SlideShare a Scribd company logo
Spatial Data Infrastructure in Europe
and in Germany
Sajid Pareeth
Gabriel Vincent Sanya
What is the National Spatial Data
Infrastructure (NSDI)……?
To encourage the collection, processing, archiving, integrating, and sharing
of geospatial data and Information using common standards and interoperable
systems and techniques
….. And accessible via the web.
NSDI building blocks.
Some NSDI milestones
1986 Establishment of Australian Land Information Council (ALIC).
1990 US Federal Geographic Data Committee set up to coordinate the development,
use, sharing and dissemination of surveying mapping and related spatial data
1993 US Mapping Science Committee report on 'Toward a coordinated spatial data
infrastructure for the nation'
1994 Executive Order 12906 'Coordinating geographic data acquisition and access:
the National Spatial Data Infrastructure'
1996 First Global Spatial Data Infrastructure conference in Bonn, Germany
1998 First generation of NSDIs paper identifies 11 initiatives from all parts of the world.
1998
2000 54 countries respond to GSDI survey
2002 Crompvoets claims that 120 countries are considering NSDI development
GSDI – An idea at the cusp
Foster SDI development locally to globally
• Access data at a variety of scales and from multiple sources
• Common standards an interoperable systems and techniques
• Heavy reliance on partners world-wide
Goals…..
• Promote and develop awareness and exchanges
• Facilitate data access/discovery via clearinghouse, portal web services
• Stimulate and conduct capacity building
• Conduct and sponsor SDI development research
Official Surveying and
Mapping is the task of the 16
federal states each being
responsible for its state
territory in terms of
• Geodetic reference frames
• Real estate cadastre,
• Topographic mapping.
Towards Spatial Data Infrastructure (GDI-DE) of
the Federal Republic of Germany
A decentralised Approach…
Collaboration of the states
organised by AdV (since
1949)
Common specifications for
 Geodetic framework
 Real estate cadastre
 Topographic mapping
 IT-based projects (ALKIS,
ATKIS)
 Pricing policy
Sharing experiences and
technologieswww.adv-online.de
Decisions of the Federal Government with
respect to improving coordination of the
provision and use of geoinformation in Germany
 1996: Establishment of the national geodata centre (GDZ)
assigned to IfAG
 1997: Establishment of the “Bundesamt für Kartographie und
Geodäsie (BKG)” (Federal Agency for Cartography and Geodesy)
as successor of the research institute IfAG
 1998: Establishment of the “Interministerieller Ausschuss für
Geoinformationswesen – IMAGI” (Interministerial Committee
for Geoinformation)
 Partner of the state mapping agencies
 Technical coordinator for country-wide
topographic datasets
 Service centre
 Quality assurance of the ATKIS®
data sets delivered by the state
mapping agencies
 Providing the AdV metadata
information system (AdV-MIS)
Online delivery
National Geodata Centre (GDZ)
BKGBKG
BKG’s mission
 to provide a geodetic and cartographic
infrastructure taking account of the
responsibilities of the states and the
overall responsibility of the federation
(e.g. the national geodata centre)
 to carry out applied research and
technological development
 to represent geodesy and
geoinformation on the international
level
www.adv-online.de
BKGBKG
Common reference data sets
for Germany:
 Geodetic reference frames
including a network of 260 GPS
permanent stations
 Official multipurpose cadastre
Automated Real Estate Map – ALK
Automated Real Estate Register – ALB
(in the future ALKIS®
, the new ISO-
based Real Estate Cadastre IS)
 The Authoritative Topographic-
Cartographic Information System
ATKIS®
(developed between
1984-89 , completed in 1998)
DTK10-V
DTK25-V
DTK50-V
DTK100-V
DTK
1000-V
Digital Topographic Maps (DTK)
Digital Landscape Models (DLM)
Base
DLM
DLM 50 DLM 250 DLM
1000
1: 25.000 1: 50.000 1: 250.000 1: 500.000
Digital Orthophotos (DOP)
Digital Terrain Models (DGM)
Object-
based
data
Raster data
Raster data
Grid
DGM5 DGM-
DE
DGM50 /
DGM 250
DGM
1000
DTK250
DTK500-V
Interministerial Committee for Geoinformation
