Kim is a scientist with NIWA in New Zealand, with a focus on marine carbon chemistry. As part of the Ocean-Atmosphere Interactions group, she is responsible for surface ocean carbon programmes including the Munida Time Series, a long-running transect of ocean carbon measurements off the coast of New Zealand, and the open ocean carbon sink quantification project, using the RV Tangaroa. She is a part of a multi-disciplinary team working on coastal ocean acidification in New Zealand, and has recently set up a coastal ocean acidification observing network. Kim works at the collaborative Research Centre for Oceanography, located at the University of Otago, and was part of the team that was awarded the Prime Minister’s Science Prize in 2011. Kim is one of the leaders of the Surface Ocean CO₂ Atlas (SOCAT) project, which means that she is involved in all global activities related to utilizing the surface ocean carbon data and knows the needs and challenges of that community first hand. Since 2019, Kim has been part of the Global Ocean Acidification Observing Network (GOA-ON) Executive Council and is responsible for the global context of the IOCCP Ocean Acidification Theme.

Kim has served as IOCCP Co-Chair since January 2018.

Dr Véronique Camille Garçon is a Centre National de la Recherche Scientifique (CNRS) Senior Scientist at the Laboratoire d'Etudes en Géophysique et Océanographie Spatiales (LEGOS). She graduated from University of Paris VII in Environmental Sciences (Energy and Pollutions) in 1981 and then became a post-doc fellow at MIT (Cambridge, USA) from 1982 to 1985. Recruited as an Early Career scientist at CNRS in 1985, she worked at Institut de Physique du Globe de Paris then moved down to Toulouse with a sabbatical stay at Princeton University in 1995-1996. Her research evolves around understanding and quantifying processes governing fluxes of carbon, oxygen and associated biogeochemical elements in the ocean, using in situ tracers observations, remotely-sensed data, coupled physical biogeochemical modeling and data assimilation technics. She is also deeply involved in oceanic biogeochemical climatic monitoring via electrochemical sensors development. To date, Véronique has authored over 120 peer-reviewed publications in highly cited journals, as well as five book chapters and numerous communications in so called grey literature.

Throughout her successful scientific career, Véronique served on several national, regional and international committees, actively contributing to development and implementation of activities furthering the coherence of marine biogeochemistry observations and modelling. Her enthusiastic and proactive engagement in coordination was specifically relevant during her 10 years’ service for the Scientific Committee of the Surface Ocean Lower Atmosphere Study (SOLAS) project, of which she was the Chair until the end of 2017.

Veronique joined IOCCP SSG in 2018 as an Expert responsible for IOCCP activities around the most impactful biogeochemical EOV: Oxygen. Due to her earlier experience, Veronique is very familiar with the coordination process in marine biogeochemistry as well as the landscape of organizations, funding agencies, funding opportunities for coordination activities as well as interactions between individual projects and programs. All this makes Veronique a uniquely qualified person to embark co-leadership of IOCCP SSG, which she commenced in January 2021. Since taking on a GOOS Biogeochemistry Panel role in 2012, IOCCP has expanded our mission and activities to non-carbon biogeochemical EOVs. Having Veronique as a co-Chair is a positive confirmation of our dedication to EOV-wide coordination challenges for the benefit of the integrated ocean observing system aimed at achieving broader scientific progress and societal development.

Dr. Dariia Atamanchuk is a Research Associate at the Ocean Science and Technology group at Dalhousie University, Halifax, Canada. During her early career research period, she has gained significant experience in sensor development, calibration techniques, characterisation of sensor performance, quality control and data handling. She has developed a strong network of collaborators amongst several national and international academic partners focused on multidisciplinary oceanographic studies using autonomous sensor platforms, as well as major industry partners focused on the development of in situ and sea-going instrumentation.

Currently, Dariia’s research activities are focused on the study of ocean biogeochemical cycling of EOVs (and beyond) using observations from autonomous platforms and sensors as primary tools. These include in situ and ship-borne observations of coastal environments (Scotian Shelf, KoljoFjord, Bedford Basin Time-Series) and the open ocean (Labrador Sea, North Atlantic) with respect to the carbon cycle (pCO₂, pH, TA), oxygen, nutrients (nitrate and phosphate), chlorophyll, bio-optical properties of seawater, velocity and more.

