Andrea Fassbender

Andrea Fassbender

Affiliate Assistant Professor

Chemical Oceanography

she/her

Specialty

Marine Biogeochemsitry, Ocean Carbon Cycle, Biogeochemical Argo

I am a scientist at the NOAA Pacific Marine Environmental Laboratory (PMEL) studying marine carbon and biogeochemical cycles and the ocean’s role in global climate. I am also an affiliate faculty member in Chemical Oceanography at the University of Washington. I lead a team contributing to the international Biogeochemical Argo effort as part of the interdisciplinary Global Observations of Biogeochemistry and Ocean Physics Group. Group projects range from regional to global in scale and leverage a combination of satellite, autonomous platform, and ship-based observing approaches as well as earth system model output. Key research priorities include:

  1. developing accurate, scalable methods to quantify the biological carbon pump from sensors on autonomous platforms and satellites
  2. characterizing the ocean carbon sink sensitivity to natural and anthropogenic carbon cycle interactions
  3. creating new tools for measuring long-term changes in ocean carbon chemistry
  4. exploring the impacts of ocean acidification on coastal and open-ocean ecosystems

Students and Postdocs can learn more about engaging with our group here and with PMEL here.

Andrea Fassbender

Andrea Fassbender

Affiliate Assistant Professor

Chemical Oceanography

she/her

Specialty

Marine Biogeochemsitry, Ocean Carbon Cycle, Biogeochemical Argo

I am a scientist at the NOAA Pacific Marine Environmental Laboratory (PMEL) studying marine carbon and biogeochemical cycles and the ocean’s role in global climate. I am also an affiliate faculty member in Chemical Oceanography at the University of Washington. I lead a team contributing to the international Biogeochemical Argo effort as part of the interdisciplinary Global Observations of Biogeochemistry and Ocean Physics Group. Group projects range from regional to global in scale and leverage a combination of satellite, autonomous platform, and ship-based observing approaches as well as earth system model output. Key research priorities include:

  1. developing accurate, scalable methods to quantify the biological carbon pump from sensors on autonomous platforms and satellites
  2. characterizing the ocean carbon sink sensitivity to natural and anthropogenic carbon cycle interactions
  3. creating new tools for measuring long-term changes in ocean carbon chemistry
  4. exploring the impacts of ocean acidification on coastal and open-ocean ecosystems

Students and Postdocs can learn more about engaging with our group here and with PMEL here.