Colin T. Kremer

This study shows how phenotypic plasticity and competition shape ecological responses to environmental variability by affecting species coexistence and community productivity.

This study examines how enemy specificity and functional response shapes coexistence of competing victim species using a deterministic model.

The paper develops a model to predict how temperature and resource interactions affect microbial growth across populations and communities, validated with lab and field data.

The paper examines how temperature and resource availability affect phytoplankton populations, finding trait combinations that suggest some species may perform well under future warm and resource-limited conditions.

This study examines how sequential environmental stressors affect Synechococcus populations, revealing legacy effects and strain-specific responses to environmental change.

The paper investigates antibiotic resistance in marine and freshwater bacterial communities, finding higher resistance in marine environments linked to species diversity rather than urban pollution.