 established in 1998 by the Federal Government
 Objective: Coordinating the German SDI → GDI-DE®
• More then 230 tasks are being carried out with Geo Information
• Almost half of the federal agencies in Germany are working with GI
• About 20 different type of data base systems
• About 50 different data types
• Almost 90% of agencies providing or
receiving Geo Information
IMAGI Survey in federal agencies in 2000:
Tasks of IMAGI:
- Conceptual framework for GDI-DE®
Interministerial Committee for Geoinformation
- Development of GeoPortal.Bund®, starting with GeoMIS.Bund®
Coordinating pilot projects of the Federal Government
and States to investigate the resources needed to build
the homogenised NGDB and to develop the GeoPortal
German Spatial Data Infrastructure (GDI-DE)
GDI-DE®
= {NGDB, network, services,
standards}
GDI-DE®
= {NGDB, network, services,
standards}
National Geo Data Basis
NGDB = {reference data, thematic
data, metadata}
National Geo Data Basis
NGDB = {reference data, thematic
data, metadata}
GeoPortal.Bund®
the central point of entry to GDI-DE
GeoPortal.Bund®
the central point of entry to GDI-DE
http://geoportal.bkg.bund.de
Evaluation of the German approach to national
mapping
 Sustainable political support at the highest level
 Co-ordination
Phased implementation
 Selling the benefits
Resolution of the German parliament – 15th
February 2001
Federal Government is asked
 to push ahead the implementation of the Spatial Data
Infrastructure for Germany as a public infrastructure
 to promote the interdepartmental use of GI in public
services
 to coordinate the GI activities of the Federal Government,
and to support the Länder (states)
 to promote collaboration with the private sector and
academia
Resolution of the German parliament –
10th April 2003
 Acknowledgement of IMAGI’s achievements
 Federal Government is requested to increase the efforts
devoted to the establishment of the GDI-DE®
 Underlining the necessity of coordination of the GDI-DE
process by the Federal Government
Lessons learned for the set-up of the ESDI
 Strong political support is needed on the European level
(EP, Council, EC) as well as in the Member States
 Need for a unit on the European level charged to
coordinate the development and implementation of
ESDI
Need for a common process of specifying the various
components that belong to the ESDI
Need for culture of sharing strategies, (pricing and
licensing) policies, experiences, and practical solutions
Towards ESDI(INSPIRE)…
DG Joint Research Centre
• Mission: to provide customer-driven scientific and technical support
for the conception, development, implementation and monitoring of
European Union policies.
• The JRC functions as a reference centre
of science and technology for the Union.
• Close to the policy-making process, it serves the common interest of
the Member States, while being
independent of special interests,
whether private or national.
• 7 institutes in 5 countries, 2000 people
An INfrastructure for SPatial InfoRmation in Europe
• INSPIRE directive approved by the European parliament on the
12th
Feb 07
• Member States will have to make available free of charge the
services for discovering and, subject to certain specific conditions,
viewing spatial data sets
Why Inspire?
Increasing interest for the spatial dimension
IACS, LPIS, Olive Trees registers, …
• ICZM, ESDP, Urban, Noise, …
EU policies and Geographic Information
Assess needs
• Formulate the policy
• Monitor its implementation
• Evaluate its effectiveness
What is the Problem
Different quality and different types of attribute information
Data compiled by
Member States:
– Paper map / site
– Descriptive database
– Digital Spatial data
Data are validated and
integrated
 Data sources:
– In general 1/100.000,
on topographic maps
– Exceptionally 1/250.000
(very large sites)
– Often 1/25.000 –
1/1.500 (cadastre)
European Reference System
European Platform moving ~3cm/year
Differences in sea-level
across Europe and
within a country (in cm)
Finland
Sweden
How do we harmonize the data?
But good local data already exist and are already exist
and are accessible !
