- Riparian buffer regulations:strips protect fish and fish habitat and adaptive management experiments should be conducted to evaluate the buffer width and configuration issue.
- Managing riparian areas: Foresters should play an active role to protect instream habitat and at the same time enhance fish production through careful riparian thinning or strategic planning.
- Stream and watershed rehabilitation programs:Programs should be initiated which will aim at creating new off-channel spawning and rearing habitat, enhancing instream physical habitat, stabilizing stream banks, deactivating logging roads etc.
- Managing road crossings:crossings can be managed by installing more bottom-alternating baffles which provide lower water velocities and resting pools, which can help in fish passage.
- Implementing new fisheries management policies:should be more policies addressing fisheries management concerns
- Regulating harvesting practices:Regulatory bodies should stop commercial harvest in those populations considered threatened or at risk of extinction.
- Monitoring salmon population:Monitoring programs should have a holistic approach, unbiased and include partnership and local interest groups
- Proper maintenance protocol for decommissioned FSRs: Ecosystem functions to decommissioned roadways―introduce complexity, infiltration, etc.
- Define specific assessment criteria and end goals:Allows for proper evaluation of project methodology and overall success. Facilitates decision-making throughout project implementation.
- Monitoring of upstream reaches and spawning area:
- Fine particle sediment load and deposition
- Salmon habitat stability and population
- Structural components
- Design forest roads sustainably: Cooperation between different professional accreditations as means of minimizing the impact of FSR construction and use. This may include foresters, Agrologists, engineers, and biologists.
- Alternative building materials: Instead of applying traditional construction methods, engineers should consider integrating soil science principles (etc.) into infrastructure planning and construction based on frequency of use and expected lifespan.