INSPIRE Knowledge Base

Spain - 2022: Country Fiche

Table of Contents
  • Introduction
  • State of Play
    • Coordination
    • Functioning and coordination of the infrastructure
    • Usage of the infrastructure for spatial information
    • Data Sharing Arrangements
    • Costs and Benefits
  • Key Facts and Figures. 
    • Monitoring Indicators
Introduction

The INSPIRE Directive sets the minimum conditions for interoperable sharing and exchange of spatial data across Europe as part of a larger European Interoperability Framework and the e-Government Action Plan that contributes to the Digital Single Market Agenda. Article 21 of INSPIRE Directive defines the basic principles for monitoring and reporting. More detailed implementing rules regarding INSPIRE monitoring and reporting have been adopted as Commission Implementing Decision (EU) 2019/1372 on the 19th August 2019.

This country fiche highlights the progress in the various areas of INSPIRE implementation. It includes information on monitoring 2021 acquired in December 2021 and Member States update.

State Of Play

Spanish SDI

A high-level view on the governance, use and impact of the INSPIRE Directive in Spain. More detailed information is available on the INSPIRE knowledge base.

Spain transposed INSPIRE Directive into national law since 2010, called LISIGE "Law  about  Infrastructures and Services about Geographic information in Spain", and has been implemented and maintainted the national INSPIRE nodes and regional INSPIRE nodes since then.

All Annex I dataset have been harmonised from the beginning and the harmonisazion of Annex II and III data has been planned in following years road map which is being transposed. All priority datasets have identified and published through view and download services.

Spanish SDI geoportal is the access point national and regional SDI  have a geoportal, tools, catalogues and publishes their information thought view and download services.

Spanish SDI geoportal

Spanish SDI paltform is meeting point for developers in the geospatial community, where different initiatives are brought together and their reuse is made easier:

National and Regional SDI nodes

The Spanish SDI is made up of the following main nodes and more SDI nodes here.

National nodes Autonomical nodes
  • Andalusia SDI: Spatial Data Infrastructure of the Andalusian Regional Government. (IDEAnalucia)
  • Aragón SDI: Spatial Data Infrastructure of the Town Council of Aragón. (IDEAragon)
  • Balearic Islands SDI: Spatial Data Infrastructure of the Balearic Islands Government. (IDEIB)
  • Canary SDI: Spatial Data Infrastructure of the Canary Islands Government. (IDECanarias)
  • Cantabria SDI: Spatial Data Infrastructure of Cantabria. (IDE Cantabria)
  • Castile and Leon SDI: Spatial Data Infrastructure of the Castile-Leon Regional Government. (IDEECyL)
  • Castile–La Mancha SDI: Spatial Data Infrastructure of the Castilla la Mancha Regional Government. (IDE-CLM)
  • Catalonia SDI: Spatial Data Infrastructure of Catalonia (IDEC)
  • Regional Community of Navarra SDI: Spatial Data Infrastructure of the Government of Navarre. (IDENA)
  • Valencian Community SDI: Spatial Data Infrastructure of Valencia. (IDEV)
  • Extremadura SDI: Spatial Data Infrastructure of the Extremadura Regional Government. (IDEextremadura)
  • Galicia SDI: Spatial Data Infrastructure of the Regional Government of Galicia (IDEG)
  • La Rioja SDI: Spatial Data Infrastructure of the Government of La Rioja. (IDERioja)
  • Basque Country SDI: Basque Country Spatial Data Infrastructure (Geoesukadi)
  • Madrid SDI: Spatial Data Infrastructure of the Community of Madrid. (IDEM)
  • Murcia SDI: Spatial Data Infrastructure of the Region of Murcia. (IDERM)
  • Principality of Asturias, SDI: Territorial Information System of the Principality of Asturias and the Spatial Data Infrastructure of Asturias from the Principality of Asturias Government (SITPA-IDEAS).

