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Briana Abrahms in UW News on research reporting increase in human-wildlife overlap
Sujay Balebail Thesis Defense
Jeff Riffell & Melissa Leon Norena in UW News video on mosquito research
Biology graduate student Alyssa Sargent in KUOW on hummingbird fights
Prof. Emeritus Ray Huey and Affiliate Professor Keiko Torii elected to the National Academy of Sciences for 2024
Prof. Emeritus Ray Huey elected to the National Academy of Sciences for 2024
Undergraduate researcher Abby Burtner featured in UW UAA profile
Nest design, construction, and spatial organization in the superorganism
An organism’s appearance is the result of evolutionary pressures, and those same pressures apply to the structures organisms build, such as nests. Superorganism nests function as extended phenotypes to perform key biological processes, to survive, grow, and reproduce. Social insects are masters of solving organizational problems because they must coordinate thousands of individuals to accomplish these goals. One such problem is how to construct nests, and then, how to organize resources within that nest. Both, presumably, are optimized to maximize colony performance.
Stable Isotope Analyses in Neotropical Mammals: Paleoecological Implications
Stable isotope analyses are powerful tools for reconstructing ancient ecologies and ecosystems, as they provide direct insights into dietary ecology independent of morphology. The application of stable isotope analyses, however, is not without limitations, as determination of food web dynamics using these methods often relies on poorly tested assumptions. In this presentation, I will address challenges in paleoecological reconstructions of South American tropical ecosystems.