Standards are not Enough
Road network between Germany and Netherland–semantic inconsistencies
Example of problems on cross Border-Areas
Geographic Information
Interoperability !
• Existing de-facto and de-jure
Standards
(OpenGIS, ISO, W3C, etc.)
are a good & important
starting point for an ESDI,
but need additional glue to provide
– commonly agreed & harmonized,
unambiguous application
profiles
– quality measurement of distributed (!) services
(certification of services)
– Additional standards where needed
– awareness and training on GI interoperability
Overall Context
Needs
• Better information needed to
support policies
• Improvement of existing information
flows
• Differentiation across regions to be
considered
• Revision of approach to reporting and
monitoring, moving to concept of
sharing of information
Situation in Europe
• Data policy restrictions
– pricing, copyright, access rights,
licensing policy
• Lack of co-ordination
– across boarders and between levels
of government
• Lack of standards
– incompatible information and
information systems
• Existing data not re-usable
– fragmentation of information,
redundancy, inability to integrate
EC Proposal COM(2004) 516 for a
Directive establishing an
infrastructure for spatial information
in the Community -INSPIRE
EU has islands of
data of different
standards and
quality...
Proposal INSPIRE Framework Directive
- Overview -
I. General provisions
II. Metadata
III. Interoperability of spatial data sets and services
IV. Network services
V. Data-sharing and re-use
VI. Coordination and complementary measures
VII. Final provisions
This overview addresses the main issues only
• Establish an infrastructure for spatial
information in the EU to support:
– environmental policies and
– policies that affect the environment,
• Based on infrastructures of the Member
States that include
– metadata, spatial data sets and services; network
services; agreements on sharing, access and
use; and coordination and monitoring
mechanisms, processes and procedures.
Proposal INSPIRE Framework Directive
I - General Provisions-
INSPIRE requires also specific implementing rules
to be adopted through Comitology
ROADMAP
From Commission proposal to Community Directive
implementation - 3 phases:
– Preparatory phase (2004-2006)
• Co-decision procedure
• Preparation of Implementing Rules
– Transposition phase (2007-2008)
• Directive enters into force
• Transposition into national legislation
• INSPIRE Committee starts its activities
• Adoption of Implementation Rules by Committology
– Implementation phase (2009-2013)
• implementation and monitoring of measures
Overview of requirements
• metadata*
• spatial data sets and spatial data services*
• network services*
– EU geo-portal
• access and rights of use for
Community institutions and bodies**
• monitoring and reporting mechanisms **
• process and procedures
* technical: under JRC responsibility
** legal/procedural: under Eurostat responsibility
Spatial Data Infrastructure in Europe
• make European public data more accessible and compatible
• create the right conditions to use geo-technologies in addressing
critical issues
• save money, protect investments and create new jobs
• facilitate the private and public sector in developing new e-services
• help in improving the quality of life and protect the environment (e.g. tsunami)..
The benefits - INSPIRE will…
Key-Players in the development of ESDI.
 (ESDI) will be a web service-based infrastructure
All EU-funded geospatial projects MUST be INSPIRE-compliant to be an
ESDI
Initial focus on environmental policies will be enlarged to other sectors
Openness and transparency (Cultural change)
 Research communities should become familiar with SDI concept
 strengthen Links and interface with international initiatives
Think of services rather than of data!!!
Conclusions
Thank you for your attention !
INSPIRE:INSPIRE:
http://inspire.jrc.ithttp://inspire.jrc.it

More Related Content

PDF
Enterprise GIS
PPT
Vectors and Rasters
PPTX
Geographic information system (gis)
PPT
Chap1 introduction to geographic information system (gis)
PDF
GIS in National Security
PPTX
Conversion of Existing Data
PDF
Architecting the ArcGIS Platform
PPTX
Global positioning system
Enterprise GIS
Vectors and Rasters
Geographic information system (gis)
Chap1 introduction to geographic information system (gis)
GIS in National Security
Conversion of Existing Data
Architecting the ArcGIS Platform
Global positioning system

What's hot (20)

PPTX
Gis powerpoint
PDF
Application of gis in wildlife management
PPTX
WETLAND MAPPING USING RS AND GIS
PPT
Spatial Data Infrastructure Best Practices with GeoNode
PPTX
TYBSC IT PGIS Unit I Chapter II Geographic Information and Spacial Database
PPTX
GeoServer in Production: we do it, here is how!
