Lars Gamfeldt

Lars Gamfeldt is a Professor in the Department of Marine Sciences at the University of Gothenburg, specializing in marine biodiversity and ecosystem functioning. His research examines how species composition changes in intertidal rocky shores and algal forests affect productivity and associated biodiversity. As a Principal Investigator in the BECC research network (a Lund-Gothenburg collaboration on biodiversity in changing climates), he leads a Formas-funded project investigating Swedish west coast kelp forests.

His research integrates basic and applied ecology to address biodiversity dynamics across marine and terrestrial systems. Key interests include scaling biodiversity-ecosystem functioning relationships, habitat diversity impacts on multifunctionality, and climate change effects on species composition. Current work emphasizes kelp forest ecology and the context-dependency of biodiversity outcomes in coastal ecosystems.

Analysis of Gamfeldt's publications reveals consistent focus on biodiversity-ecosystem functioning across marine, coastal, and forest environments. His work demonstrates how environmental heterogeneity, trophic complexity, and spatial scaling alter expected biodiversity-function relationships, with significant implications for conservation under climate change. Recent studies highlight non-linear dynamics in microbial networks and the unrealized potential of forest multifunctionality.

Scientific Awards: No awards mentioned in source text.

Advising and Grants: Gamfeldt serves as PI for Formas-funded kelp forest research and participates in BECC, a strategic Swedish research area grant. While specific students aren't listed, his professorship implies graduate mentorship. His collaborative projects involve KTH and international teams across 15+ countries.

Labs and Teams: Based in Gothenburg's Marine Sciences Department, he collaborates with BECC researchers across Lund and Gothenburg universities. His work engages interdisciplinary teams studying coastal sediments, phytoplankton dynamics, and forest ecosystems through large-scale networks like the global eelgrass study involving 20+ institutions.