I am a research professor in the Earth System group at NORCE Climate & Environment and a member of the Bjerknes Centre for Climate Research. The objective of my research is to apply Earth system models and observations to advance our understanding and prediction of anthropogenic climate change; to model large scale ocean biogeochemical cycle and its interactions and feedback to the climate system from interannual to centennial time scales; to quantify the dominant internal climate variability and elucidating how they are affected by external forcings,such as carbon dioxide, volcanic eruptions, and large scale geoengineering; to determine and attribute sources of uncertainties leading to the large spread in climate models; to use observations and various statistical metrics to constraint and characterize model uncertainties and minimize projection errors. I am part of the Norwegian Earth System Model consortium and coordinate the development and maintenance of the ocean carbon cycle component.
Jerry Tjiputra
Research Professor
jetj@norceresearch.no
+47 56 10 75 59
Jahnebakken 5, 5007 Bergen, Norway
Division
Climate & Environment
Research themes
Research Groups
More information about Jerry
Projects
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Faglig foredragThe role of biological carbon pump in the Earth system– Ocean biogeochemical cycle workshop 2025
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Faglig foredragDetection of anthropogenically-induced changes in the interior ocean– Japan Geoscience Union Meeting 2025 2025
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Faglig foredragEmergent constraint on future anthropogenic carbon and excess heat uptake in the Southern Ocean– EGU general assembly 2024 2024
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Faglig foredragRe-emergence of anthropogenic carbon from the ocean– World Climate Research Program Open Science Conference 2023
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Faglig foredragRegime shifts in future ocean CO2 fluxes revealed through machine learning– 54th International Liège Colloquium on Ocean Dynamics 2023
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Faglig foredragIdentifying the underlying mechanisms of present and future inter-annual variability of oceanic carbon uptake using a machine learning approach with CMIP6 simulations– Ocean Science Meeting 2022 2022
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Faglig foredragRe-emergence of anthropogenic carbon from the ocean in NorESM2– Bjerknes Annual Meeting 2022 2022
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Faglig foredragIdentifying the underlying mechanisms of present and future inter-annual variability of oceanic carbon uptake using a machine learning approach with CMIP6 simulations.– EGU General Assembly 2022 2022
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Faglig foredragIdentifying the underlying mech- anisms of present and future inter-annual variability of oceanic carbon uptake using a machine learning approach with CMIP6 simulations– Constraining Model Uncertainty Workshop 2022
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Faglig foredragContemporary stratification constrains future anthropogenic carbon and excess heat uptake in the northern limb of the Southern Ocean– EGU General Assembly 2022 2022