PDF
GIS Standards and Interoperability
PPTX
Steps for Principal Component Analysis (pca) using ERDAS software
PDF
GeoServer on Steroids
PPTX
70.mobile gis
PPSX
GIS MAPPING
PDF
Raster
PPT
spatial data infrastructure : issues and concepts
PDF
ArcGIS for Server, Portal for ArcGIS and the Road Ahead - Esri norsk BK 2014
PPT
Digital Cartography
PPT
Introduction of GIS & Remote Sensing (RS)
PDF
Chapter one gis
PDF
GIS in land administration
PPT
Geodatabases
PPTX
TYBSC IT PGIS Unit V Data Visualization
Gis powerpoint
Application of gis in wildlife management
WETLAND MAPPING USING RS AND GIS
Spatial Data Infrastructure Best Practices with GeoNode
TYBSC IT PGIS Unit I Chapter II Geographic Information and Spacial Database
GeoServer in Production: we do it, here is how!
GIS Standards and Interoperability
Steps for Principal Component Analysis (pca) using ERDAS software
GeoServer on Steroids
70.mobile gis
GIS MAPPING
Raster
spatial data infrastructure : issues and concepts
ArcGIS for Server, Portal for ArcGIS and the Road Ahead - Esri norsk BK 2014
Digital Cartography
Introduction of GIS & Remote Sensing (RS)
Chapter one gis
GIS in land administration
Geodatabases
TYBSC IT PGIS Unit V Data Visualization
Ad

Viewers also liked (13)

PDF
INSPIRE Annual Report 2014 - 2015 (updated 2016.01.12)
PDF
Situation of the GIS and SDI market in Greece
PPTX
Towards 'Resilient Cities' - Harmonisation of Spatial Planning Information as...
PPT
Presentation implementacion Project IGIS Serbia
PPTX
10 Minutes with NSDI Web Services - Using GOS Dashboard and Widget
PDF
SDI in Croatia; shifting from NSDI 1.0 to NSDI 2.0
PDF
National Spatial Data Infrastructure (NSDI)
PDF
Spatial data infrastructure in Kyrgyzstan
PDF
NSDI policies and data initiatives - Dr. P.S. Acharya
PPT
Delaware GIS Strategic Planning Workshop (10/20/09)
PPT
The Future of Decision Making with a National Spatial Database Infrastructure...
INSPIRE Annual Report 2014 - 2015 (updated 2016.01.12)
Situation of the GIS and SDI market in Greece
Towards 'Resilient Cities' - Harmonisation of Spatial Planning Information as...
Presentation implementacion Project IGIS Serbia
10 Minutes with NSDI Web Services - Using GOS Dashboard and Widget
SDI in Croatia; shifting from NSDI 1.0 to NSDI 2.0
National Spatial Data Infrastructure (NSDI)
Spatial data infrastructure in Kyrgyzstan
NSDI policies and data initiatives - Dr. P.S. Acharya
Delaware GIS Strategic Planning Workshop (10/20/09)
The Future of Decision Making with a National Spatial Database Infrastructure...
Ad

Similar to Spatial Data Infrastructure in Europe (20)

PPTX
Introduction to Spatial Data Infrastructure
PPT
David Coleman presentation at SDI Summit 2014, Calgary, Canada, 17-19 Sept 2014
PPT
NSDI_ Concepts and Components
PDF
UN GGIM AS - Cross Border Geospatial Data Sharing Between Arab States
PPT
David Coleman: Challenging Traditional Models, Roles and Responsibilities in ...
PPTX
European Location Framework
PPT
The Concepts of Spatial Data Infrastructure and components.ppt
PPTX
European Location Framework and how it related to e-government and INSPIRE
PPTX
SDI-Initiatives-in-Nepal (1).pptx
PPTX
Interoperable provision of geodata and services according to the INSPIRE Dire...
