C. Y. M. Froehlich

This paper develops a framework to assess social variation in coral gobies across ecological factors, finding that environmental disturbances reduce sociality and group living.

The paper uses stable isotope analysis to show that co-occurring crustacean symbionts in a marine mutualism have distinct trophic niches, supporting niche theory over neutral theory.

The paper shows that coral-dwelling goby fishes recover more slowly than their host corals after multiple disturbances, with some species disappearing and others shifting hosts, highlighting differences in mutualist responses to environmental stress.

The study investigates how habitat health, size, and saturation affect movement decisions in a coral-dwelling goby, finding that these factors do not influence movement choices or preference for familiarity.

The paper examines the differential decline of corals and their symbiotic gobies following multiple disturbances, finding that gobies decline more severely than corals, leading to ecosystem disruptions.