We believe that Dariia’s combined network of collaborators, working experience and expertise as sensor developer and user for various applications will significantly strengthen IOCCP’s ability to address the contemporary needs of our community concerning application and validation of new emerging tools in observing the global ocean’s interior. These can be achieved through e.g. inter-comparison studies of laboratory and autonomous sensor methods aiming to improve the methods and discover potential systematic errors, develop technical training opportunities, and contribute to standardisation of measurement methods for marine biogeochemical in situ observations.

Fei is a Director of the State Key Laboratory of Satellite Ocean Environment Dynamics in Hangzhou, China and a Professor at the School of Marine Sciences, University of Maine, USA. During the past 30 years, Fei has developed and improved a series of physical-biological-chemical models, and used model results along with in situ and remote sensing data to address some key ocean carbon and ecosystem related questions and issues. He has used the models and observational data to conduct interdisciplinary research projects in many regions and areas, such as Pacific Ocean and coastal seas, with focus on the upwelling regions including the equatorial Pacific, the coast of Peru, California Current System, East China Sea and South China Sea, Yangtze River estuary and San Francisco Bay. Since 2016, Fei has started to develop a BGC-Argo observational network for the western Pacific Ocean, presently with over 20 BGC-Argo floats for the region. Fei has served as committee member for several international scientific organizations and programs, prompting interdisciplinary and collaborative research projects.

As IOCCP SSG member Fei will be responsible among other things for coordinating IOCCP's activities at the interface of biogeochemistry observations and modelling (including potential solutions for better utilization of observations to support climate and ocean model forecasts and assessments as well as better use of model outputs to inform the design of the ocean observing system). Fei is also responsible for coordinating autonomous ocean interior observations. He is also anxious to to have China contribute more to international research planning and collaborations, thus helping IOCCP expand the global network of sustained and coordinated ocean observations of biogeochemistry and beyond.

Emmanuel holds the position of an Associate Director of the School of Marine Sciences at the University of Maine in Orono, ME, USA, where he is also conducting research and teaching as a Professor of Oceanography. The bulk of Emmanuel's research work is concerned with both basic and applied research. Emmanuel has been involved collaboratively in the development of methods to study particle dynamics (whether sediments, algae or detrital material) including technology inter-comparison and protocol writing. These methods span platforms from divers, through Argo floats and flow-through systems on research vessels to satellite. He believes that coordination in methodology is critical for our ability to study the oceans and hence has committed to helping coordinate activities that will provide guidance regarding necessary measurements and how to achieve them. 

As IOCCP SSG member Emmanuel will be responsible for coordinating the development of particle-relevant EOVs and the assembly of relevant best practice protocols (and where they are not available assist in producing them). Working with experts in data curation and retrieval will insure that the protocol highlight the appropriate methods to curate data (including necessary meta data) and appropriate repository. Emmanuel will also help IOCCP strengthen the much needed connection between in situ and remote sensing sustained observations of marine biogeochemistry. 

Sana Ben Ismail received her PhD in 2014 jointly from the National Institute of Marine Sciences and Technologies (NIMST) in Tunisia and the Marine Environment Unit of the Mechanical-ENSTA Paris Tech. She now holds the position of Associate Professor of Oceanography at NIMST in Tunisia.

Since 2005 she is a member of the Marine Environment laboratory and the head of the research area "Hydrological and lagrangian observing system and comparison with model results in the Central Mediterranean” within that unit. She is responsible for the acquisition, processing and analysis of hydrological and biogeochemical data in the Tunisia-Sicily Channel and off the Tunisian coast. Sana is interested in the variability of water masses and circulation in the Mediterranean. She participated to more than 14 oceanographic cruises on board national R/v Hannibal and 2 international cruises on board Italian research vessels. Sana built a strong network of collaborators through participating in several regional and European research projects including SeaDataNet I and II, SeaDataCloud, Jerico Next and ENVIMED.

At IOCCP we will work with Sana to strengthen the local and regional network of biogeochemical observations in an environment where the observing and data management needs are not prioritized by most of the local stakeholders. Our activities will be initiated around southern Mediterranean community, but tools and practices developed will be applicable in other regions facing similar challenges.