PPTX
Why The Historic Environment Needs A Spatial Data Infrastructure
PPT
Esdin Results And Elf (2)
PPTX
European Location Framework
PPTX
European Location Framework
PDF
GI2010 symposium-ws1.3 longhorn (inspire sdi questionaire)
PPTX
Introduction to Spatial Data Infrastructure.pptx
PDF
Deruyter - input2012
PPT
02 -how-will-inspire-influence-local-authorities-and-spatial-planning
PPTX
Presentation on national mapping organization and spatial data infrastructure
Introduction to Spatial Data Infrastructure
David Coleman presentation at SDI Summit 2014, Calgary, Canada, 17-19 Sept 2014
NSDI_ Concepts and Components
UN GGIM AS - Cross Border Geospatial Data Sharing Between Arab States
David Coleman: Challenging Traditional Models, Roles and Responsibilities in ...
European Location Framework
The Concepts of Spatial Data Infrastructure and components.ppt
European Location Framework and how it related to e-government and INSPIRE
SDI-Initiatives-in-Nepal (1).pptx
Interoperable provision of geodata and services according to the INSPIRE Dire...
Why The Historic Environment Needs A Spatial Data Infrastructure
Esdin Results And Elf (2)
European Location Framework
European Location Framework
GI2010 symposium-ws1.3 longhorn (inspire sdi questionaire)
Introduction to Spatial Data Infrastructure.pptx
Deruyter - input2012
02 -how-will-inspire-influence-local-authorities-and-spatial-planning
Presentation on national mapping organization and spatial data infrastructure

More from Sajid Pareeth (6)

PDF
PhD defence presentation, 12 July 2016 @ FU-Berlin
PDF
Monitoring and retrieving historical daily surface temperature of sub-alpine ...
PDF
Inter-sensor comparison of lake surface temperatures derived from MODIS, AVHR...
PDF
An open source framework for processing daily satellite images (AVHRR) over l...
PPT
Feature Matching using SIFT algorithm
PPTX
Irrigated Area Mapping, South Asia
PhD defence presentation, 12 July 2016 @ FU-Berlin
Monitoring and retrieving historical daily surface temperature of sub-alpine ...
Inter-sensor comparison of lake surface temperatures derived from MODIS, AVHR...
An open source framework for processing daily satellite images (AVHRR) over l...
Feature Matching using SIFT algorithm
Irrigated Area Mapping, South Asia

Recently uploaded (20)

PDF
Dropbox Q2 2025 Financial Results & Investor Presentation
PDF
Getting Started with Data Integration: FME Form 101
PPTX
MYSQL Presentation for SQL database connectivity
PDF
cuic standard and advanced reporting.pdf
PDF
TokAI - TikTok AI Agent : The First AI Application That Analyzes 10,000+ Vira...
PPTX
Group 1 Presentation -Planning and Decision Making .pptx
PPTX
SOPHOS-XG Firewall Administrator PPT.pptx
PPTX
Spectroscopy.pptx food analysis technology
PPTX
20250228 LYD VKU AI Blended-Learning.pptx
PDF
Encapsulation_ Review paper, used for researhc scholars
PPT
“AI and Expert System Decision Support & Business Intelligence Systems”
PDF
NewMind AI Weekly Chronicles - August'25-Week II
PDF
A comparative analysis of optical character recognition models for extracting...
PPTX
Tartificialntelligence_presentation.pptx
PDF
Architecting across the Boundaries of two Complex Domains - Healthcare & Tech...
PDF
Building Integrated photovoltaic BIPV_UPV.pdf
PDF
Spectral efficient network and resource selection model in 5G networks
PDF
Approach and Philosophy of On baking technology
PDF
Optimiser vos workloads AI/ML sur Amazon EC2 et AWS Graviton
PDF
Encapsulation theory and applications.pdf
Dropbox Q2 2025 Financial Results & Investor Presentation
Getting Started with Data Integration: FME Form 101
MYSQL Presentation for SQL database connectivity
cuic standard and advanced reporting.pdf
TokAI - TikTok AI Agent : The First AI Application That Analyzes 10,000+ Vira...
