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https://ceur-ws.org/Vol-1322/editorial.pdf
Editorial to the Proceedings of the Workshop
Environmental Infrastructures and Platforms with
Citizens Observatories and Linked Open Data
(ENVIP’2013)
Arne J. Berre1, Sven Schade2
1
SINTEF, Norway
Arne.J.Berre@sintef.no
2
JRC, Italy
Sven.Schade@jrc.ec.europa.eu
Abstract. In 2010, the Environmental Infrastructures and Platforms (ENVIP)
initiative was introduced as a means to identify the European potentials and
specify common building blocks (‘services and enablers’) related to
environmental information sharing and re-use. In the first years, the work of
ENVIP focused on a set of EU funded research and development projects
supporting the Shared Environmental Information System (SEIS). This paper
briefly presents the intermediate results and introduces the next wave of
expansion activities, which follow two newly emerging trends: Citizens
Observatories and Linked Open Data. It thereby summarises the scope,
structure, contents, and outcomes of the Environmental Information Systems
and Services – Infrastructures and Platforms (ENVIP’2013) workshop, which
was held on October 10, 2013, in conjunction with the ISESS’2013 conference
in Neusiedl am See, Austria.
Keywords: Environmental Infrastructure, Platform, Architecture
1 Introduction
Information and Communication Technologies (ICT) are essential for reaching
environmental sustainability. They provide the necessary support in terms of tools,
systems and protocols to establish a dynamic environmental space for collaboration in
a more and more sophisticated digital world. Core challenges are not only related to
providing seamless environmental data access to public authorities, businesses and the
public at large, but also to allowing for interoperable environmental services based on
Web technologies, and stimulating innovation and growth.
The Shared Environmental Information System (SEIS) [1] is one of three major
initiatives – along with the INSPIRE Directive [2] and the Global Monitoring for
Environment and Security (Copernicus) [3] – undertaken in Europe to collect and
share environmental information for the benefit of the global society. Different efforts
emerged towards the creation of infrastructures and platforms for environmental
information systems and services – including a rich set of European research and
development projects. Spatial data infrastructure (SDI) is a general term for the
computerised environment for handling data that relates to a position on or near the
surface of the earth. It may be defined in a range of ways, in different circumstances,
from the local up to the global level.
In this context, the Environmental Infrastructures and Platforms (ENVIP)
initiative [4,5,6,7] was introduced as a means to identify the European potentials,
specify common services and building blocks (‘enablers’) and their relations, and
provide a framework to sustain the results of research and development projects that
are usually funded for up to four years.
A number of SEIS contributing projects have recently been completed. Most of
these have been investigated in previous ENVIP events, in particular at ENVIP’2010
[5, 6] and at the ENVIP session during ISESS’2011. Meanwhile, new European
activities have started in order to advance on the global agenda for sustainable
development. These particularly included several projects dealing semantic aspects of
geospatial information and the application of Linked Data approaches, as well as a set
of projects on Citizen Observatories [8], facilitating citizen contributions and
interaction on environmental data, including contributions to the Global Earth
Observation System of Systems (GEOSS) [9].
The latest Environmental Information Systems and Services – Infrastructures and
Platforms (ENVIP’2013) workshop, which was held on October 10, 2013, in
conjunction with the ISESS’2013[10] conference in Neusiedl am See, Austria,
provided the opportunity to present results from some of the recent projects and to
update the previous findings. This editorial summarises the scope, structure and
contents, and outcomes of the ENVIP’2013 workshop and concludes with an open
invitation for further contributions. The complete proceedings of the event provide
further detailed papers reporting on the various results from the projects as they were
presented during the workshop.
2 The ENVIP workshop topics and papers
A number of SEIS contributing projects have recently been completed. Some of
the SEIS related projects under the environment topic have been investigated in
previous ENVIP events, in particular at ENVIP’2010 [5, 6] and at the ENVIP session
during ISESS’2011. The 2013 workshop consisted of the 3 regular sessions in
addition to a join session with ISESS: There were 9 papers presented in the workshop
in addition to 4 invited talks and three paper presentations jointly with the ISESS
conference.
