InstitutionUniversity of Bern
CountrySwitzerland
Primary pathwayOcean CDR: Leveraging ocean alkalinity, nutrient cycling, or seaweed farming to sequester carbon in the ocean.
Top lists, Ocean CDRrank 9 by activity, rank 2375 by citations (worldwide, 2026-11.4)
Career stageMid-career
h-index13
Citations1,088
Publications81
Share of publications on CDR19.8%
TrajectoryGrowing
ProfilesORCID · OpenAlex

Metrics are OpenAlex author metrics across all fields; the census counts only the CDR-relevant papers since 2021 listed below. Corrections and removal: info@carbon-drawdown.de, done within five working days (privacy notice).

Papers counted in the census

16 CDR-relevant papers and preprints since 2021 count for the top lists, by pathway: Ocean CDR 15, Cross-cutting CDR 1. A paper tagged with two pathways counts in both lists. Preprint and journal version are merged where OpenAlex links them; where it does not, both appear.

YearPaperPathwayCitations
2026The efficiency and ocean acidification mitigation potential of ocean alkalinity enhancement on multi-centennial timescalesOcean CDR2
2026Subsurface dissolution reduces the efficiency of mineral-based open-ocean alkalinity enhancementOcean CDR2
2026The efficiency and ocean acidification mitigation potential of ocean alkalinity enhancement on multi-centennial timescalesOcean CDR2
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based open-ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based open-ocean alkalinity enhancement”Ocean CDR0
2026Data and code for publication “Subsurface dissolution reduces the efficiency of mineral-based open-ocean alkalinity enhancement”Ocean CDR0
2026Subsurface dissolution reduces the efficiency of mineral-based open-ocean alkalinity enhancementOcean CDR0
2026The efficiency and ocean acidification mitigation potential of ocean alkalinity enhancement on multi-centennial timescalesOcean CDR0
2025Subsurface dissolution reduces the efficiency of mineral-based ocean alkalinity enhancementOcean CDR1
2025Potential of Ocean Alkalinity Enhancement in Climate Stabilization scenarios at Different Warming LevelsOcean CDR0
2023Divergent Response of Ocean Regions to Temporarily Overshooting Paris Agreement Warming LevelsCross-cutting CDR0

Part of the CDR Researcher Census: top lists per pathway · lookup · data and API