Coordination

National Contact Point
Name of Public Authority: 
National Geographic Institute
Postal Address: 

C/ General Ibáñez de Íbero 3, 28003 Madrid - España

Contact Email: 
Telephone Number: 
034915979646
Telefax Number: 
034915979764
MIG Contacts: 
Contact Person: 
Emilio López Romero
Email: 
Emilio.lopez@cnig.es
MIG T Contacts: 
Contact Person: 
Paloma Abad Power
Email: 
paloma.abad@cnig.es
Contact Person: 
María Soledad Gómez Andrés
Email: 
msgomez@mapa.es
Coordination Structure & Progress: 

Coordination Structure

  • Geographic High Council is the director body of the National Cartographic System (SCN), having consultation and planning role for the official geographic information and cartography. Geographic High Council is the National Contact Point for INSPIRE and the coordination and direction for the Spanish SDI.
  • Geographic High Council created  the Executive Board of the Geographic Information Infrastructure of Spain (CODIIGE) for managing and controlling IDEE. It takes responsibility for directing Spain's SDI, and immediately began to define the Technical WGs with the objective of analysing the application of the implementing rules of INSPIRE by the Spanish Public Administrations and helping their bodies and Organizations to achieve compliance. Furthermore, it is the body responsible for coordination and management of the SDI of Spain, owing to which it is responsible for its constitution and maintenance, being responsible for:
    1. Proposing to the competent Authorities the actions to be performed by the Administrations or Organizations of the public sector for the establishment of the IDEE.
    2. Guaranteeing its accessibility and interoperability.
    3. Integrating the contributions of other producers or suppliers.
  • The CODIIGE deal with interinstitutional coordination the organization of Spanish SDI (IDEE) is based on 14 national and 17 regional nodes; each regional node establishes the necessary coordination with the local administration and other agents.
  • Depending on CODIIGE:
  • The National Cartographic System, defined in Royal Decree 1545/2007 and promoted by Law 14/2010, which establishes the coordination of data production via the National Cartographic Plan and the sharing of data between the Autonomous Communities that sign the generic agreement and the General State Administration. The Geographic High Council is the management body of the National Cartographic System.

    • Examples: Cadastral Parcels, Addresses and Buildings data are coordinated by the Directorate General for Cadastre, Basque Government and Government of Navarre in Spain. These organizations publish the data on internet with network services (WMS, WFS and ATOM Feed) of INSPIRE Directive. For example: Directorate General for Cadastre online site that offers the data of cadastral parcels, addresses and buildings. (See www.sedecatastro.gob.es/)

Progress

  • Set up of coordination structure (CODIIGE and GTT- Working groups technical) to generate long term cohesion of thematic communities.  
  • A Geographic Information Inter-ministerial Group (GIIG) is composed the Ministry of Agriculture, Fisheries and Food (MAPA) and The Ministry for the Ecological Transition and the Demographic Challenge (MITERD). units working with GI and one of its responsibilities is to coordinate INSPIRE activities like the identification of priority data.
    • The Geographic Information Inter-ministerial Group (GIIG) and CODIIGE coordinate environment thematic sub group like Hydrography, Protected sites, Species distribution, Meteorological geographical features, Habitats and biotopes, Environmental monitoring facilities, Agricultural and aquaculture facilities, Area management/restriction/regulation zones and reporting units, Atmospheric conditions, Bio-geographical regions, Energy resources, Production and industrial facilities and  Natural risk zones.
    • GIIG provides an unified coordination of inventory of data sets related with INSPIRE themes & their obligations regarding the EEA.  
  • Geographic High Council´s new projects (these projects are in line with the objectives of Geographic High Council which seeks to increase the harmonization and integration of official digital data in Spain. Both projects were completed in 2021):
    • Creation of national geocoder service that will be the result of the harmonization and integration of official addresses at national (National Statistics Institute, Directorate General for Cadastre, Post Office Group, National Geographic Institute), regional (Basque Government and Government of Navarre…) and local government organizations.
    • Creation of official base map multiscale from official sources national, regional and local sources. Its technology is based on vector tile services.
  • Spain’s recovery and resilience plan:
    • Procurement for the modernisation of the Spatial Data Infrastructure for Spain (IDEE) through the Recovery, Transformation and Resilience Plan with an estimated budget of 11 052 000 € for the next 4 years (2021-2024). The contracts cover the following topics
      • Technological platform on the cloud
      • Adaptation of the IDEE to the new technological specifications such as the implementation and configuration of new  network services compliant with INSPIRE Directive based on the API-OGC and development of client applications for their exploitation.
      • Postal address service web management system
      • Development of a national vector tile service
      • Development and implementation of integrated technological solutions for use cases
      • Design and implementation of the processes for the integration of traffic direction information from OSM into the transport network database of Spain
      • Maintenance of national catalogues, validation of metadata and publication on the open data portal
  • Strengthening the work carried out between the Cadastre and the Land Registry. The Spanish Law 13/2015 implements an effective coordination of transactions executed by Cadastre and the Property Rights Registry. These institutions are two separate organizations with differentiated mandates and competences, both working in the domain of land administration. The Cadastre, registries and notaries have worked together to design a technologically advanced model of institutional interaction for this coordination purpose based in the INSPIRE GML of the Cadastral Parcel and the position of the Building.
  • The geographic information of Navarre is available in a new geoportal of the Territorial Territorial Information System of Navarre - SITNA,

