Dr. Rita Franco-Santos is an OFI Visiting Fellow and marine ecologist whose current research focuses on carbon pathways in kelp forests, more specifically on the fate and magnitude of kelp-derived carbon, and the potential for these ecosystems to contribute to carbon sequestration. On Thursday, Oct. 16, 2025, she will be presenting a seminar on Golden Carbon: Can Kelp forests Contribute to Climate Mitigation? This is a collaborative project with Dr. Sue Budge, which aims to determine if it is possible to verify the presence of kelp C in marine sediments if there are biomarkers (e.g., fatty acids) that can be unambiguously attributed to seaweed groups/species. This seminar will include a deep-dive into Franco-Santos’s research, its relevance for policy and conservation, and showcase preliminary results.

Rita Franco-Santos is a marine ecologist whose current research focuses on carbon pathways in kelp forests, more specifically on the fate and magnitude of kelp-derived carbon, and the potential for these ecosystems to contribute to carbon sequestration. While her expertise lies mostly in zooplankton (feeding) ecology, having worked with cephalopods, copepods, polychaete/urchin larvae, and krill in tropical, temperate, and polar regions, she applies her knowledge of isotopes and lipids as tracers for marine processes to any fields of interest. Rita is also highly involved in service roles, notably as co-coordinator of the Australian/New Zealand National Node of the UN Ocean Decade Early Career Ocean Professionals (ECOP) Programme and as a Member-at-Large in the Board of Directors of the Association for the Sciences of Limnology and Oceanography (ASLO).
(Organized by National Oceanic and Atmospheric Administration (NOAA))
Carbon Dioxide Removal (CDR), when paired with extensive emissions reductions, is a mitigation strategy to limit warming to 1.5°C as it removes legacy carbon emissions from the atmosphere by augmenting natural processes on ocean and land.
However, in order to meet climate goals, CDR must scale 30 times its present capacity by 2030, which is estimated to require an annual global investment of 1.13 billion USD/year for research and development.
This panel event will:
(Organized by World Meteorological Organization)
This panel event is focused on the Global Greenhouse Gas Watch, which will provide a valuable tool to support the transparency of global mitigation action.
The system will be built on three components:
Open and unrestricted access to data will ensure a full transparency of system outputs, which will provide globally consistent information that will feed multiple applications including supplementary information to the traditional inventory reporting.
(Organized by Minderoo Foundation)
This session unveils the transformative potential of eDNA in mapping the lifeblood of our seas, promising a leap in how we observe ocean life and manage Marine Protected Areas. Dive into the future of ocean stewardship and witness how cutting-edge genomics merge with oceanic expeditions to redefine marine protection.