DBO: NCIS (BOB PICKART) - Global Ocean Monitoring and Observing

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Distributed Biological Observatory- Northern Chukchi Integrated Study (DBO-NCIS)
Analyzing Arctic water flow and connections to biological drivers
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The overall goal of the
Distributed Biological Observatory – Northern Chukchi Integrated Study (DBO-NCIS)
is to document and understand ongoing changes to the Pacific-Arctic ecosystem in light of changing physical drivers. The project will continue the analysis of physical data collected on the DBO-NCIS cruises to date (2017-2021), in conjunction with ancillary and historical data, while collaborating with the interdisciplinary team of scientists involved in the program. This includes a study of the changing halocline of the Beaufort Gyre, the formation and spreading of newly formed winter water on the Beaufort shelf, and the Pacific Water flow branches on the Chukchi shelf. These and other efforts have continued to advance our understanding of the water mass composition, transformation, and progression of flow from the Bering Strait to the Arctic Basin, and how this in turn impacts Arctic ecosystems.
Robert Pickart
Primary Investigator
rpickart@whoi.edu
Project Institution
: Woods Hole Oceanographic Institution
Partnerships
: NSF, DBO, PAG, PMEL
Award Period
:
01 October 2021 – 30 September 2022
Vessels Information
: USCGC Healy,  R/V Sikuliaq, R/V Mirai, R/V Xuelong, and CCGS Amundsen
Project Mission & Goals
The DBO-NCIS project is divided into two different studies. Read more about their objectives below.
Study One: Evolution in the Beaufort Gyre
Study Two: Winter Water
The first study addresses the evolution of the Beaufort Gyre over the past two decades. Results imply that continued thinning of the cold halocline layer could disrupt the present stable state of the gyre, allowing for a significant freshwater release. This in turn could freshen the subpolar North Atlantic, impacting the Atlantic Meridional Overturning Circulation.
Newly ventilated winter water observed across four moorings deployed across the shelf in the western Beaufort Sea (2008-2009). While water near the freezing point was observed across the entire shelf (grey dots), only on the inner-shelf (moorings N1 and N2) was the water salty enough to ventilate the cold halocline layer of the Canada Basin (black dots).
The second study investigates aspects of newly ventilated winter water (NVWW), which is a cold, salty, nutrient-rich water mass that is critical for supporting the ecosystem of the western Arctic Ocean. The analysis includes using time series from a previous mooring array deployed across the shelf and slope in the western Beaufort Sea near 150°W from 2008-9. Results show that the salty NVWW can be fluxed off the shelf due to the convergence of the westward-flowing current on the shelf and the eastward-flowing outflow from Barrow Canyon.
In addition to these studies, we are compiling and updating an historical database of shipboard acoustic Doppler current profiler (SADCP) data on the Chukchi shelf. The climatology is called ChukSA (Chukchi Sea shipboard ADCP), and to date it includes data from 57 cruises over the time period 2002-2022. We will continue to expand this database using data from both domestic and foreign vessels, including the R/V
Marai
(JAMSTEC), the R/V
Xue Long
(PRIC), the USCGC
Healy
, and the CCGS
Laurier
(DFO). We are also including ADCP data from Saildrones. Such a composite data set is extremely valuable for quantifying the basic circulation of the Chukchi shelf, its response to wind forcing, and the fluxes of volume, heat, salt, and nutrients across the shelf.
Data Access
About The DBO-NCIS Database
This data has been collected and submitted as part of the Distributed Biological Observatory (DBO) program. Data were originally collected as part of the Distributed Biological Observatory – Northern Chukchi Integrated Study (DBO-NCIS) project, headed by Robert Pickart (rpickart@whoi.edu) and Jackie Grebmeier (jgrebmei@umces.edu). Conductivity-Temperature-Depth (CTD) data were taken aboard the USCGC Healy during HLY1702. During this cruise, data were taken along the established repeat hydrography transects, DBO1, DBO3, DBO4, and DBO5. This submission includes CTD data from the DBO3 transect. There are nine dcc data files containing the following parameters: pressure, depth, temperature, conductivity, oxygen, fluorescence, practical salinity, density, and potential temperature.
Main Data Portals
Healy Datasets
ADC DBO Chukchi Data Portal
Access Link
Healy 2017 (
HLY-1702
) Data
Access Link
Healy 2018 (
HLY-1801
) Data
Access Link
Healy 2019 (
HLY-1901
) Data/ ChukSA climatology
Access Link
Trends of volume in the BG region (curves) and in the main source water at the mouth of Barrow Canyon (BC, filled circles), in the early period (2003–2011, blue) and the late period (2012–2019, orange). The 95% confidence intervals of the trends are denoted by the dashed lines and horizontal bars.
Featured Publication
Recent state transition of the Arctic Ocean’s Beaufort Gyre
May 8, 2023
Peigen Lin, Robert S. Pickart, Harry Heorton, Michael Tsamados, Motoyo Itoh, & Takashi Kikuchi
The Beaufort Gyre is the dominant circulation of the Canada Basin and the largest freshwater reservoir in the Arctic Ocean. During the first part of the 2000s, the gyre intensified and accumulated freshwater. Using an extensive hydrographic dataset from 2003 to 2019, along with updated satellite ocean topography data, we find that over the past decade, the Beaufort Gyre has transitioned to a quasi-stable state in which the increase in sea surface height of the gyre has slowed and the freshwater content has plateaued. In addition, the cold halocline layer, which isolates the warm/salty Atlantic water at depth, has thinned significantly due to less cold and salty water stemming from the Pacific Ocean and the Chukchi Sea shelf. This, in turn, could significantly freshen subpolar North Atlantic waters.
Read Story
Publications & References
Most Recent Publications
Anderson, D. M., E. Fachon, K. Hubbard, K. A. Lefebvre, P. Lin, R. S. Pickart, M.Richlen, G. Sheffield, and C. Van Hemert, 2022. Harmful algal blooms in the Alaskan Arctic: an emerging threat as oceans warm.
Oceanography
,
35
, https://doi.org/10.5670/oceanog.2022.121
Access Link
Danielson, S. L., J. M Grebmeier, K. Iken, C. Berchok, L. Britt, K. H. Dunton, L. Eisner, E. Farley, A. Fujiwara, D. Hauser, M. Itoh, T. Kikuchi, S. Kotwicki, K. J. Kuletz, C. W. Mordy, S. Nishino, C. Peralta-Ferriz, R. S. Pickart, P. S. Stabeno, K. M. Stafford, A. V. Whiting, and R. Woodgate, 2022. Monitoring Alaskan Arctic shelf ecosystems through collaborative observation networks. Oceanography, 35, https://doi.org/10.5670/oceanog.2022.119
Access Link
Einarsson, S.V., K Lowry, P. Lin, R.S. Pickart, and C.J. Ashjian, 2022. Alexandrium on the Alaskan Beaufort Sea Shelf: Impact of upwelling in a warming Arctic. Harmful Algae, 120, https://doi.org/10.1016/j.hal.2022.102346
Access Link
Hubbard, K.A. and 16 co-authors. Spatiotemporal transitions in Pseudo-nitzschia species assemblages and domoic acid along the Alaska coast. PLOS ONE.
18
(3):e0282794.https://doi.org/10.1371/journal.pone.0282794
Access Link
Lefebvre, K.A. and 20 co-authors, 2022. Paralytic shellfish toxins 1 in Alaskan Arctic food webs during the anomalously warm ocean conditions of 2019 and estimated toxin doses to Pacific walruses and bowhead whales. Harmful Algae, 114, https://doi.org/10.1016/j.hal.2022.102205
Access Link
Lin, P., R.S. Pickart, T.J. Weingartner, H.L. Simmons, M. Itoh, and T. Kikuchi. Formation and circulation of Newly Ventilated Winter Water in the western Beaufort Sea. Progress in Oceanography, 216, 103068. https://do.org/10.1016/j.pocean.2023.103068.
Access Link
Lin, P., Pickart, R.S., Heorton, H.
et al.
Recent state transition of the Arctic Ocean’s Beaufort Gyre.
Nat. Geosci.
16
, 485–491 (2023). https://doi.org/10.1038/s41561-023-01184-5
Access Link
Selden, C.R., S.V. Einarsson, K. Lowry, K. Crider, R.S. Pickart, P. Lin, C. Ashjian, and P. D. Chappell, 2022. Coastal upwelling enhances abundance of a symbiotic diazotroph (UCYN-A) and its haptophyte host in the Arctic Ocean. Frontiers in Marine Science, Front, 9:877562. https://doi.org/10.3389/fmars.2022.877562
Access Link
von Appen, W-J., T. Baumann, M. Janout, N. Koldunov, Y-D Lenn, R.S. Pickart, R.B Scott, and Q. Wang, 2022. Eddies and the distribution of eddy kinetic energy in the Arctic Ocean. Oceanography, 35, https://doi.org/10.5670/oceanog.2022.122
Access Link
Wang, H., P. Lin, R.S. Pickart, and J.N. Cross, 2022. Summer surface CO
2
changes in the Bering and Chukchi Seas from 1989 to 2019. Journal of Geophysical Research, 127, e2021JC017424. https://doi.org/10.1029/2021JC017424
Access Link
Selected Presentations
2022 Alaska SeaGrant: Beyond Bering Strait: Where Does the Water Go? Strait Science, November 24, 2022
Access Link
Additional Links & Resources
DBO-NCIS Project Website
Access Link
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ARCTIC REPORT CARD - Global Ocean Monitoring and Observing