Group 1 Presentation -Planning and Decision Making .pptx
SOPHOS-XG Firewall Administrator PPT.pptx
Spectroscopy.pptx food analysis technology
20250228 LYD VKU AI Blended-Learning.pptx
Encapsulation_ Review paper, used for researhc scholars
“AI and Expert System Decision Support & Business Intelligence Systems”
NewMind AI Weekly Chronicles - August'25-Week II
A comparative analysis of optical character recognition models for extracting...
Tartificialntelligence_presentation.pptx
Architecting across the Boundaries of two Complex Domains - Healthcare & Tech...
Building Integrated photovoltaic BIPV_UPV.pdf
Spectral efficient network and resource selection model in 5G networks
Approach and Philosophy of On baking technology
Optimiser vos workloads AI/ML sur Amazon EC2 et AWS Graviton
Encapsulation theory and applications.pdf

Spatial Data Infrastructure in Europe

  • 1. Spatial Data Infrastructure in Europe and in Germany Sajid Pareeth Gabriel Vincent Sanya
  • 2. What is the National Spatial Data Infrastructure (NSDI)……? To encourage the collection, processing, archiving, integrating, and sharing of geospatial data and Information using common standards and interoperable systems and techniques ….. And accessible via the web. NSDI building blocks.
  • 3. Some NSDI milestones 1986 Establishment of Australian Land Information Council (ALIC). 1990 US Federal Geographic Data Committee set up to coordinate the development, use, sharing and dissemination of surveying mapping and related spatial data 1993 US Mapping Science Committee report on 'Toward a coordinated spatial data infrastructure for the nation' 1994 Executive Order 12906 'Coordinating geographic data acquisition and access: the National Spatial Data Infrastructure' 1996 First Global Spatial Data Infrastructure conference in Bonn, Germany 1998 First generation of NSDIs paper identifies 11 initiatives from all parts of the world. 1998 2000 54 countries respond to GSDI survey 2002 Crompvoets claims that 120 countries are considering NSDI development
  • 4. GSDI – An idea at the cusp Foster SDI development locally to globally • Access data at a variety of scales and from multiple sources • Common standards an interoperable systems and techniques • Heavy reliance on partners world-wide Goals….. • Promote and develop awareness and exchanges • Facilitate data access/discovery via clearinghouse, portal web services • Stimulate and conduct capacity building • Conduct and sponsor SDI development research
  • 5. Official Surveying and Mapping is the task of the 16 federal states each being responsible for its state territory in terms of • Geodetic reference frames • Real estate cadastre, • Topographic mapping. Towards Spatial Data Infrastructure (GDI-DE) of the Federal Republic of Germany A decentralised Approach…
  • 6. Collaboration of the states organised by AdV (since 1949) Common specifications for  Geodetic framework  Real estate cadastre  Topographic mapping  IT-based projects (ALKIS, ATKIS)  Pricing policy Sharing experiences and technologieswww.adv-online.de
  • 7. Decisions of the Federal Government with respect to improving coordination of the provision and use of geoinformation in Germany  1996: Establishment of the national geodata centre (GDZ) assigned to IfAG  1997: Establishment of the “Bundesamt für Kartographie und Geodäsie (BKG)” (Federal Agency for Cartography and Geodesy) as successor of the research institute IfAG  1998: Establishment of the “Interministerieller Ausschuss für Geoinformationswesen – IMAGI” (Interministerial Committee for Geoinformation)
  • 8.  Partner of the state mapping agencies  Technical coordinator for country-wide topographic datasets  Service centre  Quality assurance of the ATKIS® data sets delivered by the state mapping agencies  Providing the AdV metadata information system (AdV-MIS) Online delivery National Geodata Centre (GDZ)
  • 9. BKGBKG BKG’s mission  to provide a geodetic and cartographic infrastructure taking account of the responsibilities of the states and the overall responsibility of the federation (e.g. the national geodata centre)  to carry out applied research and technological development  to represent geodesy and geoinformation on the international level
  • 10. www.adv-online.de BKGBKG Common reference data sets for Germany:  Geodetic reference frames including a network of 260 GPS permanent stations  Official multipurpose cadastre Automated Real Estate Map – ALK Automated Real Estate Register – ALB (in the future ALKIS® , the new ISO- based Real Estate Cadastre IS)  The Authoritative Topographic- Cartographic Information System ATKIS® (developed between 1984-89 , completed in 1998)
