eBird can serve as a tool for land trusts to assess pre and post habitat management activities by monitoring which birds are present or not present on the parcel, and to evaluate success of your management or restoration.
After a 2017 wildfire swept through Chelan-Douglas Land Trust (CDLT) reserves and reduced the dense, shrubby thickets of elderberry, wild rose, and snowberry that nesting neotropical migratory songbirds rely on to stubble, CDLT decided eBird would be the best tool to monitor forest health improvement from post-fire management activities. To do this, CDLT invited volunteers to join staff on monthly eBird project surveys at two reserves affected by the fire. CDLT has a Community Science page where volunteers can find all needed field forms and maps. Using funds from our 2022 Small Grant Program, CDLT is expanding volunteer eBird monitoring to another property affected by a wildfire that decimated Sage Grouse habitat. Read More about CDLT utilizing eBird to assess post-fire management practices.
Natural Lands (NL) habitat improvement work involved a prescribed burn and other silvicultural practices such as overstory removal, shelterwood harvests, and group tree selection to create early successional habitat and a mixed-age forest for three bird species in decline: Wood Thrush, Golden-winged Warbler, and Ruffed Grouse. NL used eBird to develop a monitoring program to track the success of these management actions by assessing bird diversity and monitoring for the presence and abundance of the project’s target species. Preserve Manager Josh Saltmer says, “This grant will help us learn which silviculture methods lead to bird population increases at the preserve. We can then share that information with other land managers and conservation organizations.” Learn more about their project.
Sonoma Land Trust (SLT) is using eBird to assess woodland birds as an indicator of ecosystem health within forest treatment units on four conservation properties being managed for wildfire resiliency. Breeding season survey data is being collected and entered into eBird to help evaluate avian response to management and compare results to baseline surveys within forest treatment units to determine species richness and abundance, with a focus on special-status or indicator species. SLT is also using the eBird species profile mapping tool to determine where indicator species have been sighted in each forest treatment unit. Project findings are helping land managers monitor the health of forest ecosystems under shaded fuel break, prescribed fire, and restoration forestry management for ecological goals and wildfire resilience. As fuel reduction treatments increase and proliferate across Northern California in response to the growing threat of wildfire, there will be valuable lessons to learn from this study that can help communities manage forests and maintain healthy bird population.