Y.-J. Shin

This study uses an ecosystem model to predict climate change impacts on Peruvian anchovy biomass and distribution under different CO2 scenarios.

This paper introduces Ev-OSMOSE, an eco-genetic marine ecosystem model that integrates evolutionary dynamics with ecological processes to project fish community responses to climate and fishing pressures.

Bioen-OSMOSE integrates physiological responses to temperature and oxygen into an ecosystem model to improve climate change projections for marine fish populations.

This study shows that protein level oscillations in yeast can be controlled by modulating degradation rates, independent of transcription rates.

The paper develops an end-to-end model of Mediterranean Sea biodiversity integrating climate and fishing impacts to support ecosystem-based fisheries management.

The paper compares multiple models to project changes in global ocean animal biomass under climate change scenarios, finding significant declines under high emissions.