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Arctic Report Card
Tracking recent Arctic environmental changes relative to historical records
Jump to data
The
Arctic Report Card
is a timely and peer-reviewed source for clear, reliable and concise environmental information on the current state of Arctic environmental systems. Renewed annually since 2006, the Report Card has remained a constant source of knowledge and connection to different aspects of Arctic-related research and discoveries throughout the organization. The publication incorporates a wide range of modules within Arctic research and spans multiple NOAA line offices, including climate, satellite, fisheries, technology, and oceanographic-related projects.
The Arctic Report Card is intended for a wide audience, including scientists, teachers, students, decision-makers and the general public interested in the future of Arctic environment and science.
Project Institution
: NOAA, University of Colorado, Boulder, University of Alaska, Fairbanks
Partnerships
: NOAA, CICOES-University of Alaska, Fairbanks, CIRES-University of Colorado, Boulder, NISDC, PMEL
Award Period
: 01 October 2022 – 30 September 2023
Data Access
About The Database
This Arctic Report Card (ARC) data portal is meant to increase access and transparency of datasets used in the ARC. Through a partnership between the Arctic Data Center, the US Arctic Observing Network (US AON), and the ARC, this portal will help to move ARC datasets towards alignment with the FAIR principles of data management (Findable, Accessible, Interoperable, and Reuseable).
By The Numbers
The portal includes metadata records for most of the 27 datasets that inform key findings within the 2020 Arctic Report Card’s reporting on Vital Signs, which are the report’s annual updates on seven recurring topics: Surface Air Temperature; Terrestrial Snow Cover; Greenland Ice Sheet; Sea Ice; Sea Surface Temperature; Arctic Ocean Primary Productivity; and Tundra Greenness. Since 2006, over the course of the ARC series, Vital Signs essays have employed more than 100 different data products to support key findings of Arctic change.
Arctic Report Card Data Portal
Access Link
References & Related Links
References List
Arctic Report Card Citation Information Page
Access Link
Additional Links & Resources
Arctic Report Card Archive
Access Link
Arctic Report Card 2022 Executive Summary
Access Link
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Climate change • Climate change refers to long-term shifts in temperatures and weather patterns. Human activities have been the main driver of climate change, primarily due to the burning of fossil fuels like coal, oil and gas.
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Climate change refers to long-term shifts in temperatures and weather patterns. Human activities have been the main driver of climate change, primarily due to the burning of fossil fuels like coal, oil and gas.
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U.S Arctic Observing Network (Sandy Starkweather) - Global Ocean Monitoring and Observing

