Core Service Land. Information Day for the 2nd FP7 Space Call 10th September 2008, Prag. Alexander Kaptein, geoland2 coordinator. geoland2 consortium

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Core Service Land Information Day for the 2nd FP7 Space Call 10th September 2008, Prag Alexander Kaptein, geoland2 coordinator European Commission Fast Track Service Land within the GMES initiative

1 Core Service Land Information Day for the 2nd FP7 Space Call 10th September 2008, Prag Alexander Kaptein, geoland2 coordinator European Commission Fast Track Service Land within the GMES initiative in FP-7 consortium What is needed Europe s environment under pressure Water 20% of all surface water sources seriously threatened by pollution Soil Erosion 17% of total European land area affected, economic loss around 85 per ha Biodiversity 335 species highly endagered in Europe Agriculture intensification leads to water stress, soil erosion and biodiversity decline Urban Settlements and transport networks growing - leads to soil sealing and fragmentation of landscape Responsible management requires adequate geo-information 22

2 geoland What geoland could provide Validation

Erosion Risk Risk (Chania, Crete) (Chania,

Loss (Unstrut catchment, Germany) geoland OWS-W

1project project FP7 2nd Space Call Info Day,

and demonstration of services LAI Crop Yield

2 2 geoland What geoland could provide Validation and demonstration of services Soil Soil Erosion Erosion Risk Risk (Chania, Crete) (Chania, Crete) geoland geoland OWS-W OWS-W Pesticide Loss (Unstrut catchment, Germany) geoland OWS-W 11 Sep geoland Urban Urbangrowth growthvs. vs. Population Populationgrowth growth geoland OSP geoland OSP &&ESPON ESPON project project FP7 2nd Space Call Info Day, Prague 33 What geoland could provide Validation and demonstration of services LAI Crop Yield Forecast Map Huabei province, China ERS/scatt Soil Water Index geoland OFM & European Development Fund 11 Sep 2008 FP7 2nd Space Call Info Day, Prague 44

Core Services linking GMES domains Flood Risk Information System: www.floodrisk.

behind core services Examples Land Take Monitoring (Soil Sealing) Water Quality (Diffuse Pollution) * Percentage of of Costs 100

Fast Track Service Land Monitoring Pilot Service Land Monitoring Percentage of of Costs 100 100 75 75 50 50 25 25 0 12% Inland

3 Core Services linking GMES domains Flood Risk Information System: Up-to-date Land Use With Flood Extent Damage Potential in /km² Geo-Information System / Risk Maps GSE RISK EOS II 55 The logic behind core services Examples Land Take Monitoring (Soil Sealing) Water Quality (Diffuse Pollution) * Percentage of of Costs % 35% Land Take Land Take Trend Analysis Add-on Classes & Time Series Add-on Classes & Time Series 56% Fast Track Service Land Monitoring Pilot Service Land Monitoring Percentage of of Costs % Inland Water Quality** 12% 88% Inland Water Quality (Pesticides // Nutrients Fast Track Service Land Monitoring Pilot Service common core services cost saving for all affordable downstream services 66

4 Expectations Satellite Satellite observations observations In-situ In-situ observations observations Ancillary Ancillary data data Land Land Monitoring Monitoring Core Core Service Service -LMCS -LMCS - - Downstream Downstream services services LMCS LMCS --3 dimensions dimensions geographical scale geographical scale global global continental continental local local time scale time scale near real-time services producing information on daily, near weekly real-time or monthly services basis producing information on daily, weekly or monthly basis periodic services producing information on annual or periodic multi-annual services basis producing information on annual or multi-annual basis level of elaboration or complexity level of elaboration or complexity basic services basic services adaptive services adaptive services 77 Expectations Land Monitoring Core Service List List of of services to to be be covered: Ortho-rectification LU/LC ground survey Reference mapping LC LC and LCC mapping Global Continental Local QA/QC Product dissemination Data archiving 88

