Jean‐Olivier Irisson

The paper links iron availability to the size structure of three mesoplankton groups in the upper ocean, showing iron's role in shaping their biogeography and ecosystem services.

This study analyzes centimeter-scale plankton distributions using in situ imaging data to reveal non-random spatial patterns suggesting ecological interactions.

The paper uses dynamic modeling to show that long-term average environmental effects differ from short-term drivers of zooplankton community dynamics, revealing hidden mechanisms in temporal variability.

The paper uses global marine metagenomic data and machine learning to map the biogeography of nitrogen metabolism pathways in marine prokaryotes, revealing distinct patterns linked to environmental conditions and taxa.

This study uses high-frequency in situ imaging to analyze the ecological behavior of mixotrophic Rhizaria, finding that mixotrophs better control their position and orientation in the water column.

This paper introduces a standardized framework for marine habitat modelling to improve inter-comparability across data types and enhance understanding of marine biodiversity.