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U.S Arctic Observing Network
Identifying actionable improvements to the
national
and pan-Arctic observing system
Jump to data
The
United States Arctic Observing Network (US AON)
is a collaboration-based initiative that promotes well-defined networks of sustained Arctic observations through partnership development and the advancement of shared planning processes and methods (e.g. Value Tree Analysis, VTA) within NOAA, across US Federal agencies and with other partners, nationally and internationally.

The project aims to provide cross-agency coordination for federal efforts related to sustained Arctic observing in order to unify various Arctic observation efforts. This coordination is guided by the US AON Board (Federal-only funders), co-chaired by NOAA, NSF and NASA, with participation from DOI, DOE, EPA and DOD. Organizationally, US AON is the observing focal point of the Interagency Arctic Research Policy Committee (IARPC), which is charged by Congress to coordinate all Federal agencies engaged in Arctic research. This initiative also advances the international Roadmap for Arctic Observing and Data Systems (ROADS) through Sustaining Arctic Observing Networks (SAON), and promotes partnership and community building. A fully developed US AON will promote collaborative use of Arctic research and operational products in order to fully understand the Arctic and Earth system in support of discovery and key public services.
Sandy Starkweather
Principal Investigator
sandy.starkweather@noaa.gov
Project Institution
:
University of Colorado
Partnerships
: PSL/CIRES, NSF
Award Period
:
01 October 2021 – 30 September 2023
Data & Products Access
Value Tree Analysis (VTA) tool
Access Link
River Watch VTA Case study
Access Link
Arctic Report Card 2020 VTA Case study
Access Link
US AON Report to Congress
Access Link
SAON ROADS Planning Framework
Access Link
Publications & References
Most Recent Publications
Chythlook C; Rudolf M; Biermann M; Eicken H; Starkweather S. “Research Networking Activities Support Sustained Coordinated Observations of Arctic Change.” Oceanography. 01 January 2022
Access Link
Starkweather S; Larsen JR; Kruemmel E; Eicken H; Arthurs D; Bradley AC; Carlo N; Christensen T; Daniel R; Danielsen F. “Sustaining Arctic Observing Networks’ (SAON) Roadmap for Arctic Observing and Data Systems (ROADS).” Arctic 74(5). 01 February 2022
Access Link
Short Statement for the Arctic Observing Summit
Access Link
Recent Presentations (AON)
NOAA in the Arctic Seminar Series – October 2021
US National Committee to SAON – “No network is an
island
” Arctic Observing Network mapping exercise, May 2022
Research Networking Activity for Sustained, Coordinated Observations of Arctic Change (RNA CoObs) Annual PI meeting, September 2022
Recent Presentations (SAON & ROADS)
NOAA in the Arctic Seminar Series – October 2021
Arctic PASSION General Assembly June 25-29, Denmark – Pilot effort for the SAON ROADS process
COP26 US State Department Pavilion
Engaging on behalf of SAON in the International Conference on Arctic Research Planning IV, 2025
Keynote on SAON ROADS at the Arctic Observing Summit, Tromso, Norway (3/30/2022)
Panel discussion on Arctic Observing in Tromso, Norway (3/29/2022)
PICES 2021 Virtual Annual Meeting- Sandy Starkweather and Jan Rene Larsen (
Access Link
)
Virtual EU-PolarNet Workshop: Recommendations towards an Integrated Polar Observing System, June, 2022
Virtual Polar Data Forum, September 2022 – SAON ROADS and data systems
Workshop on UN Decade for Ocean Sciences, ARC GOOS and SAON ROADS – side meeting of Arctic Science Summit Week in Tromso, Norway (3/28/2022)
Additional Links & Resources
US AON Website
Access Link
A sample of a Value Tree Analysis (VTA) for the ARC2020, in support of Fundamental Understanding of Arctic Systems. Observing system value in support of the seven ARC Vital Signs propagates forward (left to right) through observation and model-derived data products, then Vital Signs to societal benefit. Color coding indicates a performance score for nodes (see insert), averaged across all uses; links are weighted (indicated by line thickness) based on their criticality to downstream value. The VTA indicates the Vital Signs were most relevant to the IAOAF Societal Benefit Area (SBA): Fundamental Understanding of Arctic Systems (composite score = 74), but also provided value to SBAs like Environmental Quality (not shown, 59) and Marine and Coastal Ecosystems and Processes
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ABOUT US
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Evolution of the Global Ocean Observing System
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1,795 views • Apr 18, 2023
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Over the past 30 years, ocean observations have helped inform weather forecasts, climate predictions, fisheries manage
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Evolution of the Global Ocean Observing System
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2023
Apr 18
Over the past 30 years, ocean observations have helped inform weather forecasts, climate predictions, fisheries management and shown us how the oceans are changing over time. In this video, you will hear from some of our partners around the world about the importance of our global ocean observing system and what’s next in evolving the system to become more inclusive and address rapid changes in the ocean and climate.
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10th NOAA-Indonesia Ocean-Climate Observations, Analysis, and Applications Partnership Workshop - Global Ocean Monitoring and Observing

