N. G. Walworth

This study examines the effects of olivine dissolution products on key phytoplankton species, finding no toxic effects and potential growth benefits under certain conditions.

This study shows that population bottlenecks drive transcriptional diversification in diatoms through changes in gene expression patterns, even without environmental change.

The paper studies how multiple traits in marine diatoms evolve under constant and warmed environments, finding that trait correlations shift and that multitrait evolution occurs along a major variation axis.

The paper examines transcriptome-proteome correlations in Trichodesmium under multi-stressor conditions, showing coherence in stress response biomarkers and discordance in metabolic pathways.

The paper shows that historical trait correlations affect adaptation rates and phenotypes in Chlamydomonas under high CO2, highlighting the need for ecological models to account for trait correlations.

This study examines microbial evolutionary strategies in a dynamic ocean, finding that variable environments favor a low-β strategy with rapid short-term responses but delayed genetic adaptation.