Networks of Phenological Synchrony Reveal a Highly Interconnected Ecosystem and Potential Vulnerability to Climate-Driven Mismatches
A. C. Garretson, N. Feldsine, M. Napoli, E. C. Long, R. E. Forkner
This study analyzes a long-term phenology dataset to show advancing species phenologies, highlights network synchrony, and identifies vulnerable species interactions under climate change.
bioRxiv · Jul 11, 2022 · PreprintEcology