Conferences and workshops in 2021

Functioning and coordination of the infrastructure

  • To facilitate data and service sharing and use has been developed:
    • Spanish SDI Geoportal (IDEE) provides access to around 46 metadata catalogues from national, regional and local nodes.
    • Official Catalogue of Inspire Data and Services (CODSI) provides access INSPIRE data sets and network services. This catalogue  is connected via harvesting or file interchange with the catalogues of national and regional SDI nodes, is the base for the monitoring process and for feeding the INSPIRE Geoportal. All INSPIRE compliant services available in Spain are available in European INSPIRE Geoportal.
    • Spanish Registry
  • Much more OGC services are available but not all are INSPIRE compliant services.
  • The list of key spatial data sets required for other environmental policies is already identified.
  • Big effort on training, seminars, events at regional and local levels; twitter @IDEESpain, electronic monthly bulletin “SobreIDEs” http://www.idee.es/boletin-sobre-ides and Spanish SDI Blog "Blog IDEE".
  • Thematic Working Groups (GTT), was asked to produce Guides about how to make compliant with INSPIRE the identified datasets and the already implemented view and download services. These Thematic Working Groups (GTT) have translated INSPIRE Technical Guidelines (Data Specifications) and have adapted to the case of Spain. These technical documents are available here.

INSPIRE priority dataset

Cadastral Parcels, Addresses and buildings

  • INSPIRE GML used as exchange format of Cadastral Parcels, Addresses and buildings in the real estate traffic in Spain. These themes are downloaded though ATOM service of General Directorate for Cadastre, Govern of Navarre and Basque government. These services allow the completed download by municipality of the INSPIRE data set.
  • The Spanish Mortgage Law and the revised text of the Law of Real Estate Cadastre, following its reform by Law 13/2015, of 24 June, establish a system of coordination between the Cadastre and the Property Rights Registry, so that Property Rights Registry incorporates the georeferenced graphic description of the registered properties, using the cadastral cartography as a basis.

Addresses

  • Extent to which the use datasets and network services is used to create colaborative services.

Mineral Resources and Energy Resources

  • Mining Cadastre: Article 4 of Law 6/1977, of 4 January, on the Promotion of Mining, establishes that the Ministry of Industry, currently the Ministry for the Ecological Transition and the Demographic Challenge (MITECO), will have a Mining Register, which will consist of a permanently updated public archive of all existing mining rights in the national territory, territorial sea and continental shelf, with their corresponding map. The competence over mining rights lies with the Autonomous Communities, which manage the data in their respective mining cadastres.

