Corina E. Tarnita

The paper models individual decision-making in ungulate migration, showing that resident numbers depend on environmental cues, social cues, and individual traits, with migration likelihood varying annually.

The paper investigates whether macroscale prey spatial distribution can encode information about zooplankton feeding behavior and community dynamics, showing a shift from non-motile to motile feeding in low prey density areas.

This paper critiques the assumption in evolutionary game theory that all individuals have equal intrinsic growth rates, highlighting its limitations and suggesting a reconciliation with ecology.