CLIVAR/ESA scientific consultation workshop on: Earth Observation Measurement Constraints on Ocean Heat Budget
Reading, UK
Wednesday, 3 July, 2013 - Thursday, 4 July, 2013
Background & Objectives
ESA plans to start an “Earth Observation” (EO) related scientific activity this year - referred here as “Ocean Heat Flux” - within the framework of the ESA “Support to Science Element” (http://due.esrin.esa.int/stse/) to support the new CLIVAR research opportunity addressing the “Consistency between Planetary Heat Balance and Ocean Heat storage”.
In this context, the workshop provides an opportunity to the scientific community to further shape the ESA activity by gathering the scientific requirements in terms of EO data and products to support the new CLIVAR research opportunity, while building upon recent recommendations of CLIVAR GSOP-WHOI Workshop on Ocean Syntheses and Surface Flux Evaluation, and complementing existing activities such as Seaflux (http://seaflux.org.)
The main outcome of the workshop will be a “EO Requirement” document providing ESA with recommendations on the requirements for new EO products, reference data sets and methodology to generate new products in support of the new CLIVAR research activity.
Another outcome will be a “Roadmap” document providing CLIVAR with input for a future “White Paper” describing the implementation strategy of the broader agenda of the new research opportunity.
Meeting report
The meeting report is now available online.
Meeting presentations
-
Welcome, and brief introduction to ESA programmes and objectives of the meeting (P-P. Mathieu)
-
New proposed CLIVAR research opportunity on “Consistency between planetary heat balance and ocean heat storage” (K. von Schuckmann)
-
Air-Sea Fluxes of Heat, Freshwater and Momentum over the global Ocean, including SeaFlux (C-A. Clayson)
-
Surface flux scaling (S. Gulev)
-
Monitoring changes in Earth’s Energy Imbalance and Global Ocean changes (N. Loeb)
-
Earth Observation Measurement Constraints on Ocean Heat Budget (T. Lee)
-
Upper ocean heat content, ocean state estimation and data assimilation in climate research (B. Barnier)
-
Upper-ocean heat content: observational analyses and uncertainties (M. Palmer)
-
The Mediterranean as a test case for Heat budget closure (G. Jorda)