Kirsty Laurenson

Kirsty Laurenson (BSc, MSc) is an emerging seabird ecologist based in Edinburgh, Scotland, whose work sits at the dynamic interface between marine climate processes and the population ecology of upper-trophic-level predators. She has been affiliated as a research associate with the School of Biosciences at University of Sheffield and collaborates closely with leading seabird groups linked to Heriot-Watt University and the Lyell Centre, where interdisciplinary teams examine how offshore energy, fisheries, and climate change reshape seabird populations. Laurenson’s scientific contributions focus on seabirds of the North Atlantic—especially auks such as the Atlantic Puffin, Common Guillemots (murres), and Razorbills, though her findings are broadly relevant to alcid ecology worldwide. As part of her PhD studies, her recent work has been particularly influential in demonstrating how extreme winter storms and rising sea surface temperatures can differentially affect adult survival across closely related seabird species, revealing subtle but important mechanisms linking climate variability to population trends. She has contributed to multi-colony tracking studies and collaborative projects with prominent researchers such as Tim Birkhead and  Stephen Votier, helping to map non-breeding distributions and identify conservation risks associated with changing ocean conditions and offshore development. Laurenson’s work is representative of a new generation of marine scientists integrating long-term ecological data with fine-scale environmental metrics, and she has presented findings at international seabird conferences and contributed to high-impact ecological journals. Her research carries strong applied significance for conservation policy, particularly in assessing cumulative impacts of climate change and renewable energy infrastructure on marine predators. Through collaboration, conference presentations, and participation in large research networks, she contributes to a growing body of work that positions seabirds—puffins especially—as sensitive indicators of ocean health and change.