Copernicus Programme of the EU and Synergies with WMO, RA VI and EUMETNET ICG WIGOS 18 February 2015...
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Transcript of Copernicus Programme of the EU and Synergies with WMO, RA VI and EUMETNET ICG WIGOS 18 February 2015...
Copernicus Programme of the EU
and
Synergies with WMO, RA VI and EUMETNET
ICG WIGOS18 February 2015
WMO Geneva
Dr. Silvo ŽlebirEuropean Commission – DG GROWEuropean Environment Agency
USERS
OBSERVATION
Policy makers
Private, commercial
Public& &
Space Infrastructure
Land Marine Atmo-sphere Emer-gency
Security Climate Change
Farming Oil Spills Air quality Flood Ice levels
SustainableInformation
Surveillance
InformationServices
Examples
DifferentNeeds
In Situ Infrastructure&
…added-value products
6 Services
Land MonitoringMarine Monitoring
Atmosphere MonitoringEmergency Management
Climate ChangeSecurity
Sentinels
GMES USERS
Coordinated Data Access System
GMES ServicesGMES Services
Contributing missions
In situ observations
Sentinel 1/2/3/4/5 & Jason-CS seriesSentinel 1/2/3/4/5 & Jason-CS series
GMES Space Component
Contributingsatellitemissions
in-situmeasurements
EU and global sources:
-WMO /EUMETNET-EuroGeographics
-EuroGOOS-EuroArgo
-ICOS-EARLINET
-…
INTEGRATED EO Programme
COPERNICUS
Analyses and re-analysesModeling
ForecastingService activations
…
• REGULATION (EU) No 377/2014•OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL
•of 3 April 2014•establishing the Copernicus Programme
•and repealing Regulation (EU) No 911/2010
• Objectives of the programme
• Governance of the programme
• Budget for 2014 - 2020Space component 3.394
million €Service & In-situ component 897
million €
Copernicus in transition
Initial Operations
R&D
EU Operational programme
2004 20102008 2014 20202011
Preparatory actions
2013
Dedicated infrastructure
Six operational services
2009 2012
Sentinel 1 – radar imagingAll weather, day/night applications
Sentinel 2 – Optical imagingLand applications: urban, forest, agriculture,..
Sentinel 3+6 – Ocean and global land monitoring, high precision ocean altimetry
Sentinels
Sentinel 4+5 – Atmosphere composition monitoring, from a geostationary (-4) and a polar orbit (-5)
Copernicus Sentinels
Each satellite is technically different to meet the needs of the 6 services
Objectives of the data and information policy
• Promote the use and sharing of Copernicus data and information
• Support the European research, technology and innovation communities
• Strengthen Earth observation markets in Europe, in particular the downstream sector, with a view to enabling growth and job creation !!!
• GEO Data Policy Compliant !
Atmosphere Serviceair temperature, wind direction, wind speed, precipitation, air pressure, humidity, long wave radiation, shortwave (UV) radiation
Emergency Management Serviceprecipitation, air temperature, wind direction, wind speed, humidity
Land Monitoring Serviceair temperature, water vapour, global solar radiation, infrared radiation, snow
Marine Servicetemperature/global ocean, wind information/global ocean
Climate Change Service and Security Service !!
•Requirements on:coverage, timeliness, metrological characteristics, meta data…
•Near-real time and/or Archive data (time series)
In Situ Meteorological DataNeeds of Copernicus Services
Emergency Management Serviceriver discharges, water levels
Marine Servicewater levels
•Requirements on:coverage, timeliness, metrological characteristics, meta data…
•Near-realtime and/or Archive data (time series)
In Situ Hydrological DataNeeds of Copernicus Services
• Main data sources / data providers :
• National (Hydro)Meteorological services
• Other (minority) data providers, e.g.:
• World Radiation Data Centre• Global Runoff Data Centre• …
In Situ Hydro-Meteorological DataNeeds of Copernicus Services