  • Petrol Stations Geoportal: The Petrol Stations Geoportal is based on the information submitted on the basis of Order ITC/2308/2007, which determines the form of submission of information to the Ministry of Industry, Tourism and Trade, on the supply activities of petroleum products, which involves the development of Art. 5 of Royal Decree Law 6/2000 of 23 June, on urgent measures to intensify competition in goods and services markets.
    Geoportal is a collaborative project between different administrations (National Geographic Institute, General Directorate for Cadastre, Ministry of industry, trade and tourism, National Energy Regulator (CNE) and Competition Authority (CDC) in Spain ) and enterprises of the energy sector (operators in gas stations businesses: Repsol, Cepsa,BP, etc.).

  • Hydrocarbon Technical Archive: This archive is regulated in Article 12 of Law 34/1998, of 7 October, on the hydrocarbon sector and in section 2.3 of Article 11 of Royal Decree 2362/1976, of 30 July, approving the Regulations for the application of the Law on hydrocarbon research and exploitation of 27 June 1974, applicable in accordance with the Second Transitional Provision of Law 34/1998, of 7 October. The infrastructure associated with the archive also makes it possible to comply with the provisions of Article 3 of Directive 94/22/EC of the European Parliament and of the Council of 30 May 1994 on the conditions for granting and exercising authorisations for the prospection, exploration and production of hydrocarbons, with information on geographical areas subject to applications and available areas being permanently available and up to date.

Usage of the infrastructure for spatial information

Some figures about metadata and catalogues

  • Registers are published through the following national catalogues
  • There are hundreds of visualizers in Spain that use the WMS/WMTS of national orthoimages according with Regulation Nº 976/2009 as regards the Network Services. These aerial images are co-financed by the autonomous administrations and national organizations.
  • Mobiles are using increasingly WMTS each year, apps for searching, locating, viewing... produces approximately half of request traffic of Spanish SDI node web services.

Some figures on the use of  netwrok services:

  • The number of service request always has been greater than the year before. Some examples:

 

Total number of requests 2019 2020 2021

The central Spanish SDI (IDEE) which is coordinated by the National Center of Geographic Information (CNIG) which provides and publishes many of the core geospatial datasets of the National Cartographic System (SCN)  used by many user organizations.

Total number of GB download:

  • 2019: 529.966 GB
  • 2020: 715.817 GB
  • 2021: 884.107 GB
Total: WMS, 4 WMTS, WFS and 2 TMS (only 2021) 10.316.789.948 14.314.782.727

17.852.894.035

TMS: 5.339.072.517

Example:Orthoimagery WMTS 5.006.315.444 6.172.695.458

WMTS: 5.090.382.142

TMS 2.477.149.500

WMS 397.077.414 545.300.882 664.010.265
Example: Land cover and Land use WMTS 17.703.744 20.000.000 21.000.000
WMS 4.729.773 - -
Example:DTM 5 m and 25 m, WMTS 10.112.663 1.547.555 3.431.200
WMS 2.876.048 3.802.367 2.748.637
Example: Transport network, hydrography, building, administrative units, etc. WMTS 4.596.328.242 6.149.213.927

WMTS: 5.898.834.762

TMS:1.227.220.741

WMS 103.754.109 84.380.152 98.354.255
Example:Administrative units WMS 109.179.792 154.411.665 280.994
WFS 376.367 532.906 389.069
Example:Addresses WMS . . 280.994
WFS 24.956.455 28.722.339 19.133.844
Nationa Geographic Institute (IGN) node Total number of requests 2019 2020 2021
Total 7 WMS, 3 WMTS and 1 TMS (only 2021) 4.801.371.684 5.903.085.809 7.711.573.569
7 WMS 386.792.657 459.337.562 426.662.075
3 WMTS 4.414.579.027 5.575.262.135 5.650.209.218
1 TMS . . 1.634.702.276
Ministry of Agriculture, Fisheries and Food (MAPA) and the Ministry for the Ecological Transition and the Demographic Challenge (MITERD) SDI Total number of requests 2019 2020 2021
WMS, WFS, ATOM Feed - 145.258.168

