Gregory L. Britten

The paper analyzes Species Abundance Distributions (SADs) in marine plankton communities from surveys and simulations, finding invariant scaling despite environmental and taxonomic variation.

This study evaluates state space assessment model performance under environmentally-driven recruitment relationships, finding low bias but poor identifiability and insensitivity to environmental drivers.

SwimmingIndividuals is an agent-based model framework that simulates marine ecosystems with high biological realism and computational scalability, reproducing complex ecological phenomena and testing management strategies.

The paper estimates phytoplankton elemental composition and shows how cellular-level changes affect global ocean oxygen consumption and hypoxic zone expansion.

The paper estimates microbial reaction rates using proteomic data, finding that global proteomes can predict reaction rates with high accuracy without needing detailed mechanistic knowledge.