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10th NOAA-Indonesia Ocean-Climate Observations, Analysis, and Applications Partnership Workshop
Jessica Mkitarian
August 19, 2015
Uncategorized
10th NOAA-Indonesia Ocean-Climate Observations, Analysis, and Applications Partnership Workshop
The theme for this year’s workshop is “The Role of Ocean Observations for Improving Indonesian Climate Services-The Principles, Modelling and Real-time Products” to include:
Enhancing the ability of BMKG to acquire and use ocean data for social and economic applications,
Improving the skill of BMKG forecasts using global model data, NOAA Climate Forecasting (CFS2) products, and coupled ocean-atmosphere model output,
Increasing understanding of climate information services for the tropical maritime continent region,
Becoming more proficient in communicating the information and providing outreach to the end-users.
Options will be advanced for administering NOAA’s two U.S. Graduate Ocean-Climate Fellowships scheduled to begin in September 2016. Immediately following the Bandung Workshop two BMKG Scientists will travel to NOAA’s Center for Weather and Climate Prediction (NCWCP) for four months of Model training.
In exchange for NOAA’s capacity development, training and education, Indonesia provides gratis ship support for the annual servicing of NOAA’s eastern Indian Ocean moorings of the “Research Moored Array for African-Asian-Australian Monsoon Analysis and Prediction” (
RAMA
). Such “resource-sharing” Partnerships between developing and developed Nations are consistent with the objectives of the IOC/WMO Joint Technology Commissions for Oceanography and Marine Meteorology (JCOMM)
PANGEA
concept.
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2022 GOMO Program Review - Global Ocean Monitoring and Observing