189.292.030

WMS - - 150.449.599
WFS, ATOM Feed - - 38.262.839
CSW - 76.731

282.782

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Some figures on regional SDI nodes:

  • Basque Country SDI (annually - 2021):
    • Provincial Council of Álava (GeoAraba): GeoAraba is the project for the management of cartographic maps promoted by the Town Planning area belonging to the Environment and Town Planning Directorate and the Alava Calculation Centre.
      • Total number of requests of 12 WMS: 19.129.597
      • Total number of requests of Cadastre WFS: 50.368
  • Territorial Information System and Spatial Data Infrastructure of Asturias (SITPA--IDEAS) (annually - 2021): SITPA-IDEAS is the reference geoportal where all the geographic information of interest of the Principality of Asturias is concentrated.
    • Total number of requests – 35 WMS/ 22 WFS/5 WMTS: 5.082.011
    • Total number of requests – 35 WMS/ 22 WFS: 3.808.501
    • Total number of requests - 5 WMTS: 1.273.510
    • Total number of GML download (WFS): 1526 of 76200
  • Aragón Government (IDEAragon): The Spatial Data Infrastructure of Aragón (IDEAragon) is a technological solution developed by the Geographic Institute of Aragón (IGEAR). IGEAR is a dependent service of the Directorate General of Territory Planning of the Aragón Government. IGEAR is dedicated to manage the production, obtain and treatment of the territorial documentation, as well as the diffusion of territory planning information.
    • Total number of requests – 10 WMS, 2 WFS: 18.132.970 (2020) and 19.433.170 (2021)
    • Total number of requests - Other services (CSW, WCS): 928.669 (2020) and 824.119 (2021)
    • Total number of GB download (WMS, WFS): 9.027,420 GB (2020) and 8.174,670  (2021)
    • Total number of GML download (WFS): 2.557 (2020) and 1.872 (2021)
  • Monitoring INSPIRE of 300 network services There is a website, on Spanish SDI geoportal, where you can know if Spanish network services are available twice a day.

Although view services (WMS/WMTS) are used by many users and, the key is web mapping applications. It is complicated to know more about the individual end-users of those applications, it says something about how the value is generated. In some cases the applications are general web mapping viewers, in other cases they support dedicated work processes of public authorities.

Data sharing arrangements

There are hundreds agreements or conventions co-financed by the autonomous administrations and national organizations. These agreements usually are collaborationand institutional between national, regional anl local organizations. Many of these agreements are reflected in the National Cartographic System (SCN). Another good example is agreements between environmental organisations and departments of MAPA and MITECO.

National Cartographic System (SCN)

  • Existence of big projects of collaborative data production and harmonisation under the umbrella of National Cartographic System (SCN), which include sharing of resulting data; the on-going production of georeferenced reference data increased the sharing of data between public admin. The web site of SCN has a list of public bodies collaborating in the production of geographic data products each year as a result of collaboration agreements with IGN Spain.
  • Final products are shared and published on NSDI network services under a CC BY 4.0 license.
    • Some examples of Spanish collaborative projects aimed at obtaining a full coverage of products considered as basic reference data and represent “Geospatial Reference Information Data Base (GRI)”: Aerial Orthophoto National Plan, PNOA - High resolution coverage of aerial orthophotos, digital elevation models, Spanish Land Cover Information System, SIOSE - Land cover information system, Transport networks, Hydrography..
  • Official Geographic Information basemap, for use in displays with vector tiles technology is a project to develop an official vector tile service of the Spanish national territory will be offered based on official geographic information are generated by all Public Administrations, gathered in the Spanish National Cartographic System. The objective is to produce a distributed collection of multi-scale vector tiles services containing the geographical elements necessary for the representation of different cartographic products in of the Spanish territory and also in the global scope. https://sgtmapabaseigo.github.io/MapaBaseIGO/
  • Some regions have signed collaboration agreements with all the municipalities in their territory.
  • There is a wide sharing and reusing data culture. Some public bodies use to share geodata among them without any formal agreement.
  • Sharing data for the public: in 2020, in a sampling of 90 public organisations, 28 % publish open data, 8 % publish semi-open data (not allowing commercial uses), 6 % closed data and 58 % do not declare the use conditions.
  • For the data set that can be downloaded, only 400 % use a Creative Commons license or any other type license. A core reference data produced collaboratively can be downloaded under a CC BY 4.0 license in CNIG Download Centre web page.

