Meghan A. Beatty, Ph.D.

My research interests are in population ecology, avian ecology, ecological forecasting, and conservation biology. Broadly, I use advanced population modeling and develop novel methodologies to address complex conservation problems for threatened species, predominantly birds. An important goal in all the research I do is to efficiently and effectively translate results into conservation action

As a postdoctoral associate at the K. Lisa Yang Center for Conservation Bioacoustics my research is focused on advancing conservation of two highly imperiled bird species: the Pinyon Jay (Gymnorhinus cyanocephalus) and Spotted Owl in southern California (Strix occidentalis occidentalis). For the Pinyon Jay I am using acoustically-derived observations and vegetation information to assess landscape scale-patterns of occupancy. In addition, I am using both acoustic and count-based bird observations to develop an acoustically-based Pinyon Jay abundance index. For Spotted Owls I am using passive acoustic survey data and fire data to assess owl distribution in southern California. Collectively, this work will inform conservation decision-making for these species and their broader ecosystems.

Prior to joining the Lab, my research informed conservation decision-making of threatened bird species and communities in Florida, USA. For example, as part of my Master’s work, I designed and implemented a monitoring program across a national forest in Florida to understand the impact of scrub habitat management practices (e.g., clearcuts, prescribed burns) on bird species of concern, particularly the occupancy and abundance of the state-threatened Southeastern American Kestrel (Falco sparverius paulus). My PhD research was primarily focused on the Everglade snail kite (Rostrhamus sociabilis plumbeus), a federally endangered wetland-dependent raptor. I used an extensive 28-year dataset on snail kite reproduction and movement and designed a field experiment to answer questions related to forecasting and understanding complex population dynamics. Research topics included testing social information use in snail kites during dispersal, forecasting site-specific nest initiation and nest survival, and estimating source-sink dynamics across the entire range of a metapopulation. 

Before becoming involved in research, my career in conservation began as a teacher in an environmental education program. I am always interested in outreach and mentorship opportunities. Please feel free to reach out via email!