Pablo A. Marquet

The paper develops a stochastic model to analyze non-compliance in Chilean kelp fisheries, showing that dynamic compliance leads to system collapse despite economic incentives.

The paper constructs a database of thermal performance curves for species across multiple domains, enabling ecological predictions and integration with environmental data.

The paper compiles a database of thermal response curves across species and performance tasks, revealing universal scaling relationships in thermal performance.

The paper develops a general model for genomic trait evolution that explains dynamics across diverse taxa and fits experimental and observational data.

The paper develops a thermodynamic framework to determine the energetic boundaries of trophic systems and shows how these boundaries limit food-chain length.

The paper integrates metabolic ecology with DNA shotgun sequencing to predict metagenomic structure, showing compatibility with observed data from human, aquatic, and terrestrial microbiomes.

The paper tests a new ecological model predicting microbial diversity patterns in hot springs, finding temperature and pH influence taxonomic and functional diversity.

The paper derives a general sustainability rule using allometric scaling laws and tests it against ethnographic data from hunter-gatherer societies, finding consistent alignment with predicted sustainability corridors.

This study examines macroecological patterns in bacterial communities of hot springs mats at a fine spatial scale, finding sublinear species-area scaling and increasing abundance-occupancy trends.

This paper analyzes the network structure of cancer ecosystems using biomedical records, revealing non-random patterns, correlations with blood supply and cell turnover, and modular organization similar to ecological networks.