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  • OceanNETs – ocean-based negative emissions technologies
    OceanNETs aimed to determine to what extent, and under what conditions, the large-scale deployment of ocean-based negative emission technologies could have contributed to realistic and effective pathways for Europe and the world to achieve climate neutrality and the goals established in the Paris Agreement It also sought to identify and prioritize options with the most potential in regard to
  • Research data – OceanNETs
    Landing pages listing raw and yet unpublished research data code from Mesocosm experiments and numerical simulations generated and shared by OceanNETs work package participants and partners (e g laboratory or ocean based mesocosms) Due to embargos for ongoing research, access is granted to project partners or upon request directed at prinicipal investigator or contact persons
  • About the project – OceanNETs
    In 2018 as part of the Horizon 2020 Work Programme the European Commission put out a call for proposal aimed at “Building a low-carbon, climate resilient future: climate action in support of the Paris Agreement” Proposals were invited to address a number of specific topics including one on “Negative emissions and land-use based mitigation assessment”, which had two sub-topics on
  • CT 1: Society and NETs – OceanNETs
    CT 1 provides information on the societal implications of deploying ocean-based NETs in that it aims to determine the socio-economic, governance, legal, and public perception and implementation issues that will influence whether or not, and to what extent (e g , scales of deployment), ocean-based NETs can be utilized in sustainable climate mitigation efforts To do this, CT 1 brings together
  • Ocean alkalinization – OceanNETs
    Alkalinity is the capacity of a solution to neutralize acid By increasing the alkalinity of the upper ocean, the carbon storage capacity of seawater can be enhanced and thus, more CO 2 can be taken up by the ocean Ocean Alkalinization approaches involve the addition of carbonate-containing minerals or alkaline solutions to the ocean, which then react with CO 2 and water to form bicarbonate
  • Internal – OceanNETs
    IMPORTANT CHANGE Please notice that all internal pages ( internal oceannets eu ) had to be migrated to new services and will be made accessible again soon Please contact OceanNETs’ data management or coordinators in case you need immediate access to information or content from the internal workspace June 30th, 2025
  • OceanNETs: a transdisciplinary research project – OceanNETs
    The project’s general aim is to overcome fundamental negative emission technology (NET) knowledge gaps through disciplinary, inter-, and transdisciplinary research The respective research approaches depend on our prior knowledge of NETs and are shaped by the extent to which it is most promising to gain novel insights from i) investigating socio-economic, regulatory and legal aspects, as
  • Participating institutions – OceanNETs
    Alfred Wegener Institute Helmholtz Centre for Polar and Marine Research
  • Ocean fertilization – OceanNETs
    Phytoplankton form the basis of the marine food web and are naturally limited by the availability of certain elements such as nitrogen, phosphorous and iron in the ocean Ocean Fertilization approaches aim to add these limiting elements to the upper sunlit layers of the ocean to stimulate phytoplankton growth and photosynthesis During these processes phytoplankton fix CO 2 in their biomass





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