New research shows that grazing lands grow more bugs for birds to eat.

New research shows low-tech restoration methods increased vegetation productivity by 25% and kept plants greener longer, resulting in greater resiliency.

Innovative Web App increases conservation effectiveness on working lands in the American West by matching the right practices to the right places using emerging science and technology.

This new Science to Solutions shows that grass height may not be as crucial to nesting success as previously thought, since hatched nests are measured later than failed nests.

New research shows that — done right — livestock grazing may help conserve sage grouse habitat by keeping working ranches profitable and sustainable.

New science shows that keeping big landscapes healthy and connected is essential for maintaining bigger-than-expected sage grouse movements.

New research shows that 86% of hens avoided nesting in sagebrush habitat invaded by conifers. Luckily, the studies also show that removing conifers in otherwise high-quality habitat is a boon to nesting sage grouse.

New songbird maps provide tools to help expand the benefits of sage grouse conservation to more wildlife species in the sagebrush community. Learn more from our latest Science to Solutions report on the wide-ranging impacts of improving sagebrush habitat.

Water delivery is delayed by an average of nine days in sagebrush systems compared to juniper-dominated systems. Holding water later into the summer season helps the sagebrush system become more diverse, benefiting vegetation, wildlife, and ranchers. This is one of the greatest services that an ecosystem can provide in the West.

The newest Science to Solutions report is based on findings from a 25-year case study on a ranch in Utah. The study shows that sustainable grazing practices and sagebrush treatments enhanced herbaceous understory for sage grouse in years with average winters, but that bird populations declined following severe winters.