Litcius/Paper detail

Progress Towards a Comprehensive Approach for Habitat Restoration in the Columbia Basin: Case Study in the Grande Ronde River

Seth M. White, Sarah Brandy, Casey Justice, Kayla A. Morinaga, Leslie M. Naylor, James R. Ruzycki, Edwin R. Sedell, J. Steele, Alexandra Towne, James G. Webster, Ian Wilson

2020Fisheries17 citationsDOIOpen Access PDF

Abstract

Abstract Despite immense resources directed towards habitat restoration, recovering fish populations remains a daunting and perplexing issue. In 2015, recommendations for a comprehensive approach to habitat restoration in the Columbia River basin were published in Fisheries, which included elements of landscape ecology and resilience, broad public support, governance for collaboration and integration, and capacity for learning and adaptation. Using the Grande Ronde River basin as a case study, we convened a working group consisting of local restoration practitioners, managers, and researchers involved in habitat restoration research, monitoring, and evaluation to assess progress towards meeting these recommendations. We concluded that partnerships and collaborations in governance have been formed and research using a landscape perspective has been integrated into decision making, but efforts would benefit from gaining broader public support, formalizing an adaptive management strategy, and defining objectives and indicators for biological and ecological diversity. Continued progress will require consistent policy and funding support from the broader region. We envision this self-assessment at the 5-year milestone would be helpful to other groups facing similar challenges.

Topics & Concepts

HabitatRestoration ecologyMilestoneEnvironmental resource managementAdaptive managementEnvironmental planningGeographyCorporate governanceResilience (materials science)Adaptation (eye)EcologyBusinessEnvironmental scienceCartographyBiologyPhysicsFinanceThermodynamicsNeuroscienceFish Ecology and Management StudiesRangeland and Wildlife ManagementEnvironmental DNA in Biodiversity Studies