The fight over America’s next generation of digital infrastructure is exposing an unexpected alignment between communities resisting data centers and those challenging wind and solar developments. Although these projects serve different economic and technological purposes, local opposition often begins with remarkably similar concerns about changes to familiar landscapes, environmental consequences, water resources, air quality, and property values. For residents, the arrival of a large industrial or energy project can raise questions that extend beyond engineering plans or projected economic benefits, particularly when outsiders appear to have greater influence over the future of a community than the people who live there.

The resulting resistance suggests that infrastructure developers should consider community perceptions alongside the technical merits of their projects, because residents’ experiences of development can influence how they evaluate proposed infrastructure. In rural America, where land use frequently intersects with livelihoods, community identity, and established ways of life, proposals for new facilities can become flashpoints over who gets to shape the future. The emerging parallel between data center and renewable energy opposition therefore deserves closer examination, not because the projects are interchangeable or their opponents form a unified movement, but because reported disputes reveal recurring concerns about development, uncertainty, and local control.

Ohio Reveals an Unexpected Coalition of Concerns

Ohio offers a revealing example of how resistance to different infrastructure projects can emerge within the same broader geography. Communities across the state have challenged wind and solar proposals, while opposition to data centers has gained attention as developers pursue the capacity needed to support the expansion of artificial intelligence and cloud computing. Pickaway County, south of Columbus, illustrates this overlap at the county level, having become a focal point for data center opposition after earlier disputes over renewable energy development.

However, the opposition does not necessarily come from identical villages or townships, an important qualification that complicates any assumption of a unified anti-development movement. Different residents may object to different projects for different reasons, even when their arguments share concerns about environmental impacts, changing landscapes, or the influence of outside companies. Consequently, the geographic overlap points toward a broader pattern of development resistance without proving that the same people oppose every major infrastructure proposal.

Why Residents Resist Projects Before Experiencing Them

Jeffrey Jacquet, a rural sociology professor at Ohio State University whose research examines the social effects of renewable energy and fossil fuel development, sees common traits in resistance to data centers and renewables but cautions against treating opposition as a simple exercise in logical consistency. “People have their reasons for opposing stuff, and it’s sort of hard to second-guess those or to play like some sort of logical consistency game,” Jacquet said in an interview. His observation highlights a limitation in how developers may interpret community resistance: an objection that appears inconsistent from an industry’s perspective can reflect a resident’s own experiences, priorities, or understanding of a proposed change.

A person concerned about a solar farm’s effect on farmland might approach a data center through questions about industrial activity, while someone opposing a data center might focus on water demand, noise, or the perceived influence of a technology company. Neither position necessarily represents a comprehensive judgment about every form of infrastructure, and neither can be fully understood by comparing isolated arguments. Treating residents as participants with their own priorities, rather than as obstacles to a predetermined development schedule, offers a more realistic starting point for understanding local opposition.

The Role of Social Media and Secondhand Impressions

Jacquet’s explanation draws on construal-level theory, a social science concept describing how people often form more concrete views through direct experience and more abstract perceptions when a subject remains distant. Residents who have never lived near a data center, wind farm, or solar installation may form expectations from available information, including social media posts, conversations with friends, political commentary, and reports about developments elsewhere. Those sources may shape initial judgments before a developer presents a detailed project proposal or explains its operating practices.

Political affiliation and other influences can further affect how people interpret competing claims, making the same announcement reassuring to one resident and alarming to another. “The best they can do is just try to make decisions on the information they have, which comes from all sorts of different places and it gets mediated through different factors like the political party they belong to,” Jacquet said. His analysis suggests that early impressions may influence how residents evaluate a project before they have enough firsthand information to distinguish its specific characteristics from their expectations of the broader industry.

