Join Joe Smith and Jeremy Maestas for a discussion about new, annual fire-prediction maps for the Great Basin and what they mean for managing for wildfire in rangelands.

Working Lands for Wildlife research is showing that annual invasive grasses are moving up in elevation and to more northern aspects throughout the Great Basin. >>READ THE STUDY<<   Sweeping sagebrush and salt desert shrublands typify the Great Basin – a 200,000-square-mile landscape that encompasses much of Nevada and parts of Utah, Idaho, Oregon, Wyoming, […]

A long-term study from Oregon shows strategic tree removal boots sage grouse use of habitat as compared to areas where no trees were removed.

A new report summarizes – in one place – more than a decade of WLFW science support that NRCS staff and partners can incorporate into their future work.

Working Lands for Wildlife researchers and scientists have spent years researching how sage grouse use the West’s mesic habitats, how best to restore those habitats, and ensuring the practices we promote truly benefit the bird and the herd.

Learn more about WLFW’s approach to science, how the coproduction of science benefits private-lands conservation and what’s next for the Western WLFW science team.

Since 2012, Working Lands for Wildlife has partnered with the Conservation Effects Assessment Project to co-produce 37 peer-reviewed studies that measure conservation outcomes, build accountability, and improve conservation effectiveness across the West.

Ask an Expert | How to use cutting and burning to most effectively restore sagebrush ecosystems experiencing conifer encroachment.

Ask an Expert – Andrew Olsen explains his research that shows sage grouse populations rise 12% following sustained and targeted conifer removal.

Working Lands for Wildlife video presentations from the 2019 Society for Range Management Conference featuring new technologies that can help improve rangeland management in the West now available for viewing.