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GOMO PROGRAM REVIEW
July 11 - 14, 2022
Home
Agenda
Presentations
Documents
The Review
Reference the Charge to Reviewers (PDF).
Final Program Review Report (PDF).
GOMO Program Review Response Plan (PDF).
Updated GOMO Program Review Response Plan – Year 1 (PDF)
.
Program reviews are conducted every five years to evaluate the quality, relevance, and performance of research conducted in the National Oceanic and Atmospheric Administration (NOAA) Office of Oceanic and Atmospheric Research (OAR). This review is for both internal OAR/NOAA use for planning, programming, and budgeting, and external interests and helps the Program in its strategic planning of future research activities. These reviews are intended to ensure that OAR research is linked to the NOAA Research mission and priorities, and other relevant strategic plans and to ensure that research is of high quality as judged by preeminence criteria, and is carried out with a high level of performance.
This will be GOMO’s first Program Review and will serve to inform future planning, budgeting, internal and external interests and connections. This review will cover the program activities of GOMO over the last five years (2017-2021). The three focus areas for the review are:
Focus Area 1:
US leadership of an ocean and Arctic observing research enterprise
Focus Area 2:
Frontiers in ocean observing
Focus Area 3:
Information and product development to ensure data access and usability; and to increase the value/impact of ocean observations
Planning Team
The Team
Focus Area 1
Focus Area 2
Focus Area 3
Review Panel
Review Chair: Dr. Laura Lorenzoni
Review Chair: Dr. Laura Lorenzoni
Program Scientist for the Ocean Biology and Biogeochemistry Program Science Mission Directorate at the NASA Headquarters Science Mission Directorate, USA
Laura Lorenzoni is a Program Scientist for the Ocean Biology and Biogeochemistry Program (OBB) in the NASA Headquarters Science Mission Directorate. The OBB program focuses on describing, understanding, and predicting biological and biogeochemical conditions, interactions and changes in the upper ocean, as determined by observation of aquatic optical properties using remote sensing and in situ data.
Laura completed her undergraduate in Biology at the Universidad Simon Bolivar (Venezuela), and subsequently earned both her Master’s and PhD degrees in Marine Science at the University of South Florida. Her research interests include land-ocean interactions, and the influence of rivers on transport and distribution of dissolved and particulate organic matter in the coastal ocean. For over a decade, she worked with the CARIACO Ocean Time-Series project, and has been an advocate of time-series (in situ ship-based and autonomous, as well as satellite remote sensing) as tools to understand natural and anthropogenic changes in the ocean.
Dr. Craig Lee
Dr. Craig Lee
Senior Principal Oceanographer, Professor of Oceanography, Applied Physics Laboratory, University of Washington, USA
Craig Lee is a physical oceanographer specializing in observations and instrument development. Lee founded and leads a team of scientists and technologists that pursues a wide range of research including studies of small-scale dynamics, physical-biogeochemical interactions, atmosphere-ice-ocean dynamics and Arctic change. An important component of this work involves developing new instruments and approaches to collect novel observations, including long-endurance gliders, autonomous platforms for operation in ice-covered waters, high-performance towed vehicles and light-weight, inexpensive mooring technologies. The team is the development group behind the Seaglider family, one of the three operational long-endurance glider designs. Lee provides leadership through service on the science steering committees, by serving on and chairing advisory panels and through briefings provided to federal and international bodies.
Dr. Patrick J. Hogan
Dr. Patrick J. Hogan
Ocean Sciences Branch Chief for the National Centers for Environmental Information, NOAA, USA
Dr. Patrick Hogan is the Chief of OGSSD’s  Oceanographic Sciences Branch. He manages a Product and Services Portfolio that covers a wide spectrum of oceanographic topics, ranging from Living Marine Resources to Arctic Assessments. Prior to coming to NOAA in 2020, Pat worked at the Naval Research Laboratory (NRL) where he was the head of the Open Ocean Processes and Prediction Systems Section for 12 years and the Lead Principal Investigator (PI) on research projects funded at over $13M during the last 10 years. At NRL, he was leading a team working on ocean dynamics and ocean data assimilation in concert with global ocean prediction systems that transition to the operational U.S. Navy. Patrick has also worked closely with the ocean glider community through Rutgers University and participated in the US ARGO Review. Patrick is a member of the OceanPredict Science Team (previously GODAE); Board Member (elected) of the Gulf of Mexico Coastal Ocean Observing System (GCOOS); Member, Integrated Ocean Observing System (IOOS); and holds an adjunct faculty position at the University of Southern Mississippi. Patrick earned his Ph.D., in Marine Sciences from theUniversity of Southern Mississippi and holds a Masters Degree in Geology and Geophysics from the University of New Orleans and a B.S. in Geology from the University of Kansas.
Mr. Justin Manley
Mr. Justin Manley
Founder at Just Innovation Inc and President-Elect at Marine Technology Society, USA
Justin Manley is an innovative technologist and executive with experience in commercial, academic, and public sectors. He has been working with marine technology, especially uncrewed systems, since 1990. He worked with autonomous vehicles at the Massachusetts Institute of Technology from 1993 to 2002. Between 2002 and 2009 Mr. Manley provided marine technology consulting services, primarily to the National Oceanic and Atmospheric Administration.
In 2009 Mr. Manley transitioned to the private sector, joining Liquid Robotics during its startup phase. There he was responsible for developing new commercial and scientific programs. In 2011 he joined Teledyne Benthos where he managed a diverse product portfolio and led the development of a networked systems strategy across Teledyne Marine Systems (Benthos, Webb Research, Gavia, and SeaBotix).
