J. P. Gibert

The paper examines how temperature and CO2 interact to shift microbial functional composition in peatlands, showing size-dependent responses and potential impacts on carbon cycling.

This study investigates how temperature and temperature variability affect microbial biomass dynamics by examining their effects on density and mass dynamics across different temperature regimes.

This study examines how temperature and nutrients jointly affect ecological and phenotypic dynamics in microbial food webs through experimental manipulation and time-series analysis.

The paper develops a method to quantify phylogenetic structure in ecological networks by accounting for partner availability, revealing that many taxa interact with phylogenetically random partners.

This study investigates how changes in body size and density interact in the protist Tetrahymena pyriformis, showing that body size more strongly influences density but with reciprocal feedback, and that plasticity explains observed dynamics.

The paper tests how temperature affects the relationship between genetic diversity and population growth in Tetrahymena thermophila, finding that genetic diversity's positive effect diminishes at higher temperatures.

This paper models eco-evolutionary dynamics in salmon metapopulations, showing that intermediate density-dependent straying rates enhance robustness to disturbances while maintaining local adaptation.