The session topics, presentations and papers were the following:
Session 1: ENVIP Requirements and consolidation - and Open and Linked Data
and Services
“Environmental Infrastructures and Platforms with Citizens Observatories and Linked
Open Data“, Arne J. Berre, Sven Schade, Dumitru Roman (Paper in main
ISESS’2013 proceedings [10]).
“SERVUS – Collaborative Tool Support for Agile Requirements Analysis”, Thomas
Usländer, Thomas Batz and Hylke van der Schaaf [11].
“Linked Open Data for Environment Protection in Smart Regions – The
SmartOpenData Project”, Phil Archer, Karel Charvat, Mariano Navarro De La Cruz,
Carlos A. Iglesias, John O'Flaherty, Tomás Robles and Dumitru Roman [12].
Session 2: ENVIP for Environmental Service Composition and Data Fusion
“Enabling Access to Environmental Models, Data, and Services on the Web –
Technical Results Summary from the ENVISION Project”, Dumitru Roman, Tertre
Francois, Alejandro Llaves, Miha Grcar, Maja Skrjanc, Ioan Toma, Michael
Pantazoglou, Silviu Trasca, Nils Rune Bodsberg and Morten Borrebæk [13].
“SUDPLAN Services Available After FP7 and Their Possible Future Use”, Sascha
Schlobinski and Lars Gidhagen [14].
“Overview of the FP7 Project EO2HEAVEN - 'Earth Observation and Environmental
Modelling for the Mitigation of Health Risks”, Kym Watson, Jose Lorenzo and Ingo
Simonis [15].
Session 3: ENVIP for Citizens observatories and crowd sourcing
“enviroCar – Crowd Sourced Traffic and Environment Data for Sustainable
Mobility”, Simon Jirka, Albert Remke and Arne Bröring [16].
“Using 3D Urban Information Models to Aid Simulation, Analysis and Visualisation
of Data for Smart City Web Services (i-SCOPE)”, Wilson, P. Parslow, F. Prandi, R.
de Amicis, Martin Ford, and S. Cadzow [17].
“A Practical Approach to an Integrated Citizens' Observatory: The CITI-SENSE
Framework”, Mike Kobernus, Arne J. Berre, Richard Rombouts, Mirjam Fredriksen,
Hai-Ying Liu, Marta Gonzalez, Alena Bartonova [18].
“Development of an Environmental Information System for Odour using Citizen and
Technology Innovative Sensors and Advanced Modelling”, Ulrich Uhrner, Giovanna
Grosso, Anne-Claude Romain, Virginie Hutsmekers, Julien Delva, Wolfgang Kunz,
Arnaud De Groof, Yannick Arnaud, Philippe Valloggia, Laurence Johannsen, Bernard
Stevenot and Philippe Ledent [19].
Invited talks. In addition to the above papers the workshop hosted three invited talks:
“Ubicity Framework for Crowd Sourcing and Crowd Tasking”, Jan van Oort and
Denis Havlik.
“NRG4Cast – Energy Forecasting for Electrical Cars, Municipalities and City
Districts”, Maja Skrjanc, Mitja Jermol, Kostas Kalaboukas.
”COBWEB – Citizen Observatory Framework with Access Management in GEOSS“,
Bart De Lathouwer [21].
Some workshop presentations were organised as a collaboration session with the
ISESS conference, in particular for the following three ISESS papers in [10]:
“Environmental Infrastructures and Platforms with Citizens Observatories and Linked
Open Data “, Arne J. Berre, Sven Schade, Dumitru Roman.
ENVIROFI - Bringing Biodiversity to the Future Internet, Katharina Schleidt, Nina
Laurenne, Andrea Giacomelli, and Denis Havlik.
Enabling the Future Internet for Environmental Information Systems, Thomas
Usländer, Arne J. Berre, Carlos Granell, Denis Havlik, José Lorenzo, Zoheir Sabeur,
and Stefano Modaffer.
3 ENVIP Analysis of Past Research and Development Projects
The following shows a categorisation of the contribution and focus areas of the
various projects presented in the workshop. Previous ENVIP events, in particular at
ENVIP’2010 [5, 6] and at the ENVIP session during ISESS’2011 [7], have also
produced similar categorisations.
