Alexandra Kinnby

Dr. Alexandra Kinnby is a Researcher in the Department of Marine Sciences at the University of Gothenburg. Her work focuses on understanding how climate change impacts marine ecosystems, with particular emphasis on foundation species like bladderwrack (Fucus vesiculosus) and their ecological interactions. Her research is funded by CeMEB (Centre for Marine Evolutionary Biology), supporting interdisciplinary investigations into evolutionary processes in marine environments.

Dr. Kinnby's educational background includes supervision under prominent marine scientists Henrik Pavia, Kerstin Johannesson, and Gunilla Toth at the Department of Marine Sciences, University of Gothenburg.

Her research interests center on marine climate change ecology, with specific focus on:

• Effects of ocean acidification on seaweed physiology and structure
• Climate change impacts on seaweed-grazer interactions
• Evolutionary responses of marine species to environmental stressors
• Genomic approaches to understanding marine adaptation
• Application of advanced data analysis techniques in marine ecology

Her recent publications (2020-2025) demonstrate a strong interdisciplinary approach, combining marine biology, climate science, genomics, and data science to address pressing questions about marine ecosystem responses to global change. Her work spans from molecular to ecosystem levels, with significant contributions to understanding how foundation species respond to climate stressors.

• Key findings include how ocean acidification reduces thallus strength in non-calcifying seaweeds (2023)
• Demonstration of increased susceptibility to grazers under climate change (2021)
• Revelation of evolutionary mosaics challenging traditional monitoring approaches (2025)

Dr. Kinnby has published in high-impact journals including Current Biology, Molecular Ecology, and Frontiers in Marine Science, addressing critical questions about marine ecosystem resilience under climate change. Her collaborative research approach is evident in her extensive co-authorship network across multiple institutions.

Her laboratory work combines experimental approaches with advanced genomic and data analysis techniques to provide comprehensive insights into marine ecosystem dynamics. While specific lab details aren't provided, her publication record suggests a research environment that integrates field studies, controlled experiments, and cutting-edge analytical methods to investigate climate change impacts on marine organisms.