Linking forests to faucets: Investigating alternative approaches for securing long-term funding for watershed restoration in New Mexico.
Year: 2016
Type: article
Abstract: Due to a mix of inter-related human and natural factors, such as climate change, drought, beetle damage, 20th century fire suppression policy and associated hazardous fuels build-up, and the expansive growth of the Wildland-Urban Interface, many montane forests in New Mexico and elsewhere in the western United States have become increasingly susceptible to high-severity wildfires. Critical sources for public drinking water systems often originate in montane forests, where wildland fires can alter hydrologic systems and degrade watersheds, while creating significant runoff, debris, and water quality impacts downstream. As the impact of high severity wildfires expands significantly beyond the proximal burn area, the scale of institutional arrangements does not match, and old rules for forest management and wildfire risk mitigation often fail. Recent efforts in New Mexico have sought to bring together stakeholders to address forest management and watershed restoration at new regional scales. A critical issue is the creation of sustainable, long-term funding mechanisms to support expanded restoration efforts to mitigate wildfire risk. Borrowing from the work of institutional scholar and Nobel laureate Elinor Ostrom, I apply a theoretical framework for looking at interconnected social-ecological systems, the development of these policy problems, and the efforts to address them, in order to highlight institutional variables that are important for connecting forest health and downstream water uses. I observe that using payment for ecosystem services models as a guide, rather than a panacea, has developed arrangements that are tailored to their purpose and deviate from the traditional payment for ecosystem services arrangements.
Authors: McCorkindale, Edward Neil
Language: English
Subfield: Global and Planetary Change
Field: Environmental Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W2520563302