91��Ƶ

MicroFEWs Paper Published in Nature Sustainability

A new analysis of renewable power in four rural 91��Ƶ communities emphasizes the need for more connections between their food, water and energy systems, arguing that such collaboration is a key factor in boosting local security and resilience.

The , part of a five-year project funded by the , looks at how the systems for delivering those resources in rural 91��Ƶ work together. That concept, often called the FEW nexus, is part of a broader research trend to recognize how food, energy and water systems can be made more efficient when viewed collectively.

The team’s findings, , showed that the web of connected systems in rural 91��Ƶ extends beyond the FEW nexus. After renewable energy is introduced to a community, issues like transportation and public policy can still strongly influence its ability to enhance food and water security.

But an interconnected view of those systems is uncommon, the study showed. Food, water, energy and transportation systems are often managed separately, allowing limited opportunities for coordination to maximize their benefits.

“It’s important to look at energy impacts on the community holistically,” said co-author Erin Whitney, a researcher at the University of 91��Ƶ Fairbanks’ 91��Ƶ Center for Energy and Power, who leads the study. “What we really need to do is empower local leaders to do that.”

looked at four communities off the 91��Ƶ road system — Igiugig, Tanana, Kongiganak and Cordova — that use a renewable source for energy generation.

 

Kids run along a boardwalk in the Western 91��Ƶ community of Kongiganak. Photo by Amanda Byrd.