reports have been submitted to the website [1].
These reports focus on the high volume of water required to cool the servers that run large language models and other AI tools. The energy demands of these centers also place significant pressure on local power grids, often leading to conflicts over land use and resource allocation.
By mapping these facilities, Brockovich seeks to create a centralized database that empowers citizens to challenge the placement of new centers. The project highlights a growing tension between the global race for AI dominance and the local preservation of water and energy security.
“Environmental damages from AI data centers cost $25 billion last year”
The launch of this tracking tool signals a shift in AI scrutiny from algorithmic bias and job loss toward the physical environmental cost of computing. By focusing on water and energy consumption, the movement connects the digital economy to tangible ecological crises, potentially increasing regulatory pressure on tech companies to adopt more sustainable cooling and power solutions.
