Following on The effects of climate change on the world’s oceans conference, Kirstin Holsman led an effort to discuss the role of old and new, tried and true, dynamic and static in fisheries management. Given how ecological response often varies based on the scale of species-environment interactions and even our scale of measurement, alignment between data and management can be misaligned. The paper uses the Bering Sea as one of the case studies to explore the advantages of dynamic vs. adaptive vs. fixed approaches in managing variable ocean resources. Read more in the recent NOAA Fisheries article here!
K.K. Holsman, E.L. Hazen, A. Haynie, S. Gourguet, A. Hollowed, S.J. Bograd, J. Samhouri, and K. Aydin, 2019. Toward climate resiliency in fisheries management. ICES J Marine Science,doi:10.1093/icesjms/fsz031 PDF
We are excited to have Stefan join the team, moving from his position in Bremen to our cooperative institute at UC Santa Cruz. During his PhD, Stefan used interdisciplinary methods to investigate the impacts of ongoing ocean warming and acidification on the marine ecosystem and human user groups in the sub-arctic Barents Sea. He developed and applied integrative ecological models that incorporate experimental and observational data on biological processes as well as the input of local stakeholder groups. The models allow to assess future shifts in marine fish stocks, food web-mediated impacts on marine mammals and seabirds, and changes in ecosystem functioning. They are used to develop feasible and fair strategies for ecosystem-based governance of climate change impacts in the marine realm. We are excited to have Stefan join the team and help develop similar models for the California Current!
We are excited to have Megan join the team, moving from her position in UC San Diego to our cooperative institute at UC Santa Cruz. Her Ph.D. research investigated the effects of climate change on Pygoscelid penguins in the Southern Ocean by using underwater robots, animal-borne tags, habitat modeling approaches, IPCC global climate models, and multi-decadal satellite, weather and penguins observations. This research addressed multidisciplinary questions (climate change effects, changes in demography, predator-prey dynamics, interspecific competition) across multiple trophic levels and scales. As a post-doc at the Scripps Institution of Oceanography in the Coastal Observing Research and Development Center, she used autonomous robots in novel ways to study jellyfish distribution in a marine lake, a snapper spawning aggregation, and detect tagged and vocalizing animals. She is excited to join NOAA ERD where her work will continue to understand the bio-physical factors that drive species distributions and movements on multiple spatiotemporal scales with the ultimate goal of aiding in conservation and management.