Seminars

Jeremy Goldbogen is a comparative physiologist and marine biologist. He started his research career studying locomotion in hummingbirds and Antarctic sea butterflies (pteropods) as an undergraduate student at the University of Texas at Austin. Jeremy then completed a M.Sc. degree in marine biology from the Scripps Institution of Oceanography at the University of California - San Diego. He earned his Ph.D. from the University of British Columbia in Vancouver, Canada, where he studied the feeding strategies of the largest baleen whales. He returned to Scripps as a postdoctoral researcher for one year before joining the Cascadia Research Collective in Olympia, WA for two years. He is now Assistant Professor of Biology at Stanford University, located at the Hopkins Marine Station in Pacific Grove, CA.

I received my master’s of science in the Spring of 2003 from the University of Washington School of Aquatic and Fishery Sciences and my PhD from Duke University in 2008. Currently, I am working at NOAA’s Southwest Fisheries Science Center in Monterey, CA. My general research interests fall in the realm of ecology and ecological modeling with an added interest in predator-prey relationships, scale, and oceanographic forcing. In my research, I have used novel technologies such as fisheries acoustics, biologging tags, and oceanographic data paired with spatial statistics to examine predator ecology. Four research questions to date include:

1. Species Ecology, Movement, and Distribution: How do top predators use both ocean features and prey landscapes to migrate and forage?
2. Foraging Theory and Behavior: How does prey mediate fine scale foraging ecology and behavioral plasticity of humpback and blue whales?
3. Climate Variability and Climate Change: How is climate change expected to change pelagic hotspots of biodiversity?
4. Applied Ecology and Management: How do we use the best ecological information to improve conservation and management?

Ideally this research can be used to understand the effects of oceanographic features on fish distributions and how that relates to the larger community. Knowledge of where and how mid-trophic species aggregate is necessary when trying to manage their predators and the surrounding ecosystem. Furthermore, if we can identify the oceanographic characteristics of key habitat and hotspots, we can predict how these areas might change in the future

Full Professor and researcher of i-mar Research Center (www.i-mar.cl) at the Universidad de Los Lagos, obtaining its Ph.D. at the Pontificia Universidad Católica de Chile. At the present he is also a senior researcher at the Centre for Biotechnology and Bioengineering (www.cebib.cl). With over 140 peer-reviewed papers and book chapters, in aspects of coastal ecology, seaweed aquaculture, focusing on the role on integrated multi-trophic aquaculture (IMTA) towards a sustainable aquaculture development. Due to his scientific achievements, he was eligible as member of the Chilean Academy of Science and President of the International Seaweed Association (ISAC). Also, he was recognized by the International Foundation for Science (IFS) with “The Silver Jubillee Award” for its scientific achievements on seaweed aquaculture and in 2018 received the award “Honor in Scientia Marina” given by the Marine Science Society of Chile. In the present he is part of editorial committees of scientific journals like Aquaculture, Aquaculture Environment Interactions, Algal Research, Perspective in Phycology, and Associate editor of the Journal of Phycology and Journal of Applied Phycology. He was the Director of Research and Graduate School at the Universidad de Los Lagos and head of i-mar research Center. In addition, Dr. Buschmann has been designated in different scientific panels of the Chilean Science Agency (ANID) as well as in national commissions for graduate program quality certification (CNA). As a scientific consultant, he has been able to support seaweed culture developments with the industry and the promotion of the use sustainable environmental technologies for aquaculture with different world stakeholders.

Michelle started her studies in her homeland Greece at the University of Crete and went on to complete a Master's degree in Oceanography at the University of Amsterdam. She then joined the Coral Reef Ecosystems group at the University of Queensland, Australia, as a PhD student. During her PhD, she studied coral-excavating sponges on the Great Barrier Reef. Her research focused on excavating sponges that host dinoflagellate symbionts, exploring how the symbiosis affects the ability of the host sponge to erode coral frameworks. She is currently a postdoctoral fellow at the California Academy of Sciences. Her ongoing project uses genomic tools to explore how the populations of excavating sponges spread on the reefs of Curaçao (Southern Caribbean) in collaboration with the local research foundation CARMABI.

Maya’s research reveals how the fundamental relationship between feeding morphology and feeding ecology on the individual level can help to shape the trophic ecology of an ecosystem. My lab further explores how environmental change may alter these relationships. We approach these classic questions in functional morphology and ecology by integrating tools from animal behavior, biomechanics, stable isotope ecology, robotics, and engineering.

Dr. Liz Alter is a population geneticist and evolutionary biologist who recently joined the faculty of the Biology and Chemistry Department at California State University Monterey Bay. She is also a Research Associate at the American Museum of Natural History. Her research, published in peer-reviewed journals including PNAS and Molecular Ecology, focuses on understanding how aquatic biodiversity is generated and maintained, particularly in extreme environments including urban estuaries and rivers, using the tools of genomics. She directs an undergraduate STEM initiative funded by the National Science Foundation (Bridge to Research in Environmental and Applied Metagenomics), which aims to improve retention and academic success in STEM among underrepresented and first-generation students by immersing them in real-world research experiences, and to simultaneously improve our state of knowledge about pressing local environmental issues. Liz also advises the Scientific Advisory Board of the Billion Oyster Project, which seeks to restore urban marine ecosystems while training high school students in marine science. She received her B.A. in Anthropology and Biology from Yale University, and PhD in Biological Sciences from Stanford University’s Hopkins Marine Station.

Heavy metal pollution of the aquatic environment continues to be among the most challenging environmental concerns in the Gulf of Guinea. The problem has escalated over the past few decades mainly because of the lack enforcement for regulating industrial effluent discharges into the aquatic environment and the indiscriminate use of toxic metals in artisanal gold mining. The study presents a historical assessment of heavy metal accumulation trends in Ghana’s coastal environment looking into ecotoxicological risks and seafood safety implications.

Melissa’s fisheries background spans across academic, governmental, and non-profit sectors. She has performed a wide variety of fisheries research projects including age and growth studies of rockfish, fishery sustainability and markets, socio-economic analyses, geo-spatial mapping and qualitative ethnographic research.Early in her career, Melissa developed a fisheries education project for Monterey Bay area youth (now run by NOAA’s Sanctuary Program), and most recently a documentary film to tell the stories of California’s commercial fishermen (www.oftheseamovie.com).

Prior to joining EDF’s team, Melissa worked for The Nature Conservancy of CA, forming collaborative partnerships with fishermen to test new co-management techniques, market-based incentives, and monitoring technologies for improved fisheries management. Melissa currently serves as Steering Committee member to the National EM Working Group and as an Advisor to the Monterey Bay Fisheries Trust, a local non-profit serving the commercial fishing industry.

Ross Clark has 20 years of experience drafting and implementing California’s Nonpoint Source Control Program both as a university researcher and as state agency staff. He is currently charged with developing regional programs to improve the restoration and management of state wetland resources and implementing programs to reduce nutrient loading to Central Coast surface waters.  Ross manages a team of field scientists supporting the development and implementation of the State’s wetland monitoring program and the integration of wetland restoration activities into regional and State water quality and land use planning efforts. Since 2008 he has also been tasked with developing the City of Santa Cruz strategic plan to reduce greenhouse gas emissions and identify key threats from, and appropriate responses to climate change and sea level rise.