5 Expectations LMCS LMCS milestones extension to to local local component (urban (urban atlas) atlas) (bi-)annual satellite satellite data data coverage (20 (20 m) m) in-situ in-situ reference sites sites progressive increase increase LC LC classes classes FTS FTS Inspire Inspire data data specifications land land cover cover 2009 extension to to global global land land monitoring extension to to change change monitoring 2010 Corine Corine Land Land cover cover update update (tbd) (tbd) Inspire Inspire compliant national national LC LC mapping mapping 99 Land Monitoring Core Service (LMCS) & geoland2 service implementation logic Fast Core Track Mapping Implementation Service (CMS) (Fast Track system implementation) Service Evolution Core Information Services (Service Evolution) Local Local Component Continental Continental Component Component Global Global Component Component higher UrbanAtlas resolution data of builtup areas in a Europe-wide / Land data Cover covering Change) the whole (acc. to LMCS Implementation EUROLAND generic(land land-cover/land Cover use Biophysical Not applicable parameters standardised EUROLAND form, covering all European EUROLAND continent plan) BioPar major European agglomerations Annual / Seasonal Change Monitoring Thematic elements, at both Local and Continental level, SATCHMO bio-physical parameters dedicated Spatial to specific Water European Forest and MS policies Agri-Env. which can be Land of and global Natural land cover Global data Planning interest for a large Monitoring community Monitoring of users such Monitoring as: soil protection, Carbon and more Resource thematic Crop waste management, agriculture (IACS, etc..), hydrologic maps, information on desertification, etc. Water Forest AgriEnv Mon. for Monitoring deforestation, Africa food security GCM NARMA Logic: CMS: produce to verify service infrastructure (throughput, robustness, quality) CIS: using this input to validate benefit / end-user utility together with in-situ data, models 10

6 Downstream Services 11 Monitoring Concept Core Mapping Services Resolution Year 1 Year 2 Year 3 Year 4 Year 5 Year 6 Annual Sampling Local VHR Urban Atlas Urban Atlas Cont. HR Wall-to-wall EEA 38 coverage update every 3-5 years Global MR/LR NRT to Seasonal Monitoring (continuous) 12

7 Core Mapping Service Lines UrbanAtlas (inventory, up-date) LC/LCC (inventory, up-date) Seasonal / annual vegetation monitoring Area Frame Sampling (change tracking) Bio-physical parametres VHR, ha 15 cities upd. & 30 cities quick up-date indicators 3 5 yrs. HR, 1 5 ha EU-27 (selected layer), large area demos (all layers) 3 5 yrs. MR, m, large area demos 2 3 data takes / season VHR image samples yearly MR LR Monthly seasonally UrbanAudit support for DG REGIO, DG ENV (Quality of Life, Cohesion Policy Impact) WFD, STS, CAP, Spatial Policy key land cover / land use objects (inputs to statistics, models) Support of LC/LCC mapping to increase thematic accuracy (e.g. grassland, transition classes) & track seasonal classes (e.g. agriculture) climate variability key driver for WFD, STS, CAP applications Track & understand change dynamics Monitor European / Global bio-physical parametres as key input to Water and Carbon Cycle monitoring, water mgmt, crop monitoring, African land mgmt. 13 Context previous and parallel activities Operations Implementation Consolidation EC-FP-6 Integrated Projects ESA GMES Service Elements GSE CoastWatch geoland + VGT4Africa, VGT@Work, PUMA GMES Urban Services GMES SAGE GMES Forest Monitoring / GSE FM GMFS Operational Programmes (no timeline given) GMES LMCS (Land Monitoring Core Service) GSE Land Information Services GMFS GlobCover, GlobCarbon geoland+ (Boss4GMES) MARS / JRC, ACP Observatory / JRC AMESD / EDF, SAF Land / Eumetsat FTS/CLC2006 /EEA FP 7 Preparatory Actions tbd. UrbanAtlas/DG Regio FP7 / 2008 downstream services call climate change call GSE Extensions VAE Value Added Element DUE Data User Element EDF European Dev. Fund Operational up-take Operational GMES budgets Downstream Services Interreg III / IV-RFEC, LIFE+, nat./regional funding National For example Operational: national land monitoring (e.g. ES, UK, SE, FI, HU) R&D: DE (DECOVER), FR, AT 14