  • 11. DTK10-V DTK25-V DTK50-V DTK100-V DTK 1000-V Digital Topographic Maps (DTK) Digital Landscape Models (DLM) Base DLM DLM 50 DLM 250 DLM 1000 1: 25.000 1: 50.000 1: 250.000 1: 500.000 Digital Orthophotos (DOP) Digital Terrain Models (DGM) Object- based data Raster data Raster data Grid DGM5 DGM- DE DGM50 / DGM 250 DGM 1000 DTK250 DTK500-V
  • 12. Interministerial Committee for Geoinformation  established in 1998 by the Federal Government  Objective: Coordinating the German SDI → GDI-DE® • More then 230 tasks are being carried out with Geo Information • Almost half of the federal agencies in Germany are working with GI • About 20 different type of data base systems • About 50 different data types • Almost 90% of agencies providing or receiving Geo Information IMAGI Survey in federal agencies in 2000:
  • 13. Tasks of IMAGI: - Conceptual framework for GDI-DE® Interministerial Committee for Geoinformation - Development of GeoPortal.Bund®, starting with GeoMIS.Bund® Coordinating pilot projects of the Federal Government and States to investigate the resources needed to build the homogenised NGDB and to develop the GeoPortal
  • 14. German Spatial Data Infrastructure (GDI-DE) GDI-DE® = {NGDB, network, services, standards} GDI-DE® = {NGDB, network, services, standards} National Geo Data Basis NGDB = {reference data, thematic data, metadata} National Geo Data Basis NGDB = {reference data, thematic data, metadata} GeoPortal.Bund® the central point of entry to GDI-DE GeoPortal.Bund® the central point of entry to GDI-DE http://geoportal.bkg.bund.de
  • 15. Evaluation of the German approach to national mapping  Sustainable political support at the highest level  Co-ordination Phased implementation  Selling the benefits
  • 16. Resolution of the German parliament – 15th February 2001 Federal Government is asked  to push ahead the implementation of the Spatial Data Infrastructure for Germany as a public infrastructure  to promote the interdepartmental use of GI in public services  to coordinate the GI activities of the Federal Government, and to support the Länder (states)  to promote collaboration with the private sector and academia
  • 17. Resolution of the German parliament – 10th April 2003  Acknowledgement of IMAGI’s achievements  Federal Government is requested to increase the efforts devoted to the establishment of the GDI-DE®  Underlining the necessity of coordination of the GDI-DE process by the Federal Government
  • 18. Lessons learned for the set-up of the ESDI  Strong political support is needed on the European level (EP, Council, EC) as well as in the Member States  Need for a unit on the European level charged to coordinate the development and implementation of ESDI Need for a common process of specifying the various components that belong to the ESDI Need for culture of sharing strategies, (pricing and licensing) policies, experiences, and practical solutions
  • 19. Towards ESDI(INSPIRE)… DG Joint Research Centre • Mission: to provide customer-driven scientific and technical support for the conception, development, implementation and monitoring of European Union policies. • The JRC functions as a reference centre of science and technology for the Union. • Close to the policy-making process, it serves the common interest of the Member States, while being independent of special interests, whether private or national. • 7 institutes in 5 countries, 2000 people
  • 20. An INfrastructure for SPatial InfoRmation in Europe • INSPIRE directive approved by the European parliament on the 12th Feb 07 • Member States will have to make available free of charge the services for discovering and, subject to certain specific conditions, viewing spatial data sets Why Inspire? Increasing interest for the spatial dimension IACS, LPIS, Olive Trees registers, … • ICZM, ESDP, Urban, Noise, … EU policies and Geographic Information Assess needs • Formulate the policy • Monitor its implementation • Evaluate its effectiveness
  • 21. What is the Problem Different quality and different types of attribute information Data compiled by Member States: – Paper map / site – Descriptive database – Digital Spatial data Data are validated and integrated  Data sources: – In general 1/100.000, on topographic maps – Exceptionally 1/250.000 (very large sites) – Often 1/25.000 – 1/1.500 (cadastre) European Reference System European Platform moving ~3cm/year Differences in sea-level across Europe and within a country (in cm) Finland Sweden How do we harmonize the data?