Ministry of Agriculture, Fisheries and Food (MAPA) and Ministry for the Ecological Transition and the Demographic Challenge (MITECO)

  • Directorate general for biodiversity, forests and desertification.
    • According to Law 42/2007, on Natural Heritage and Biodiversity, the Public Administrations shall cooperate and collaborate in matters of conservation of natural heritage and biodiversity and shall provide each other with information to ensure compliance with the objectives of this Law. Likewise, among the inspiring principles mentioned in Law 43/2003 on Forests, is the collaboration and cooperation of the different Public Administrations in the elaboration and execution of their forestry policies. The duty of collaboration between Public Administrations is regulated in Law 40/2015 of which establishes that the Public Administrations must provide other Administrations with the information they require on the activity they carry out in the exercise of their own competences or which is necessary for citizens to have full access to the information relating to a matter.
  • Directorate general for environmental quality and assessment
    • PRTR-España is the Spanish Register of Emissions and Pollutant Sources. It provides information to the public on the pollutant releases to air, water and land, and off-site transfers of wastes not only from the main industrial facilities but also emissions from other point and diffuse sources, according to the international (Kiev Protocol and Aarhus Convention), European (E-PRTR Regulation) and Spanish regulation (Real Decreto 508/2007 and its amendments). Information is available by facility and in aggregated way by industrial activity, pollutants and geographically. Note: The approximate number of consultations per year exceeds one million visitors, according to the counter available in the Register, which shows the relevance and dissemination of PRTR-Spain, both nationally and internationally.
      • The Aarhus Convention (2021 amendment to the Aarhus Regulation), (he European Union adopted an amendment to the Aarhus Regulation No. 1367/2006 to allow for better public scrutiny of EU acts affecting the environment. (octuber-2021)
    • Agreements with Nature Protection Service (SEPRONA) and Research Centre for Energy, Environment and Technology (CIEMAT)
  • Spanish Agrarian Guarantee Fund O.A. (FEGA)
    • Agreements on matters related to geographic information with the Ministry of Transport, Mobility and Urban Agenda.
    • Agreement with Directorate General for Cadastre for the exchange of information on agricultural land parcels.
    • Agreements with Canary and Catalonia for monitoring control work in the 2021 and 2022 seasons.
    • AAgreements with Andalusía, Aragón, Castiile-La Mancha, Extremadura, Galicia and Valencian Community for the implementation of remote sensing field monitoring in the campaigns 2018-2020
    • Agreement between SIGPAC and the integrated management and control system coordination group approving the criteria (SIGC) for distribution of SIGPAC data and other geospatial information of the SIGC.
    • Participation in IACS data sharing established by DG AGRI

Property and land administration:

  • In Spain, the Cadastre and the Property Rights Registry are two separate institutions with differentiated mandates and competences, both working in the domain of land administration. The Spanish Law 13/2015 implements an effective coordination of transactions executed by both institutions. The Cadastre, registries and notaries have worked together to design a technologically advanced model of institutional interaction for this coordination purpose based in the INSPIRE GML of the Cadastral Parcel and the position of the Buildings.

    Any modification of the physical characteristics of the cadastral parcels must be done taking as reference the Cadastral Cartography, that it is the unique official geographic representation of the cadastral parcels. Therefore the cadastre offers freely the INSPIRE GML of the parcels in several ways :WFS, ATOMS, embedded in the cadastral certificates or even through interactive tools in the Electronic Office of the Cadastre that provides, between other tools, cartographic viewer that allows access to all cadastral information and the parcel edition (INSPIRE GML) or a “Cadastral Editor” to use for the modification of the parcels.