Drawn back to entrepreneurial endeavors, Mr. Manley founded Just Innovation Inc. in 2015. He advises clients including startups, multinational corporations, investors, and philanthropies with technical interests in uncrewed vehicles, robotics, sensors, and undersea systems. Mr. Manley offers clients support with strategy and innovation, business and product development, evangelism, and marketing.
Mr. Manley is extensively involved in the marine technology profession. He is a Senior Member of IEEE, a Life Member of the Marine Technology Society (and President-Elect for 2020-2021), a Fellow of the Institute for Marine Engineering Science and Technology (IMAREST), a founding member of the U.S. Integrated Ocean Observing System (IOOS) Advisory Committee, and current member of the NOAA Ocean Exploration Advisory Board (OEAB). He is dedicated to innovation, mentoring startup companies, and serving as a judge for the XPRIZE Foundation. He holds two patents in the area of uncrewed systems oversight and security.
Dr. Josh Willis
Dr. Josh Willis
Lead Scientist, NASA, USA
Josh Willis is the lead NASA scientist for the satellite missions that measure sea level, Jason-3 and Sentinel-6 (
https://sealevel.jpl.nasa.gov
).  He is also the Principal Investigator for the airborne NASA mission Oceans Melting Greenland (OMG, https://omg.jpl.nasa.gov).  OMG was a 6-year experiment to understand the extent to which the oceans are melting Greenland’s ice from below.  Willis has worked at NASA’s Jet Propulsion Laboratory as a Climate Scientist since 2006, and as a postdoc since 2004.  His research interests include understanding the ocean’s role in climate change, the causes of sea level rise, and the interaction between the oceans and the Greenland ice sheet.  His CV is available at
https://science.jpl.nasa.gov/people/Willis/
.
Dr. Katy Hill
Dr. Katy Hill
UK G7 Marine Science Coordinator, National Oceanography Centre, UK
Katy is the UK G7 Marine Science Coordinator, funded by the UK Government, and part of the G7 Future of the Seas and Oceans Initiative Coordination Centre. The FSOI is focused on strengthening the sustained observing system, identifying and promoting priorities for coordinated action and investment across the G7. The coordination centre is responsible for implementing the agreed G7 work plan and she is also acting as focal point for UK coordination and engagement in G7 activities across programmes, funding agencies and government representatives. Recently Katy served on the review committee of the EuroGOOS programme, and was also an invited author for the European Marine Board Policy Brief on Sustaining In Situ Ocean Observations in the Digital Age.
Previously Katy worked for the Global Climate Observing System (GCOS) and the Global Ocean Observing System (GOOS) and managed GOOS’s relationship with the World Meteorological Organisation (WMO). She was responsible for overseeing the requirements, design and evaluation of the ocean observing system for physics and its delivery to climate and operational applications. Katy oversaw the establishment and delivery of the Tropical Pacific Observing System 2020 project, to transform the design of the observing system, successfully engaging new partners. She also led the development of a WMO ocean position paper which highlighted the need for effort to be focussed on understanding, monitoring and predicting the ocean in order to achieve the objectives outlined in the WMO Strategy. Prior to that, Katy played a central role in Australia’s Integrated Marine Observing System from its inception. The initiative brought about a step change in Australian observing capability as IMOS grew into a coherent, interdisciplinary national programme, with strong community ownership and an important contributor to GOOS and GCOS. As Scientific Officer, Katy worked with a broad range of marine programmes and organizations to develop a National Science and Implementation Plan which identified priorities for investment, and underwent international peer review. In parallel Katy was responsible for engaging with the potential users of IMOS observations to ensure the programme realized its impact potential.
Dr. Pier Luigi Buttigieg
Dr. Pier Luigi Buttigieg
Senior Data Scientist, GEOMAR Helmholtz Centre for Ocean Research, Germany
Pier Luigi Buttigieg is a Digital Knowledge Steward and Senior Data Scientist at the GEOMAR Helmholtz Centre for Ocean Research. His professional mission is to use data science to bridge our increasingly digitized ocean community across science, operations, and policy. Concurrently, he researches and develops operational-grade and internationally adopted knowledge representation technologies for ecology, planetary science, and – in collaboration with UN Environment – the Sustainable Development Goals. He also focuses on developing distributed and interoperable digital systems from sub-national to global scales, through work with the Earth and Environment Hub of the Helmholtz Metadata Collaboration and the International Oceanographic Data and Information Exchange (IODE) of UNESCO’s Intergovernmental Oceanographic Commission (IOC). In these latter roles, he is co-leading the deployment of the IODE Ocean and Data Information System (ODIS) and Ocean InfoHub to enable regional stakeholders to co-develop a digital commons for the global ocean. He also serves on several other regional and international advisory boards, supporting the growth of a diverse but harmonized digital ocean ecosystem.
Dr. Ichiro Fukumori
Dr. Ichiro Fukumori
Physical Oceanographer at the Jet Propulsion Laboratory, California Institute of Technology, USA
Ichiro Fukumori is a physical oceanographer at the Jet Propulsion Laboratory, California Institute of Technology. He has over 30-years of research experience studying large-scale ocean circulation with a focus on sea level change. Fukumori has pioneered in the development of practical methods of data assimilation and has advanced their application in studying various mechanisms of the ocean (e.g., Kalman filtering and related smoothing, adjoint models). Fukumori is a founding member of the Consortium for “Estimating the Circulation and Climate of the Ocean” (ECCO; https://ecco-group.org) producing global estimates of the physical state and processes of the ocean by combining observations with state-of-the-art models.
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COD Contributes to two new “Ocean Today” kiosk videos - Global Ocean Monitoring and Observing

