Scott W. Yanco

This paper presents a framework that integrates habitat selection and movement behaviors to predict landscape-scale animal space use, outperforming occurrence-based methods across multiple scales.

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 examines perceived and observed biases in movement ecology through surveys and author affiliation analysis, identifying geographic and demographic disparities in research participation.

This study investigates how seasonal migration influences life history and metabolic trade-offs, showing that migration distance and seasonal niche conservatism drive differences in the pace of life.