About this episode
RURAL COMMUNITIES PUSH BACK AGAINST AI DATA CENTER POWER GRAB On this episode of Rural Route, Trent Loos is joined by North Dakota radio host Daryl Lies for a hard-hitting conversation about weather challenges, rural resilience, and growing concerns over powerful outside interests targeting rural America. The two begin by discussing recent storms and devastating fires in Nebraska, along with the controversy surrounding prescribed burns on government land. Their conversation quickly shifts to the growing frustration many Americans feel about political accountability and the role of federal incentives in driving policies that can harm local communities. The discussion then turns to agriculture and livestock markets. Daryl shares updates on an upcoming multi-species livestock sale featuring pigs, lambs, goats, and rabbits. He highlights the surprising resurgence of rabbit showing and the rising demand for meat rabbits. Both hosts note that despite the growth of online markets, many producers and buyers are returning to in-person livestock sales, valuing the ability to evaluate animals firsthand and reconnect with the social traditions that have long defined rural agriculture. A major portion of the episode focuses on a controversial proposal to build a massive AI data center in Oliver County, North Dakota. The project, presented by Applied Digital, has raised serious concerns among local residents. With energy demands estimated between 430 and 530 megawatts—possibly even reaching a full gigawatt—questions remain about how such a facility would impact local infrastructure and nearby homes. Trent and Daryl argue that rural communities must stay alert and demand transparency, warning that large development projects often come with hidden subsidies, outside control, and long-term consequences for local residents. Throughout the episode, the hosts encourage listeners to think critically, research the facts, and stand up for their communities when powerful interests attempt to reshape rural America without local input.