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COD Contributes to two new “Ocean Today” kiosk videos
Jessica Mkitarian
January 22, 2016
Uncategorized
COD Contributes to two new “Ocean Today” kiosk videos
CPO’s Climate Observation Division contributed to two new Ocean Today kiosk videos about  El Niño and La Niña: “El Niño and La Niña Explained” and “Observing El Niño.” COD contributed to the videos and Mike McPhaden, PMEL, served as the expert reviewer.
El Niño and La Niña Explained:
It can be tough to understand how ocean surface temperatures can impact weather in your backyard. This short video will help demystify this important climate and weather phenomena.
Observing El Niño:
Scientists use a wide array of emerging technologies to track and forecast the development of El Niño and La Niña months into the future. These forecasts help communities prepare for possible extreme weather.
Access the videos (and others) at:
oceantoday.noaa.gov
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January 14, 2025
Celebrating 25 years of Argo, the ‘crown jewel’ of ocean observing systems
December 13, 2024
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Quantifying Anthropogenic Carbon Inventory Changes in the Pacific Sector of the Southern Ocean - Global Ocean Monitoring and Observing

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Quantifying Anthropogenic Carbon Inventory Changes in the Pacific Sector of the Southern Ocean
Jessica Mkitarian
September 1, 2015
Uncategorized
Quantifying Anthropogenic Carbon Inventory Changes in the Pacific Sector of the Southern Ocean
Research supported by CPO’s Climate Observations Division (COD) was published in the August 2015 edition of
Marine Chemistry.
In the paper–Quantifying anthropogenic carbon inventory changes in the Pacific sector of the Southern Ocean–the researchers analyzed anthropogenic carbon changes in the S. Pacific Ocean between 1992 and 2011.
The found that anthropogenic carbon changes in this region were limited to surface waters during the study period. They also observed a change in the apparent oxygen utilization (AOU) in intermediate waters and observed that waters in this S. Pacific Ocean region are acidifying faster than tropical and subtropical waters.
Abstract:
The Southern Ocean plays a major role in mediating the uptake, transport, and long-term storage of anthropogenic carbon dioxide (CO
2
) into the deep ocean. Examining the magnitude and spatial distribution of this oceanic carbon uptake is critical to understanding how the earth’s carbon system will react to continued increases in this greenhouse gas. Here, we use the extended multiple linear regression technique to quantify the total and anthropogenic change in dissolved inorganic carbon (DIC) along the S04P and P16S CLIVAR/U.S. Global Ocean Carbon and Repeat Hydrography Program lines south of 67°S in the Pacific sector of the Southern Ocean between 1992 and 2011 using discrete bottle measurements from repeat occupations. Along the S04P section, which is located in the seasonal sea ice zone south of the Antarctic Circumpolar Current in the Pacific, the anthropogenic component of the DIC increase from 1992 to 2011 is mostly found in the Antarctic Surface Water (AASW, upper 100 m), while the increase in DIC below the mixed layer in the Circumpolar Deep Water can be primarily attributed to either a slowdown in circulation or decreased ventilation of deeper, high CO
2
waters. In the AASW we calculate an anthropogenic increase in DIC of 12–18 μmol kg
− 1
and an average storage rate of anthropogenic CO
2
of 0.10 ± 0.02 mol m
− 2
yr
− 1
for this region compared to a global average of 0.5 ± 0.2 mol m
− 2
yr
− 1
. In surface waters this anthropogenic CO
2
uptake results in an average pH decrease of 0.0022 ± 0.0004 pH units yr
− 1
, a 0.47 ± 0.10% yr
− 1
decrease in the saturation state of aragonite (Ω
Aragonite
) and a 2.0 ± 0.7 m yr
− 1
shoaling of the aragonite saturation horizons (calculated for the Ω
Aragonite
= 1.3 contour).
To access a PDF copy of this paper, visit:
www.sciencedirect.com/science/article/pii/S0304420315001309
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NOAA’s Climate Program Office awards $38.8M to advance scientific understanding, improve predictions, and enhance community and coastal resilience - Global Ocean Monitoring and Observing

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NOAA’s Climate Program Office awards $38.8M to advance scientific understanding, improve predictions, and enhance community and coastal resilience
Jessica Mkitarian
November 1, 2017
News
NOAA’s Climate Program Office awards $38.8M to advance scientific understanding, improve predictions, and enhance community and coastal resilience
Read the full article
here
.
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Variability and trends in surface seawater pCO2 and CO2 flux in the Pacific Ocean - Global Ocean Monitoring and Observing

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Variability and trends in surface seawater pCO2 and CO2 flux in the Pacific Ocean
Jessica Mkitarian
June 16, 2017
Uncategorized
Variability and trends in surface seawater pCO2 and CO2 flux in the Pacific Ocean
Kurishio Extension Observatory
mooring. (Credit: NOAA)
High-resolution moored time series of sea-air CO2 flux reveal seasonal to decadal variability influences detection of anthropogenic trends, according to CPO-supported paper published in Geophysical Research Letther. This study on partial pressure of carbon dioxide (pCO2) and CO2 in the Pacific Ocean states that this natural variability tends to be underestimated by models and climatologies.
Researchers calculated CO2 flux from high-frequency mooring ΔpCO2 and wind speed observations on four ocean reference moorings in different biomes of the Pacific Ocean over a 10-year period to examine variability and its drivers over a range of time scales at the Kuroshio Extension Observatory (KEO), Ocean Station Papa, WHOI Hawaii Ocean Timeseries Station (WHOTS), and Stratus.
Anomalous 2013-2015 North Pacific warming caused the WHOTS location to be a net CO2 source for the first time in the observational record.
This study was supported by
CPO’s Ocean Observing and Monitoring Division
.
Read the paper:
Sutton, A. J., Wanninkhof, R., Sabine, C. L., Feely, R. A., Cronin, M. F., & Weller, R. A. (2017). Variability and trends in surface seawater pCO2 and CO2 flux in the Pacific Ocean. Geophysical Research Letters, 44(11), 5627-5636.
Abstract:
Variability and change in the ocean sink of anthropogenic carbon dioxide (CO2) have implications for future climate and ocean acidification. Measurements of surface seawater CO2 partial pressure (pCO2) and wind speed from moored platforms are used to calculate high-resolution CO2 flux time series. Here we use the moored CO2 fluxes to examine variability and its drivers over a range of time scales at four locations in the Pacific Ocean. There are significant surface seawater pCO2, salinity, and wind speed trends in the North Pacific subtropical gyre, especially during winter and spring, which reduce CO2 uptake over the 10 year record of this study. Starting in late 2013, elevated seawater pCO2 values driven by warm anomalies cause this region to be a net annual CO2 source for the first time in the observational record, demonstrating how climate forcing can influence the timing of an ocean region shift from CO2 sink to source.
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CPO's Stanitski presents for JASON Learning - Global Ocean Monitoring and Observing

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CPO’s Stanitski presents for JASON Learning
Jessica Mkitarian
January 21, 2014
Uncategorized
CPO's Stanitski presents for JASON Learning
As part of her role as a NOAA Host Researcher for the JASON Learning curriculum
Climate: Seas of Change
, CPO’s Diane Stanitski – program manager of the Ocean Climate Observation program – gave six presentations to students, faculty, and parents in Houston, Texas from Jan. 15-16.
The day and evening presentations focused on ocean climate and careers in the NOAA-related sciences.  Stanitski also participated in a live national webcast with students on Feb. 20 to discuss the ocean’s role in climate.
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CPO's Piotrowicz presents at Marine Technology Society conference - Global Ocean Monitoring and Observing

