Karline Soetaert

Professor Karline Soetaert is a distinguished researcher in the Department of Earth Sciences within the Faculty of Geosciences at Utrecht University. Her extensive career has focused on marine biogeochemistry, particularly examining sediment dynamics, carbon and nitrogen cycling in marine environments, and cold-water coral ecosystems. She maintains an active research profile with numerous publications spanning decades, demonstrating her significant contributions to understanding complex marine systems.

Dr. Soetaert's research interests encompass a broad spectrum of marine biogeochemical processes. Her work investigates carbon and nitrogen cycling in various marine environments, including deep-sea ecosystems and coastal zones. She has made significant contributions to understanding cold-water coral mound development and the biogeochemical processes that govern marine sediment dynamics. Her research also explores ocean acidification effects and reactive transport in the hydrosphere, addressing critical environmental challenges facing marine ecosystems today.

Analysis of her recent publications reveals a strong focus on deep-sea ecosystems, particularly cold-water coral habitats. Her work demonstrates how hydrodynamic processes interact with biological communities to shape marine landscapes. She has developed innovative approaches to studying carbon and nutrient flows through marine food webs, with applications for understanding ecosystem responses to environmental change. Her research spans from molecular-scale processes to basin-wide patterns, reflecting a comprehensive systems approach to marine biogeochemistry.

Professor Soetaert has contributed significantly to methodological advancements in her field, including the development of software packages like 'seacarb' and 'AquaEnv' for seawater carbonate chemistry modeling. Her collaborative work extends across international research teams, addressing global marine challenges through interdisciplinary approaches.

Her laboratory and research team focus on marine biogeochemistry, with particular expertise in sediment-water interactions, deep-sea ecosystem functioning, and the development of quantitative models for understanding complex marine processes. The team employs a combination of field observations, laboratory experiments, and mathematical modeling to address fundamental questions in marine science.