California Ocean Science Trust, in collaboration with a network of partners across the U.S West Coast and Alaska, is conducting a survey to assess the need for and inform the development of a regional marine carbon dioxide removal (mCDR) exchange/network. Building on existing networks and progress made by the Pacific Northwest and California Current Regional mCDR Nodes, and informed by the results of this survey, the regional exchange/network may build institutional science capacity, coordinate timely information exchange, highlight collaborative research opportunities, and provide science-based guidance to inform responsible policy on mCDR.
The goals of this survey are to
- Identify opportunities for mCDR science collaboration, coordination, and information-sharing,
- Inform development of a regional science exchange/network along the West Coast, Alaska, and British Columbia, and
- Gauge potential interest in joining.
This survey is primarily intended for organizations or individuals with scientific and technical expertise, but interested parties from all sectors or backgrounds are invited and encouraged to respond.
Survey responses will be compiled and analyzed by the California Ocean Science Trust. All information received through survey analyses will be shared in an aggregated format; no information shared publicly will be traceable to any individual respondent or institution.
This survey should take 5-15 minutes to complete. If you have questions about this survey or the regional science exchange/network, please reach out to us at: mCDR@oceansciencetrust.org.
Your input is valuable to us. Thank you!


Christiana Ade is a first-year PhD student at North Carolina State University in the Marine, Earth and Atmospheric Sciences Department. She researches wetlands and coastal environments using satellite remote sensing and field measurements. Her research includes water quality mapping, establishing new environmental indicators, and determining satellite resolution requirements for adequately monitoring wetlands.
Henry Houskeeper
Suhey Ortiz Rosa is a PhD student conducting research with Dr. Roy Armstrong in Bio-Optical Oceanography at the Department of Marine Sciences at the University of Puerto Rico- Mayagüez (UPRM). In 2005, she completed a B.S. in Coastal Marine Biology at the University of Puerto Rico- Humacao, and in 2010, a MS in Chemical Oceanography at UPRM. Suhey’s work focuses on the biogeochemistry of coastal waters and coral reefs, validating algorithms from satellite imagery of complex optical waters, remote sensing, and GIS. Previously, she worked on CDOM characterization with PARAFAC, mapping marine species distribution with the GAP-Analysis Project of Puerto Rico and later with watershed analysis of sedimentation processes on coral reefs.
Sara Rivero-Calle is a postdoctoral researcher at the Levine Lab in the University of Southern California interested in projects that involve large datasets, combining remote sensing and in situ data to answer large-scale ecological questions. She first learned about satellite remote sensing during her MS program at the University of Puerto Rico working on mesophotic reef sponge ecology using Autonomous Underwater Vehicles. She earned a PhD from Johns Hopkins University, where she used the Continuous Plankton Recorder survey to study long-term changes in North Atlantic phytoplankton communities. Currently, Sara is conducting postdoctoral research on fine-scale variability and patchiness, combining remote sensing, float, and HPLC data with numerical models.
Sarah Schlunegger is a PhD Student in the Program of Atmospheric and Oceanic Sciences, advised by Prof. Jorge Sarmiento. Sarah uses Earth System Models to predict the timing, sequence and inter-dependence of emerging anthropogenic signals in the ocean, with a focus on the ocean’s acquisition of anthropogenic carbon and heat. The ocean provides a climate service by absorbing the atmosphere’s excess carbon and heat but at a cost, namely acidification and warming, which deteriorate marine habitats. Sarah’s primary research goal is to identify when and where changes in these heat/carbon sinks and their resulting impacts will be detectable in the ocean.