Adrienne is an Oceanographer at NOAA’s Pacific Marine Environmental Laboratory (PMEL) and an Affiliate Assistant Professor at University of Washington’s School of Oceanography in Seattle, U.S.  Her research group focuses on advancing our understanding of the ocean carbon cycle and how it is changing over time. Her team maintains almost 40 moored autonomous time series around the globe in open ocean and coastal ecosystems that track air-sea CO₂ exchange and ocean acidification.  Her recent publications focus on characterizing natural variability and long-term anthropogenic trends using time series observations and models, uncertainty in observation-based CO₂ flux estimates, and modern-day exposure of marine organisms to corrosive carbonate chemistry conditions.  Adrienne also collaborates with her team and PMEL engineers on observing technology development.  This team was part of the first autonomous circumnavigation of Antarctica in 2019 and has transferred two autonomous air-sea pCO₂ observing technologies to industry and nonprofit partners.

From 2015 to 2021 Adrienne served as co-chair of the Biogeochemistry Task Team of the Tropical Pacific Observing System 2020 (TPSO2020): a groundbreaking effort that implemented for the first time the Framework for Ocean Observing’s user-driven and variable-focused design.  She also serves on the steering committees of OceanSITES, Prediction and Research Moored Array in the Tropical Atlantic (PIRATA), and the Global Ocean Acidification Observing Network (GOA-ON). She is active in the community data quality control efforts of the Surface Ocean CO₂ Atlas (SOCAT) and research capacity building efforts through the United Nation’s Sustainable Development Goal 14.3.1 Indicator Development Expert Group.  She has also developed trainings on monitoring strategy design and data quality control and management best practices with GOA-ON, the IOC-UNESCO and other partners.

Adrienne is incredibly passionate about mentoring the next generation of oceanographers, especially those underrepresented in the ocean sciences and also has experience in science communication and policy. Adrienne’s dedication to marine biogeochemistry will no doubt help IOCCP provide our services to the community via a variety of well-designed and efficiently implemented activities.

Keyhong is a Senior Research Scientist at the Korea Polar Research Institute (KOPRI), Incheon, South Korea. He holds a PhD in Atmospheric Chemistry, an M.S. in Chemical Oceanography and a B.Sc. in Oceanography. Keyhong is a sea-going oceanographer at PI level with significant experience in ship-based Time Series monitoring of marine and atmospheric biogeochemical parameters. His responsibilities include data management of time-series borne data sets, collected mainly at Korean Antarctic Time Series stations, as well as underway and hydrographic data collected by ice-breaking research vessel. He is also involved in statistical analysis (deep learning and neural networks) of large data sets coincided with satellite-borne observations and earth system model results.

A large proportion of Keyhong’s academic contribution is related to DMS, with carbon cycle and statistical analysis filling the rest of his input. His international activity focuses on collaboration with project partners in the context of large-scale Southern Ocean monitoring.

Keyhong will take responsibility for coordination of IOCCP’s Time Series Efforts in Polar regions, with most focus on the Southern Ocean region, and will use his regional links to strengthen multilateral partnerships with the Asian biogeochemistry observational community, particularly with regards to ship-based and moored Time Series.

Richard Sanders holds a PhD in Environmental Science, a Master's Degree in Oceanography and an Undergraduate Degree in Chemistry. Richard is the Director of the European Research Infrastructure: Integrated Carbon Observing System – Ocean Thematic Center (ICOS-OTC) hosted at the Norwegian Research Centre in Bergen Norway, a part time Staff Scientist at the UK National Oceanography Centre, holds and Honorary Chair from the University of Southampton, UK and is a trustee of the South Atlantic Environmental Research Institute in the Falkland Islands.

The Ocean Thematic Centre exists to support marine observing systems for high quality long term observations of greenhouse gases via the provision of standard gases, databasing, helping stations provide the highest quality observations and opening up access to new technology. Before joining ICOS-OTC Dr Sanders served as the Chair of the Ocean Biogeochemistry and Ecosystems group at National Oceanography Centre (NOC), in Southampton, UK, a position he has held since 2012. He has undertaken research into the Biological Carbon Pump, the biologically mediated storage of carbon in the oceans interior which controls climate, land ocean carbon transfers and the oceanic uptake of CO₂ from the atmosphere.

At IOCCP Richard will lead our continuous efforts to create a much more robust surface ocean carbon observing system for monitoring ocean carbon uptake. A system that is capable of reporting annually on the state of the ocean carbon sink based on globally coordinated network of observatories, submitting FAIR data of known and feasible quality to recognized data management system approved by the global community.

