Phoebe L. Zarnetske

The paper develops a framework to understand how biotic interactions modulate global change effects on plant communities and finds herbivores mitigate negative impacts while plant competition has mixed effects.

This paper uses large language models to extract species interaction data from citizen science comments, expanding ecological data coverage and enabling new ecological research.

The paper examines how changes in bird species abundance over 50 years in North America have increased predator-prey interaction potentials, driven mainly by predator abundance increases and human land use changes.

The paper analyzes changes in bird interaction networks across North America over six decades, revealing shifts driven by species abundance and human activity.

The paper constructs a comprehensive dataset of 25,907 bird-bird interactions across North America to address macroecological and eco-evolutionary questions.

This study shows nutrient enrichment intensifies competitive effects, favoring monocultures, and interacts with temperature to amplify competitive asymmetries in plant communities.