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Our Work
We train dogs to detect data for researchers, land managers, and NGOs.
Project Catalog
We unite expert detection dog teams with researchers to collect critical data for conservation.
Through mentorship, education, and collaboration, we’re shaping the future of canine-powered science.
Project goals: estimate wolf occupancy on outlier islands, quantify the frequency of occurrence of prey species through wolf scat, and assess population connectivity between islands.
Project goals: identify the presence and diet of mountain lions, bobcats, bears, and coyotes in the coastal zones of California through scat detection and analysis.
Project goals: assist in post-construction monitoring at wind energy facilities to detect bird and bat fatalities.
Project goals: the study focuses on how the painted blades affect fatality rates for eagles, diurnal non-eagle birds, and bats. Experts hypothesize that both eagles and diurnal non-eagle birds can perceive painted blades, resulting in higher turbine avoidance.
Project goals: assist with estimates of ocelot density on a wildlife refuge and a privately owned ranch in South Texas through scat detection. The Spatial and Population Ecology of Carnivores Lab has already started to monitor these ocelots using scat collection, camera traps, GPS tracking collars, and spatially explicit capture-recapture methods.
Project goals: assist in scat detection and collection for species including jaguar, puma, ocelot, margay, and tayra to aid in food web analysis in the Petén Region of Guatemala.
Project Catalog
Project goals: assist with estimates of ocelot density on a wildlife refuge and a privately owned ranch in South Texas through scat detection. The Spatial and Population Ecology of Carnivores Lab has already started to monitor these ocelots using scat collection, camera traps, GPS tracking collars, and spatially explicit capture-recapture methods.
Project goals: the study focuses on how the painted blades affect fatality rates for eagles, diurnal non-eagle birds, and bats. Experts hypothesize that both eagles and diurnal non-eagle birds can perceive painted blades, resulting in higher turbine avoidance.
Project goals: estimate wolf occupancy on outlier islands, quantify the frequency of occurrence of prey species through wolf scat, and assess population connectivity between islands.
Project goals: identify the presence and diet of mountain lions, bobcats, bears, and coyotes in the coastal zones of California through scat detection and analysis.
Project goals: assist in post-construction monitoring at wind energy facilities to detect bird and bat fatalities.
Project goals: assist in scat detection and collection for species including jaguar, puma, ocelot, margay, and tayra to aid in food web analysis in the Petén Region of Guatemala.