West Virginia Project
Avian community change across time, elevations, and latitudes
August 2018 - May 2022
- US Forest Service
Changing environmental conditions due to global climate change can have significant consequences for regional bird populations and communities over time, particularly along elevational and latitudinal gradients. For instance, populations of high-elevation species may decline and low-elevation species may begin to expand into higher elevations in response to increasing temperatures, with those rates potentially differing across latitudes. Thus, there is a critical need to investigate the effects of climate change on long-term community dynamics while incorporating elevational variability and latitudinal ranges. The objective of the proposed research is to improve understanding of the extent and causes of avian community change over time and across elevational and latitudinal gradients within the Appalachian Mountains. The specific aims of this study are to quantify the relationships of climate factors, habitat, elevation, and latitude with changes in avian species abundance and community turnover. The research will advance current scientific understanding of the role that changing climatic conditions have played in long-term avian community and population dynamics, with explicit consideration for patterns arising across elevational and latitudinal gradients. The study also lays the foundation for future research focused on climate change effects of birds in high-elevation habitats and mountain ranges, an important focus for emerging investigations of climate refugia.
|Clipp, H.L., C. Johnson, D.T. Rota, P.B. Wood. Optimizing multi-species occupancy of game and non-game bird species in wildlife openings within Central Appalachian forests. The Wildlife Society Annual Conference, Reno, NV||2019-09-29|
|Clipp, H.L., C.T. Rota, and P.B. Wood. Post-breeding bird use of wildlife openings in a heavily forested landscape. North American Ornithological Conference, Puerto Rico. Oct 2020.||2020-08-12|