Maribel García-Ibáñez is a Severo Ochoa Postdoctoral Researcher at Institut de Ciències del Mar in Barcelona, Spain. She got her PhD in 2015 under the supervision of Prof. F.F. Pérez from Instituto de Investigaciones Marinas (IIM-CSIC) of Vigo (Spain). Her PhD project focused on understanding the inorganic carbon cycle in the North Atlantic Ocean, in particular the anthropogenic perturbation. The results of her PhD, and other works that she co-authored, highlighted the role of the water mass transformation in the relatively fast acidification rates of the intermediate and deep waters of the Subpolar North Atlantic.

Maribel is an interdisciplinary oceanographer, with a deep interest in the link between chemical and physical oceanographic processes and their implications in the marine environment. Her background includes exhaustive knowledge of the ocean inorganic carbon cycle and water mass circulation, formation and transformation in the North Atlantic and Southern Oceans. Maribel has participated in several cruises where she sampled, measured and quality-controlled seawater CO₂ system variables, and managed the databases until their submission to data repositories. Her work experience includes leakage detection in offshore reservoirs related to carbon capture and storage (CCS), characterization of dyes used to measure seawater pH and exploration of the internal consistency of the measurements of the oceanic carbonate system as well as characterisation of the processes affecting the carbon uptake in the Southern Ocean and analysis of tipping points for North Atlantic cold-water corals. Maribel collaborates with the Ocean Carbonate System Intercomparison Forum (OCSIF), with a goal to debate the nature of the internal inconsistencies of the ocean carbonate system data, advocate for needed research to resolve these problems, and provide guidance for data product assembly and documentation.

At IOCCP Maribel will work to maintain and enhance a critical liaison between IOCCP and GO-SHIP, and perhaps more importantly will lead our struggle to build local and regional capacity to perform ocean interior observations based on GO-SHIP-approved best practices and data and metadata protocols and promote regular data submissions to the Global Ocean Data Analysis Project (GLODAP).

Steve Jones began as a software developer with a BSc in Computer Science from the University of Wales, Aberystwyth (2000) and a career in private industry. In 2007 he returned to university where he gained an MSc in Climate Change (2008) and a PhD in Marine Biogeochemistry (2012), both from the University of East Anglia. Following post-doctoral positions at the UEA and University of Exeter he moved to the University of Bergen, Norway in 2016, where he works as a software developer and data manager.

Steve’s career has covered many aspects of marine carbon cycle science. He has been on multiple research cruises to take ocean interior carbon measurements, and collected surface CO₂ measurements from instrumentation installed on a commercial ship. He developed a method for interpolating surface CO₂ measurements to obtain global estimates of air-sea CO₂ fluxes, contributing to the Surface Ocean pCO₂ Mapping Intercomparison. He has also contributed analyses to the annual Global Carbon Budget and the RECCAP synthesis.

Steve’s current focus is developing software to support moving marine biogeochemical observation onto a more operational footing, standardising and automating data processing, quality control and publication where possible and developing tools for those activities that cannot (or should not) be automated. Much of his work benefits the European Research Infrastructure: Integrated Carbon Observing System – Ocean Thematic Center, directly supporting the scientists and engineers collecting data. He is also involved in data publication through projects such as SOCAT, GLODAP, EU Copernicus and EU ENVRI-FAIR, working to ensure that data is as open and accessible as possible.

Steve will continue IOCCP’s mission to help the whole community produce and use FAIR data of known quality as smoothly as possible.

Fei is a Director of the State Key Laboratory of Satellite Ocean Environment Dynamics in Hangzhou, China and a Professor at the School of Marine Sciences, University of Maine, USA. During the past 30 years, Fei has developed and improved a series of physical-biological-chemical models, and used model results along with in situ and remote sensing data to address some key ocean carbon and ecosystem related questions and issues. He has used the models and observational data to conduct interdisciplinary research projects in many regions and areas, such as Pacific Ocean and coastal seas, with focus on the upwelling regions including the equatorial Pacific, the coast of Peru, California Current System, East China Sea and South China Sea, Yangtze River estuary and San Francisco Bay. Since 2016, Fei has started to develop a BGC-Argo observational network for the western Pacific Ocean, presently with over 20 BGC-Argo floats for the region. Fei has served as committee member for several international scientific organizations and programs, prompting interdisciplinary and collaborative research projects.