Familiarity Can Change the Terms of Opposition

Direct experience can complicate those initial assumptions, according to Jacquet, who says residents’ attitudes tend to soften as they gain actual experience with nearby projects. That possibility challenges the idea that community opposition always reflects an unchangeable rejection of technological development or renewable energy. Residents may discover that some anticipated effects differ from what they encounter, or they may develop a more specific understanding of how a facility operates and affects daily life. However, greater familiarity should not be mistaken for a guarantee of acceptance, since firsthand experience can also confirm concerns about noise, traffic, environmental effects, or inadequate communication. The important point is that attitudes may evolve when people have opportunities to assess actual conditions instead of relying exclusively on distant examples and speculation. Meanwhile, developers that fail to provide credible information early may leave residents more dependent on outside narratives when forming their initial impressions of a project.

Corporate Reputation Creates a Separate Challenge for Data Centers

One important difference between the two sectors is the visibility of their corporate backers. Technology companies such as Amazon, Meta, and xAI operate in a highly visible industry that attracts public debate over economic power, artificial intelligence, and the consequences of rapid technological change. Some residents who have never lived near a data center may approach a proposal with preconceived views about its developer, even before they know the facility’s design, operating requirements, or anticipated local effects. Renewable energy developers also encounter skepticism, although the relative public recognition of individual wind and solar companies and major technology brands has not been established by the evidence cited here. That difference may make corporate reputation a factor in how some residents interpret project announcements and promises of local benefits.

Communities evaluating major infrastructure proposals often weigh anticipated benefits against the disruption that construction and operation could bring. Data centers, wind farms, and solar installations can require substantial land commitments and investment, while their permanent on-site staffing needs may vary considerably by project type, scale, and operating model. Construction can generate temporary work and related economic activity, while permanent on-site staffing may remain comparatively limited at some facilities, depending on the project and its operating requirements. This creates a difficult proposition for residents asked to accommodate a development whose physical presence may last for decades but whose direct employment contribution could be modest. Developers must therefore explain the benefits they can credibly deliver rather than relying on broad claims about investment, innovation, or the energy transition.

Extreme Projects Can Define Entire Industries

Public perceptions also suffer when highly visible controversies become shorthand for an entire category of development. In the data center sector, xAI’s projects in the Memphis area have attracted scrutiny over noise and emissions associated with gas turbines, creating a prominent example that critics may invoke when discussing facilities proposed elsewhere. Such cases may influence perceptions beyond the communities directly affected, particularly when images, videos, and allegations circulate online without sufficient context about differences between projects. Renewable energy developments face a similar reputational problem, as opponents share photographs of landscapes they consider damaged, drainage they regard as inadequate, or installations they view as incompatible with their surroundings. These examples may document genuine concerns, but their visibility can also encourage some people to generalize from a particularly contentious project to proposals that differ in location, design, scale, or operating practices.

The experience of renewable energy developers offers a practical lesson for companies seeking to build new infrastructure: avoid repeating the communication failures that intensify opposition to data centers. Residents may question a proposal when they encounter incomplete information, unexpected announcements, or unexplained decisions that leave them dependent on rumors and social media for their first impressions. Developers can respond by communicating early, explaining project impacts in accessible terms, acknowledging legitimate uncertainties, and making commitments that communities can evaluate. Non-disclosure agreements and unnecessary secrecy can undermine those efforts when they prevent meaningful public understanding of decisions affecting a locality. Transparency does not require companies to disclose every commercially sensitive detail, but it does require them to explain decisions affecting neighbors and clarify which details they cannot reasonably disclose.

The Infrastructure Industry Must Earn Local Acceptance

The growing resistance to data centers and renewable energy underscores a broader challenge for America’s infrastructure expansion: projects that make economic or technological sense can still struggle when communities feel excluded from decisions about their surroundings. The similarities between these movements do not establish that their participants share identical motivations, nor do they prove that every objection has the same factual basis. Instead, they suggest that uncertainty, corporate reputation, environmental concerns, and expectations about local benefits may influence how communities respond to different infrastructure proposals. Jacquet’s research offers a useful reminder that people interpret proposed changes through the information and experiences available to them, and that those perceptions may evolve as firsthand knowledge grows. Developers that recognize this reality can move beyond dismissing opposition as irrational and focus on explaining what they intend to build, how it will operate, and what residents can reasonably expect in return.