8 How to make GMES a success? (1/2) Ubiquitous availability of standardised core services to enable downstream applications Image Data - Image2000, Image2006, UrbanAtlas VHR data (2.5 m), scientific medium-/low-resolution data series available, FP7 data access through ESA up-coming (e.g. Image2009) Core Service Data EEA FTS/CLC2006 / 2009 /, EC UrbanAtlas, EC Preparatory Actions, FP7 FTS project geoland2 In-situ Data bi-lateral negotiations necessary, some EEA EIONET data collections, INSPIRE / SEIS / national SDI availability will only take midterm effects Access / Dissemination Tools EEA web services, JRC CID (community image data portal), ESA portal?, joint Land portal Common standards (content, format, service / system interoperability) INSPIRE, OGC, GMES service de facto standards evolving Core Serivce Data availability not perfect, but reasonably well to run a range of downstream services 15 How to make GMES a success? (1/2) Broad up-take by consolidated and new down-stream services Market penetration of established services Interreg, LIFE+ offer EC inventives to regions, GSE / VAE / DUE / EDF offer support to international roll-out Service evolution/integration into scenario / management tools a FP7 downstream call opportunity? New services addressing further fields (e.g. climate change adaptation, public customers outside Europe, commerical customers) a FP7 downstream call opportunity (maybe together with the Climate call?) Stakeholder teaming to achieve consensus continuing Governance to achieve operational budgets and procurement evolving GMES technically and politically mature enough to justify further down-stream service investments 16

9 Euroland existing LMCS-type data Joint Web-Map Server & Portal (from 16th 16th Sep. Sep CMS Demonstration Sites 18

10 CMS Demonstration Sites 19 CIS Demonstration Sites 20

11 CIS Demonstration Sites 21 GMES Land User Platform 22

African User Involvement African User involvement user feedback from AMESD ACP Observatory acting as agency 23 Further Stakeholder Activities Service Provider Associations Landnetwork new association

12 African User Involvement African User involvement user feedback from AMESD ACP Observatory acting as agency 23 Further Stakeholder Activities Service Provider Associations Landnetwork new association to support teaming & pursue specific interest of land service providers (in co-ordination with general EARSC activities) EARSC Science Platform EARSEL supported by geoland2 to strengthen land oriented working groups & to organise broader scientific exchange GEO / GEOSS Direct collaboration through FTS Land representation to promote the European Land contribution (geoland, Boss4GMES, geoland2) GOFC-GOLD collaboration for land specific standards INSPIRE SDIC geoland 24

13 Contact Alexander Kaptein geoland coordinator Astrium Services / Infoterra E. Alexander.Kaptein@astrium.eads.net T Andreas Littkopf GMES Land User Platform coordinator ETC Land Use and Spatial Information (ETC-LUSI) E. andreas.littkopf@uab.es T (see Window on GMES brochure), terrestrial.eionet.europa.eu (see GMES Land User Newsletter editions) The GMES Land Portal & Web-Map Server (from 16th September 2008) 25

geoland GEOLAND Overview of Interacting parts and future plans Integrated GMES Project on Landcover and Vegetation

geoland GEOLAND Overview of Interacting parts and future plans Integrated GMES Project on Landcover and Vegetation Integrated GMES Project on Landcover and Vegetation GEOLAND Overview of Interacting parts and future plans Marc Leroy Jean-Christophe Calvet Marek Tinz Kees van Diepen Etienne Bartholomé Co-funded by the