Coordinated Ocean Wave Climate Project (COWCLIP)

21 – 23 May 2018, Paris, France

Coordinated Ocean Wave Climate Project (COWCLIP) Meeting Room- VIII UNESCO 7, place de Fontenoy 75352 Paris 07 SP France

Location

United Nations Educational, Scientific and Cultural Organization

Paris
France

Organisers and Staff

Organisers
Dr. Xiaolan Wang
Staff
Dr. Denis Chang Seng
1.1

Project and Meeting Objectives

1.2

The impact of climate change on the wave climate in the Gulf of St. Lawrence

1.3

Statistical downscaling of ocean waves of the CIMP5 Simulation for the North Sea

1.4

A Regional Wave Climate Projection for the Coastal Northwestern Atlantic

1.5

Wave climate projection in Indian Ocean based on super-high-resolution MRI-AGCM3.2S wind field

1.6

Indian Ocean wave forecasting system and Wave climate projection initiatives

1.7

Historical variability and projected future changes in ocean wave spectrum climate around Japan

1.8

A synthesis of published 21st Century wave climate projections

1.9

Discussion on Regional projections: Summarise data offered/submitted. Next steps.

1.10

Development of coupled AGCM-Slab Ocean-Wave model for tropical cyclones

1.11

The Stokes drift climate under the RCP8.5 scenario

2.1

The European Space Agency CCI and Programme

2.2

Modified CFSR Wave Hincast 1979-2016

2.3

IORAS VOS reference data, regional hindcasts and projections

2.4

A brief look at the latest ERA-reanalysis and its relevance for wave climate studies-CERA020 C

2.5

Assessment of extreme waves in tropical areas using synthetic tropical cyclones

2.6

Determining consistent historical trends in wind speed and wave height from satellite data

2.7

Assessment of the wave climate in the Black Sea based on 30-year of wave hindcast

2.8

The Effect of changing special resolution in global wave model

2.9

Wave contribution to low frequency total water level variability at the coast

3.1

European projects and activitities linked with cowclip initiative

3.2

Coastal Model Intercomparison Project – CoastMIP

3.3

Wind and wave extremes for future climates from an ensemble of global climate models

Report Documents

Code Title
Report of the 2018 Meeting for the WCRP-JCOMM Coordinated Ocean Wave Climate Project (COWCLIP) Paris, 21-23 May, 2018

Agenda Documents

Agenda Code Title
1.1 The Coordinated Ocean Wave Climate Project: 7th (2018) Workshop
1.10 Development of coupled AGCM-Slab Ocean-Wave model for tropical cyclones
1.11 The Stokes drift climate under the RCP8.5 scenario
1.2 The impact of climate change on the wave climate in the Gulf of St. Lawrence
1.6 Indian Ocean wave forecasting system and Wave climate projection initiatives
1.7 Historical variability and projected future changes in ocean wave spectrum climate around Japan
1.8 On the concordance of 21st century wind-wave climate projections
2.1 The European Space Agency CCI and Programme
2.2 Modified CFSR Wave Hincast 1979-2016
2.3 IORAS VOS reference data, regional hindcasts and projections
2.4 A brief look at the latest ERA-reanalysis and its relevance for wave climate studies-CERA020 C
2.5 Assessment of extreme waves in tropical areas using synthetic tropical cyclones
2.6 Determining consistent historical trends in wind speed and wave height from satellite data
2.7 Assessment of the wave climate in the Black Sea based on 30-year of wave hindcast
2.8 The Effect of changing special resolution in global wave model
2.9 9. Wave contribution to low frequency total water level variability at the coast
3.1 European projects: Activitities linked with cowclip initiative
3.2 Coastal Model Intercomparison Project – CoastMIP
3.3 Wind and wave extremes for future climates from an ensemble of global climate models

Other Documents

Code Title
COWCLIP List of Participants
COWCLIP Programme
COWCLIP Programme and Abstracts

Participant Stats:

Staff and organisers 2
Confirmed 0
Not Confirmed 0
Not-participating 0
Total 2
Groups: , GOOS, GOOS Regional Alliances, IOC, ITIC, JCOMM, OOS
Created at 16:56 on 7 February 2018 by Dr. Denis Chang Seng
Last Updated at 08:54 on 2 August 2018 by Dr. Denis Chang Seng
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