  • 22. But good local data already exist and are already exist and are accessible !
  • 23. Standards are not Enough Road network between Germany and Netherland–semantic inconsistencies Example of problems on cross Border-Areas Geographic Information Interoperability ! • Existing de-facto and de-jure Standards (OpenGIS, ISO, W3C, etc.) are a good & important starting point for an ESDI, but need additional glue to provide – commonly agreed & harmonized, unambiguous application profiles – quality measurement of distributed (!) services (certification of services) – Additional standards where needed – awareness and training on GI interoperability
  • 24. Overall Context Needs • Better information needed to support policies • Improvement of existing information flows • Differentiation across regions to be considered • Revision of approach to reporting and monitoring, moving to concept of sharing of information Situation in Europe • Data policy restrictions – pricing, copyright, access rights, licensing policy • Lack of co-ordination – across boarders and between levels of government • Lack of standards – incompatible information and information systems • Existing data not re-usable – fragmentation of information, redundancy, inability to integrate EC Proposal COM(2004) 516 for a Directive establishing an infrastructure for spatial information in the Community -INSPIRE EU has islands of data of different standards and quality...
  • 25. Proposal INSPIRE Framework Directive - Overview - I. General provisions II. Metadata III. Interoperability of spatial data sets and services IV. Network services V. Data-sharing and re-use VI. Coordination and complementary measures VII. Final provisions This overview addresses the main issues only
  • 26. • Establish an infrastructure for spatial information in the EU to support: – environmental policies and – policies that affect the environment, • Based on infrastructures of the Member States that include – metadata, spatial data sets and services; network services; agreements on sharing, access and use; and coordination and monitoring mechanisms, processes and procedures. Proposal INSPIRE Framework Directive I - General Provisions- INSPIRE requires also specific implementing rules to be adopted through Comitology
  • 27. ROADMAP From Commission proposal to Community Directive implementation - 3 phases: – Preparatory phase (2004-2006) • Co-decision procedure • Preparation of Implementing Rules – Transposition phase (2007-2008) • Directive enters into force • Transposition into national legislation • INSPIRE Committee starts its activities • Adoption of Implementation Rules by Committology – Implementation phase (2009-2013) • implementation and monitoring of measures
  • 28. Overview of requirements • metadata* • spatial data sets and spatial data services* • network services* – EU geo-portal • access and rights of use for Community institutions and bodies** • monitoring and reporting mechanisms ** • process and procedures * technical: under JRC responsibility ** legal/procedural: under Eurostat responsibility
  • 30. • make European public data more accessible and compatible • create the right conditions to use geo-technologies in addressing critical issues • save money, protect investments and create new jobs • facilitate the private and public sector in developing new e-services • help in improving the quality of life and protect the environment (e.g. tsunami).. The benefits - INSPIRE will…
  • 31. Key-Players in the development of ESDI.
  • 32.  (ESDI) will be a web service-based infrastructure All EU-funded geospatial projects MUST be INSPIRE-compliant to be an ESDI Initial focus on environmental policies will be enlarged to other sectors Openness and transparency (Cultural change)  Research communities should become familiar with SDI concept  strengthen Links and interface with international initiatives Think of services rather than of data!!! Conclusions
  • 33. Thank you for your attention ! INSPIRE:INSPIRE: http://inspire.jrc.ithttp://inspire.jrc.it