Sections of Chapter 3: Conservation Science and the Refuge System

  • Science-based Wildlife and Habitat Management
  • Robust Inventory and Monitoring
  • Deliberate Research
  • Communication, Collaboration, and Contribution in Science

The Refuge System has always relied upon science to inform its actions. As an example, bird-banding studies in the early 20th century contributed to an understanding of migratory patterns. In response to a dramatic continental decline of waterfowl populations, the Refuge System used scientific information to inform a shift to a new conservation strategy based on the creation and management of a series of connected migratory habitats.

Science is dynamic, with certainties and uncertainties continually changing in light of new data, field methods and analytical techniques. The evolution of conservation biology has introduced concepts such as landscape ecology, biodiversity, ecosystem health, ecological function and sustainability. The Refuge System has integrated these ideas into its policies and practices, testing their validity and adaptively applying the resulting information to refine habitat and wildlife population management decisions. Since the Refuge System Improvement Act of 1997 and publication of Fulfilling the Promise in 1999, the Service has outlined and implemented strategies to accomplish the wildlife and habitat goals set before the Refuge System. In the intervening time the Refuge System has learned to better appreciate adaptive management, become more aware of global climate change, and recognized the need to address conservation at multiple spatial scales.

While the Refuge System has long been a leader in fish and wildlife conservation, particularly in habitat restoration and management, its ability to consistently implement science has been uneven, typically hampered by various combinations of lack of staff, funding and clear objectives. Complex management questions are common and have magnified these challenges.

The threats to fish and wildlife posed by climate change, invasive species, habitat loss and fragmentation, energy development and extraction, contaminants and alterations in ecological processes are making the future as challenging as any faced in Refuge System history. However, the Refuge System’s traditions of innovation and adaptation underscore its potential to meet today’s challenges, and science is regaining its place within the Service. Adaptive management has come to the forefront to help deal with complex management conditions, and decision-making tools continue to evolve. Innovative methods of utilizing science to build conservation models, set habitat and population objectives, plan strategic growth of the Refuge System, design conservation delivery actions, and evaluate indicators of success are being continually developed and improved. The application of science within the Refuge System is expanding to include not only natural resource sciences, but also the related fields of physical, social, historical and cultural resource sciences.

The Refuge System envisions a future where the Service maintains and enhances its culture of commitment to scientific excellence. The Refuge System commits to embracing four foundational elements in its vision for conservation science:

  • Application of sound science to refuge management,
  • Implementation of robust inventory and monitoring,
  • Development of deliberate research agendas, and
  • Fostering of communication and collaboration within the Service and among partners.

The four foundational elements must be equally emphasized and inform and complement one another across wildlife refuges, ecosystems and issues. To achieve the vision, broad actions must be taken to support, enhance and re-vitalize these four foundational elements.

Comment below and/or move on to next section of Chapter 3- Science-based Wildlife and Habitat Management