The increasing emission of carbon dioxide (CO2) is altering seawater chemistry, lowering ocean pH and threatening marine biodiversity. Predicting how marine biota will be adversely affected by ocean acidification (OA) remains a key challenge. Here, we document that functional morphological traits offer a more robust me...
F. Frontalini, M. Greco, N. Casadei et al.· Scientific Reports· 0 citations
Diatoms are major contributors to marine primary production, yet current approaches for monitoring their abundance and function rely on coarse satellite chlorophyll estimates or sparse cell counts and bulk carbon fixation measurements. Molecular markers are a promising approach for high-resolution measurement of both a...
F. Verret, Katherine Hartle-Mougiou, Christos Chantzaras et al.· bioRxiv· 0 citations
Diatoms are major contributors to marine primary production, yet current approaches for monitoring their abundance and function rely on coarse satellite chlorophyll estimates or sparse cell count and carbon fixation measurements. Molecular markers are a promising approach for high-resolution measurement of both abundan...
F. Verret, Katherine Hartle-Mougiou, Christos Chantzaras et al.· bioRxiv· 0 citations
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