Workshop on WCRP Grand Challenge and Climate Services
Workshop on WRCP Grand Challenge and Climate Services
Orléans, France, 12th -13th November 2019
The WCRP Grand Challenge on Regional Sea Level Change and Coastal Impacts has inspired efforts to link sea-level science (e.g. (Le Cozannet et al., 2017) and climate services, for example the INSeaPTION project. This recognises that coastal zones are strongly in need of coastal climate services (CCS) to support adaptation planning, as they are increasingly threatened by sea level rise and its impacts, such as submergence, flooding, shoreline erosion, salinization and wetland change. To this end, we have reviewed the development of CCS, and identified the research and development efforts needed to overcome barriers to progress and facilitate progress. These include: (1) research in the field of sea level, coastal and adaptation science and (2) cross-cutting research in the area of user interactions, decision making, propagation of uncertainties and overall service architecture design. As a number of projects are currently developing CCSs in a number of countries and regions (e.g. USA, Australia, Europe - Copernicus, ERA4CS…), there is a need to assess how this research meets the challenges identified above and how it is being transferred to operations.
This workshop will be designed to link these efforts across the Grand Challenge and more widely with our Stakeholder and to develop a manifesto to take this issue forward. This manifesto will re-assess how to stimulate the uptake of CCSs, how they support present days and future coastal resilience, and make recommendations as to the best way forward. The manifesto would be published as a journal paper.
To achieve this aim, the workshop will address the following 6 topics:
- Assessments of the current status of coastal climate services
- Identification and mapping of users
- Identification and analysis of needs for different types of users (e.g., insurance, critical infrastructures or settlements, observation needs)
- Review of existing practices and how they can be improved
- Translating sea-level science to operations and communicating uncertainties
- Potential Framework for coastal climate services
The target audience are members of the WCRP Sea Level and Coastal Impacts Grand Challenge (in particular WP5), as well as a number of invited participants with experience in projects on coastal climate services involving stakeholders such as coastal planners and engineers and e.g. the Global Framework for Climate Services at WMO. To maximize efficiency, the target number of participant ranges from 15 to 20.
We believe that the workshop addresses an important and timely issue because the economic model of climate services, including at the coast, is being defined now. It is relevant to the WCRP Grand Challenge, because this group coordinates research efforts to provide scientifically sound sea level information to coastal adaptation practitioners. Finally, we believe that publicizing the results of the workshop as a manifesto in a high impact scientific journal is effective to inform future research supporting the development of CCS.
BRGM office, 3 avenue Claude-Guillemin, 45060 Orléans FRANCE. (* Please note that your ID card or your Passport will be requested upon your arrival at the BRGM.)
How to get BRGM from Airport or railway station: https://www.brgm.eu/content/access-map-head-office-scientific-technical-centre-orleans
You are recommended to use the city-center hotels (others are available on booking or other platforms). A shuttle will be available to reach BRGM from the city center every morning and evening. The meeting point will be close to the Cathedral in the city center.
A list of recommended city-center hotels is available here.
|David Behar||San Francisco Public Utilities Commission||USA|
|Detlef Stammer||CEN, Universität Hamburg||Germany|
|Goneri Le Cozannet||BRGM||France|
|Jochen Hinkel||Global Climate Forum||Germany|
|Robert Nicholls||U. Southampton||UK|
|Roderik van de Wal||U. Utrecht||The Netherland|
|Gary Mitchum||Florida State University||USA|
|Gael Durand||Institute of Environmental Geosciences||France|
|Rosh Ranasinghe||IHE Delft||The Netherlands|
|Jason Lowe||Met Office||UK|
|Thomas James||Natural Resources Canada||Canada|
|Robert Kopp (remote)||Rutgers University||USA|
|Matt Campo||The State University of New Jersey||USA|
|Marjolijn Haasnoot||Deltares||The Netherland|
|Jonathan Simm||HR Wallingford||UK|
|Robert Muir Wood||Chief Research Officer, Risk Management Solutions||USA|
|Jose Jimenez||UPC Barcelona||USA|
|Judy Lawrence||Climate Change Research Institute at Victoria University of Wellington||New Zealand|
|Marta Marcos||University of the Balearic Islands||Spain|
|Matt Palma||UK Met Office/OOPC||UK|
|Paul Bowyer||Climate Service Center (GERICS)||Germany|
|Scott Stephens||National Institute of Water & Atmospheric Research Ltd (NIWA)||New Zealand|
|Ian Turner||University of New South Wales||Australia|
- Robert Nicholls (Univ. Southampton),
- Gonéri Le Cozannet (BRGM),
- Detlef Stammer (Univ. Hamburg),
- Roderik Van De Wal (Univ. Utrecht),
- Michael Sparrow (WCRP),
- Kate Hill (WMO),
- Julie Billy (BRGM),
- Jing Li (CLIVAR)