Jeremy M. Cohen

This paper provides a methodological roadmap with reproducible code to integrate extreme heat into ecological and physiological studies, showing improved predictions and population risk assessments.

This study links bird observations to extreme weather risk maps, showing that accounting for extreme weather reduces species range sizes and biodiversity estimates.

This paper introduces a framework to derive population and organismal-level ecological niches from individual-level niches, showing how higher-level niche properties can be partitioned into individual contributions and how species-level niche shifts can be estimated from individual responses.

The paper assesses how North American bird species mitigated climate niche loss through geographical redistribution over 20 years, finding partial success with significant remaining exposure to warming.

The paper examines how thermal variability and mean temperature affect incubation behaviors in Scaled Quail and Northern Bobwhite across different timescales, finding that high thermal variability reduces off-bout length and that behavioral responses vary with temporal scale.

This study shows that finer spatial grain in species distribution models improves predictions of bird distributions and biodiversity at continental scales.