    The citizens and the public authorities that work in the territory have the duty to communicate to the Cadastre any change of the parcel (segregation, union, new construction, etc.. ) or when the cadastral cartography does not sufficiently reflect the physical reality, procedures have been defined for updating the graphic data of the parcel involved through the use of alternative georeferenced graphic representations. These alternative representations are expressed also in the INSPIRE GML Cadastral Parcel format and are validated in the system providing a graphic validation report with the INSPIRE GML of the new parcels.

    In order to register a building in the Property Rights Registry, the georeferenced of its position is also required by the law 13/2015 and therefore we have done a step further, creating the mechanism to use for that the INSPIRE GML BU too.

    The INSPIRE GML of the graphic situation of the cadastral parcel as certified by the Directorate General for Cadastre is embedded in the cadastral certification and the graphic validation report. The Directorate ensures the authenticity and integrity of its contents. Both products are electronic documents, signed using a secure 16-digit verification code (CSV). This code unequivocally identifies the document in the Directorate General for Cadastre’s catalogue. The exchange between the various stakeholders requires only the 16-digit barcodes. This avoids the need to physically exchange computer files, allows the visualisation of the new representation without GIS tools and enables the automated capture of its contents, thus preventing possible transcription errors.

    The georeferencing of the parcels, expressed through the INSPIRE GML format of a cadastral parcel, is now widely used by all agents involved in property transactions in Spain. This is intended to give greater security to the data on the location, delimitation and surface area of the registered properties that are the subject of legal transactions. In this way we are enhancing interoperability between Directorate General for Cadastre and Property Rights Registry, simplifying administrative procedures and reducing costs.

References to INSPIRE or other relevant standards in procurement documents

  • More and more national, regional and local organizations have realised that INSPIRE play a key role in the standardized way publication and their benefits, therefore more and more procurement documents in recent years, where references to INSPIRE or other relevant standards are made. These procurement documents are for national, regional and local organizations. (See https://contrataciondelestado.es).

Costs and benefits

Costs:

Some figures:

A study performed in 2019 has roughly evaluated the annual cost of the national node of Spanish SDI in 120,000 € and the social benefits provide society with publishing viewing services in 1 M €, of a published map tile using its API. An approximated not very accurate estimation of cost-benefits ratio gives a result of at least 1:8 which must be only considered as an idea of the order of magnitude.

Spanish SDI (IDEE) 2020 2021
Estimated annual cost per web service 2.670 € 2.670 €

Estimated annual cost of maintaining a Spanish SDI geoportal.

50,000 € (new) 25,000 €
Develop and maintenance of Open Source API 400,000 € (new) 100.000 €
MAPA and MITERD SDI is the central access point to the INSPIRE priority data set provided for environmental reporting. 2020 2021
Estimated annual cost per web service 1.047 € 1.375 €
Estimated annual cost of maintaining a geoportal - 1.371.837 €
Estimated total annual cost (including maintenance of geoportals, clients and services, developments, operation, etc.) 1.020.016 € 1.371.837 €

 

 

 

 

 

 

 

 

 

Another example:

  • Undersecretary for the Ecological Transition and the Demographic Challenge
    • Estimated annual cost per web service: 13.000 € (2021)
    • Estimated annual cost of maintaining a geoportal: 39.000 € (2021)
    • Estimated total annual cost (including maintenance of geoportals, clients and services, developments, operation, etc.): 312.000 € (2021)
  • In general, annual costs estimation for a geoportal (from 13,000 to 100,000 €) and for a SDI node (from 37,000 to 270,000 €) varies a lot. Implementation costs of a single web service was estimated in approximately 4,000 € and its maintenance in 550 €/year.

