Significance of eBird as a predictive migratory tool on wild hummingbird migration

• In Event: Poster Presentation and Judging for: Anthropology; Botany; Conservation Ecology; Environmental Science; Freshwater Science; Geosciences; Mathematics & Computer Science; Neuroscience; Physics & Eng; Science Education; Terrestrial Ecology & Management.
  In Poster Session: Terrestrial Ecology Poster Session

Abstract

Widespread increases of anthropogenic changes to the environment are forcing evolutionary
strains on species that have the potential to influence distribution and behavior. The research collected explores migratory patterns of Archilochus alexandri, Black Chinned, and Archilochus colubris, Ruby Throated, hummingbirds in Kerr County, Texas. The species abundance and behavior from March 2017 through November 2017 was analyzed by utilizing data uploaded to eBird, a citizen science-based network, and executing physical observations at Schreiner University's Loftis Field Station. Additionally, the research collected will provide insight into the functionality of eBird as a predictive tool. The data analysis proved varying results on the reliability of eBird as a predictive tool for wild avian migration patterns, but emphasized the value and necessity of public science-based networks for future research opportunities. Upon completion, the data collected will be uploaded to eBird and available to the public.

Author

• Ashley Michaela Rea, Schreiner University