As IOCCP SSG member Fei will be responsible among other things for coordinating IOCCP's activities at the interface of biogeochemistry observations and modelling (including potential solutions for better utilization of observations to support climate and ocean model forecasts and assessments as well as better use of model outputs to inform the design of the ocean observing system). He is also anxious to to have China contribute more to international research planning and collaborations, thus helping IOCCP expand the global network of sustained and coordinated ocean observations of biogeochemistry and beyond.

Nico Lange completed his PhD at GEOMAR, Germany in 2023 and is currently a post-doc at NORCE in Bergen, Norway. He focuses on the manifestation, and impact of data synthesis products in the marine biogeochemical data landscape. As a key member of the Global Ocean Data Analysis Project (GLODAP) Reference Group, Nico is responsible for the advanced quality-control, and processing of data since 2018. He will continue to fulfil this role for the planned GLODAPv3.  More recently he started leading the international community effort “Synthesis Product for Ocean Time-Series” (SPOTS). The product brings together 12 internationally renowned time-series stations from around the globe to form the first synthesis data product with comparable data for biogeochemical ship-based time-series stations. Nico is also an active member of the Steering Committee of the Research Coordination Network for Marine Ecological Time Series (METS-RCN).

Despite his early career ocean professional status, Nico has been a very active member of our community for the past 3-4 years, and a combination of his leadership skills expressed around SPOTS activity, and relatively strong international exposure through GLODAP and METS-RCN allows IOCCP to further the community efforts aimed at formalizing the status of the ship-based time-series as a new GOOS (OCG) observing network. In his role as IOCCP SSG Expert for Synthesis Activities, Nico continues the long-standing IOCCP efforts to support existing data synthesis products as well as work with our community to assist with development of emerging data synthesis products around Oxygen EOV as well time series stations.

Maciej Telszewski holds a PhD in Marine Biogeochemistry from the University of East Anglia (Norwich, UK), where he worked with surface ocean carbon data to develop an efficient neural network algorithm allowing basin scale mapping of this parameter in the North Atlantic. He then moved to Japan, where he joined a research group at the National Institute for Environmental Studies (Tsukuba) to further improve the statistical computing approach. His work resulted in successful mapping of surface carbon and nutrients fields in the North Pacific accompanied by fluxes estimates included in the RECCAP synthesis. Throughout his research carrier he was actively involved in field campaigns, contributing surface measurements to the Surface Ocean CO₂ Observing Network (SOCONET) and ocean interior measurements to the Global Ocean Ship-based Hydrographic Investigations Program (GO-SHIP).

In 2011 Maciej joined the Intergovernmental Oceanographic Commission of UNESCO (Paris, France) initially as a Deputy Director of the International Ocean Carbon Coordination Project and since mid-2012 as IOCCP’s Project Director (and Global Ocean Observing System (GOOS) Biogeochemistry Expert Panel Executive Officer). In this role he coordinates the highly diverse set of ocean carbon and biogeochemistry activities through extensive collaboration and dialogue with the scientific community via national and international organizations, scientific steering committees, scientific workshops, and expert meetings.

https://www.researchgate.net/profile/Maciej_Telszewski/research

https://www.linkedin.com/in/maciej-telszewski-6b0697123/

Artur holds a B.Sc. in Geosciences & Astrophysics from Jacobs University in Bremen, Germany (2006) and a Ph.D. in Oceanography from the University of Maine in Orono, Maine, USA (2011). He took advantage of this transdisciplinary education to explore innovative approaches to combining multi-platform ocean observations with ecosystem model results while contributing to numerous national and international, regional and global projects. His scientific interests and contributions range from cold-water coral biology and trace metal biogeochemistry, through ecosystem modeling, to the development of decision-support tools for marine resource management. As an oceanographer he gained a broad perspective on a critical issue of data collection and synthesis, which often hinders the development of reliable biogeochemical and ecosystem model projections needed to provide scientific advice to local, regional and global ocean management. As a researcher at the National Institute of Aquatic Resources, Technical University of Denmark (DTU-Aqua), Copenhagen, Denmark (2012-2015), Artur gained experience in coordinating international and cross-sector data synthesis and ecosystem modeling efforts (EU VECTORS project, EU EURO-BASIN project). He has also been providing scientific advice to working groups of the International Council for the Exploration of the Sea (ICES). 

Artur has been working as IOCCP Project Officer since January 2016.