Spain’s recovery and resilience plan

  • Procurement for the modernisation of the Spatial Data Infrastructure for Spain (IDEE) through the Recovery, Transformation and Resilience Plan with an estimated budget of 11.052.000 € for the next 4 years (2021-2024). The contracts cover the following topics
    • Technological platform on the cloud
    • Adaptation of the IDEE to the new technological specifications such as the implementation and configuration of new  network services compliant with INSPIRE Directive based on the API-OGC and development of client applications for their exploitation.
    • Postal address service web management system.
    • Development of a national vector tile service.
    • Development and implementation of integrated technological solutions for use cases.
    • Design and implementation of the processes for the integration of traffic direction information from OSM into the transport network database of Spain
    • Maintenance of national catalogues, validation of metadata and publication on the open data portal

Benefits:

Economic benefits of the SDI central node (CNIG and University of Leuven)

  • A study about the benefits and value of the Central SDI-node of Spain by KU Leuven and CNIG to develop and test a methodology for quantifying the benefits or value of the central SDI-node of Spain by comparing WMS/WMTS using figures with the fee-models applied by some Member States (France, Finland and Sweden) and the feed-model applied by Google for its Google Maps API’s. Moreover, also the value of the geospatial datasets downloaded is quantified based on the fee-models applied in some of the Member States.
    • The major objective of this study is to develop and test a methodology to estimate the economic benefits generated by the central SDI-node of Spain, which is coordinated by the National Geographic Institute of Spain (IGN-ES). Benefits estimation is understood as an approximate calculation - as accurate as possible - in monetary terms of the value of the web services and data in the central SDI-node based on a set of objective considerations and criteria. The central SDI node comprises all the SDI resources published on the web by the same organization, IGN-ES, as coordinator of the Spanish SDI.
      The benefits produced by documents, utilities, tools, links and communication channels are considered much smaller and even negligible than the benefits derived from the use of spatial data sets and services, therefore the study approximates the total benefits by the benefits of the use of geographic web services and geographic data. In this study the most used services, i.e. for visualization (WMS and WMTS), and the datasets download services implemented in the National Centre of Geographic Information (CNIG-ES) download centre1 are taken into account. The contribution to the benefits of other types of services (e.g. WFS, WCS) is considered negligible and they are therefore not in the scope of this study. In practice, the most used WMTS (6), WMS (13) and downloaded datasets (4) are considered.
    • All figures of the study have been brought together in an XLS template with calculations represented in two ways:
      1. All the key WMTS and WMS are listed in the spreadsheet as rows with their name, URL and the measured number of requests, and with all the calculations according to the different scenarios.
      2. A summary table providing an overview per year in which the value of the parameters can be changed providing immediately the corresponding figures.
  • Other benefits are:
    • Improving the access to geographic information, establishing core reference data, providing society with the skills and knowledge necessary for handling geographic information, transparency, transversality, be combined with other datasets.
    • Identify where official geographic information can be localised.
    • Official geographic information integrate with broader public data infrastructures and external data sources.
    • Adopt an open and collaborative methodology to design and improve digital public services.
    • Allow to reuse existing official data sets, networks services and relevant technical solutions where possible.
    • Facilitate the use official datasets and network services by non-governmental actors to stimulate innovation in products and services and enable job creation and growth.
    • Adopt an open and collaborative methodology to design and improve network services.
    • The balance cost/benefits are positive although in many cases the benefits are difficult or impossible to quantify.
    • Facilitating the availability and free access to the Administration's geographic information.
  • Spanish network services becoming daily working tools in many public administration and private companies. Generalised culture of sharing data and information, increasing of open data available in the web, and a strong incentive to regularly and collaboratively to produce very expensive data (like the national coverage of LiDAR and ortophoto) are among the benefits.
  • Another example: The free network services provided by Aragón Government (IGEAR) have generated the following savings to the companies:
    • IDEARAGON service according to EU average 593.683 € + 161.221 € = 754.904 €.
    • IDEARAGON Service according to Spain average 534.412 € + 161.221 € = 695.633 €.
    • Service of ARAGEA: 928.699,20 €.
    • IGEAR estimates 0,33 €. per request/service.

The Ministry for Ecological Transition and the Demographic Challenge

Key facts and figures