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CPO’s Piotrowicz presents at Marine Technology Society conference
Jessica Mkitarian
April 7, 2014
Uncategorized
New Ocean Today Video Released!
Steve Piotrowicz, of CPO’s Climate Observations Division, gave an invited presentation on the requirements for ocean observations to address climate processes at the Marine Technology Society TechSurge: Ocean Sensors conference in Weehawken, N.J. from April 1-2.
His presentation focused on accuracy and precision of sensors, temporal and spatial resolution of observations and the reasons for those  requirements.
The majority of the participants in the conference were manufactures of ocean instrumentation – sensors and sensor systems. There were presentations by users of ocean observations, the majority of which were coastal in nature and/or fisheries applications. There was a presentation by the Director of Technical Operations – Wendy Schmidt Ocean Health XPRIZE which has a $2M competition to Improve our Understanding of Ocean Acidification.  There was one manufacturer of sensors (SeaBird Electronics) that addressed climate requirements.
The structure of the conference was plenary sessions following by Working Groups.  Working Groups the first day were on systems and sensors for Chemical, Physical, and Biological observations.  The Groups on the second day were on applications:  Climate, Eco-Systems, and Hazards (Natural and Man-made).  The participants in the Chemistry (Day 1) and Climate (Day 2) groups were basically the same and I think a suitable dialogue took place and understanding developed.
When available, the conference results will be published in an
Marine Technology Society publication
.
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9th NOAA-Indonesia Ocean-Climate Observations, Analysis, and Applications Partnership Workshop - Global Ocean Monitoring and Observing

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9th NOAA-Indonesia Ocean-Climate Observations, Analysis, and Applications Partnership Workshop
Jessica Mkitarian
August 10, 2014
Uncategorized
9th NOAA-Indonesia Ocean-Climate Observations, Analysis, and Applications Partnership Workshop
The “9th NOAA-Indonesia Ocean-Climate Observations, Analysis and Applications Partnership Workshop” will be held in Jakarta on August 20-23, 2014.
This year Indonesia’s Weather and Climate Agency (BMKG) will be hosting NOAA and University Colleagues from CPO Climate Observations, NWS Climate Services Division, PMEL, Columbia and the University of Washington.
Training sessions will include: Climate Decision Support, Indian Ocean RAMA data, Seasonal Forecasting techniques, Indonesian Throughflow and Argo Technology.
In exchange for capacity development in these areas, Indonesia provides ship support to NOAA for its eastern Indian Ocean
RAMA
operations and ship time coordination for the Indonesian Throughflow observations.  Such Partnerships between developing and developed Nations are consistent with the aspirations of the
PANGEA
concept of
JCOMM
.
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CPO’s Thurston to attend Typhoon Workshop in Kyoto - Global Ocean Monitoring and Observing

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CPO’s Thurston to attend Typhoon Workshop in Kyoto
Jessica Mkitarian
September 19, 2014
Uncategorized
CPO’s Thurston to attend Typhoon Workshop in Kyoto
To demonstrate practical applications of ocean observations for improving typhoon track and intensity forecasts, the IOC/WMO Data Buoy Cooperation Panel (
DBCP
) are organizing the Third Capacity Development Workshop for the North Pacific Ocean and Marginal Seas (
NPOMS-3
) at Kyoto University Oct 6-8, 2014.
NPOMS-3 will be hosted by Japan’s Disaster Prevention Research Institute (
DPRI
) and Graduate School of Advanced Integrated Studies in Human Survivability (
GSAIS
) at Kyoto University.
Participants will be from China, Taiwan, Japan, Korea, Palau, Marshall Islands, Thailand and Pacific Island GOOS. Colleagues from NOAA’s Hurricane Forecast Improvement Program
HFIP
, CPO/COD’s Global Drifter Program (
GDP
), and IOOS Glider Program at Rutgers
(RUCOOL
) will contribute.
CPO’s Sidney Thurston will attend as part of his duties as chair of DBCP’s Capacity Building Task Team and Lead Organizer.
NPOMS-3 is one in a series of
PANGEA
workshops of
JCOMM
.
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Review of wave intensity over 60 years shows strong links to multi-decadal cycles - Global Ocean Monitoring and Observing

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Review of wave intensity over 60 years shows strong links to multi-decadal cycles
Jessica Mkitarian
February 19, 2014
Uncategorized
New Ocean Today Video Released!
Satellites of the Sea: Observing the Ocean for Hurricane Research
Powerful wave on Oahu’s North Shore Photo: Kanaka Menehune www.flickr.com/photos/kanaka/
A study co-authored by scientists from University of California San Diego’s Scripps Institution of Oceanography and the U.S. Navy’s Fleet Numerical Meteorology and Oceanography Center provides a new perspective on how the intensity of waves across the north Pacific Ocean has varied over the last half-century. Research on the historical context of wave power is key to anticipating coastal impacts that will be exacerbated by rising sea levels.
The project was funded by Climate Observation Division with support from the Regional Integrated Sciences and Assessments (RISA). The study also received support from  the California Energy Commission and the California Department of Parks and Recreation Division of Boating and Waterways
The full article is available here:
https://scripps.ucsd.edu/news/
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