INtegrating SEA-level Projections in climate services for coastal adaptatTION
- Coordinator : Gonéri Le Cozannet, BRGM Orléans, Division Risques
- LIENSs’ researchers involved:
Virginie DUVAT, Professor in geography, coordinator of the project for LIENSs
Médéric GRAVELLE, Research engineer in geosciences
Heitea TEROROTUA, , PhD candidate in geography (collaboration between University of la Rochelle and Créocéan)
Guy WÖPPELMANN, Professor in geosciences
- External partnership:
Scientific partners: BRGM Orléans, France (porteur) ; Global Climate Forum (GCF), Berlin, Germany ; Mediterranean Institute for Advanced Studies (IMEDEA), University of the Balearic Islands, Spain ; Institute for Marine and Atmospheric Research (IMAU), Utrecht, Netherlands ; Créocéan, La Rochelle, France.
Users involved: international and national organizations concerned by coastal climate services; representatives of the governments of French Polynesia and the Maldives (case studies of the project)
European Union, through the European Research Area for Climate Services (ERA4CS)
- Keywords : Climate services, adaptation to climate change, sea-level rise, tropical islands, Maldives, French Polynesia
Presentation and objectives of the project
INSeaPTION addresses the urgent need to co-develop coastal climate services tailored to the needs and practices of coastal users. It will develop innovative methodologies that integrate sea-level projections, information on biophysical and socio-economic impacts, and adaptation options with decision-making and governance frameworks. Specifically, the project will co-design and co-develop the following coastal climate services with several groups of diverse users:
Global to regional coastal climate service (S.1, WP-1), addressing the needs of major companies, international organizations and governments to have globally consistent information on sea-level rise, its impacts and adaptation pathways for long-term locational planning, climate policy making and financing adaptation and loss & damages.
Regional to local coastal climate services addressing the needs of planners and policy makers for local tailored sea-level projections, impact and adaptation information useful for long-term development, infrastructure and land-use planning for two high impact territories: the Maldives (S.2, WP-2) and French Polynesia (S.3, WP-3).
LIENSs is mainly involved in WP 2 (Maldives) et WP 3 (French Polynesia). In WP2, LIENSs contributes to assessing climate change biophysical impacts. Additionally, LIENSs coordinates WP3, in close collaboration with BRGM and Créocéan (PhD thesis of Heitea TEROROTUA).
- Structure of the InSEAption project
- (project’s scientific document, p. 8)
LIENSs will more specifically generate the following results:
Work Package 2 - Assessment of multi-decadal island and shoreline change in the inhabited islands of the Maldives
- Assessment of changes in island land area and shoreline position
- Determination of the drivers of island and shoreline change
Work Package 3 - French Polynesia
1.Co-building of tailored coastal climate services
- Coastal climate service Beach management (coastal erosion issue)
- Coastal climate service Adaptation pathways in atolls (link with the STORISK project)
- Coastal climate service Nature-based solutions (investigation of the role of the indigenous vegetation in island and shoreline stabilization)
2. Assessment of adaptation to climate change in French Polynesia (link with the STORISK project)
- Development of a methodology of evaluation of the adaptation to the climate change on a specific territory
Articles in scientific journals:
- Terorotua H., Duvat V., et al., en prep. Climate change perception by institutional actors in French Polynesia.
Presentations in congresses:
- Terorotua H., Duvat V., Le Cozannet G., 2018. Assessing adaptation to clilate change needs in French Polynesia. Workshop Dealing with climate change on small islands: toward effective and sustainable adaptation? Hannover, Germany, 25-27 July 2018.
Link to the project’s website : http://www.inseaption.eu/