Reference Semantic Resource (Data, Sensors and (Web) Linked Open Security, Trust,
Projects Architectures Annotation, discovery Service and Observation visualization Data Privacy
Ontologies & Model ) Web and Portals
Publication Composition
SmartOpen X X X X X
Data
EO2HEAVEN X X X X
SUDPLAN X X X
enviroCar X X X X
i‐SCOPE X X
CITI‐SENSE X X X X X X
OMNISCIENCE X X X
ENVISION X X X X X X
COBWEB X X
NRG4Cast X X
ENVIROFI X X X X X
Figure 1 Contribution areas of the represented projects
The ENVIP session at ISESS’2011 [7] adopted some of the analysis structure from
ENVIP’2010 by starting the creation of a reference architecture, extending to broader
resource discovery, and composition. At ISESS’2011 some of the projects from
ENVIP’2010 presented their further progress, and in addition a number of new
projects were presented. The ENVIROFI project had also extended work on the
reference model and on the further identification of specific environmental enablers
and generic enablers as reported in the papers [22,23] at previous ISESS conferences.
4 ENVIP Evolution and Outlook
A number of the initial projects and activities that contributed to ENVIP have now
finished, while new projects are emerging, and the next step is to analyse which of the
results that should be captured as best practices to be used by other projects and
activities in the future, and potentially also fed into future standardisation activities.
A broader initiative has been started for the further identification of services and
architectural components through the ENVIP community [6] and the CEN/TC287 TR
15449-2 SDI Best Practices [24]. The objective is that recently finished and ongoing
projects and initiatives around SDI can contribute with their results and best practices
to the various architectural elements of an SDI, including the experiences from the
use of various geospatial and ICT based standards. With an expansion in new projects
for citizen observatories and Linked Open Data it is seen that these projects can
benefit from the best practices of the recent activities, as well as contribute with new
potentially shared services. This will also serve as a foundation for change requests
for existing standards and for potentially new standard through the collaboration with
CEN/TC287, OGC, ISO/TC211, GEOSS and INSPIRE.
For an optimal evolution from past to present projects we encourage project
consortia for these projects, as well as other organizations working on related topics,
to contribute their relevant results to the CEN/TC287 TR 15449-2 Best Practices
registry and to join the ENVIP initiative at envip.wikidot.com for the further analysis
and synergies of the results. The ENVIP’2013 workshop session during ISESS’2013
has aimed at a further refinement of the ENVIP reference architecture and also
continued the reporting and analysis of emerging project results, including reports
from emerging projects in the areas of Citizens observatories and Linked Open
Environmental data.
References
1. Commission of the European Communities: Communication COM(2008)0046 - Towards a
Shared Environmental Information System (SEIS). 2008/0046 (2008)
2. The European Parliament and of the Council: Directive 2007/2/EC of the European
Parliament and of the Council of 14 March 2007 establishing an Infrastructure for Spatial
Information in the European Community (INSPIRE). Official Journal on the European
Parliament and of the Council (2007)
3. Commission of the European Communities: Communication COM(2011) – Copernicus
(was GMES), http://www.copernicus.eu/
4. ENVIP, http://envip.wikidot.com
5. ENVIP'2010, Proceedings of the Workshop "Environmental Information Systems and
Services - Infrastructures and Platforms" at EnviroInfo 2010, http://ceur-ws.org/Vol-679
6. ENVIP’2010 online presentations, http://ifgi.uni-muenster.de/~pajoma/persistent/ENVIP10/
7. ENVIP at ISESS’2011, http://www.isess2011.org
8. Citizens’ Observatory cluster - http://www.citizen-obs.eu/
9. Global Earth Observation System of Systems - GEOSS, Official Website,
https://www.earthobservations.org/geoss.shtml
10. Jiri Hrebicek, Gerald Schimak, Miroslav Kubasek, ISESS’2013, Proceedings of 10th IFIP
WG 5.11 International Symposium on Environmental Software Systems, Springer, 2013
11. ENVIROFI – The Environmental Observation Web and its Service Applications within the
Future Internet, www.envirofi.eu
12. SmartOpenData project, http://www.smartopendata.eu/
13. ENVISION - ENVIronmental Services Infrastructure with ONtologies,
http://www.envision-project.eu/
14. SUDPLAN, Sustainable Urban Development Planner for Climate Change Adaptation,
http://www.smhi.se/sudplan
15. EO2HEAVEN – Earth Observation and Environmental Modelling for the Mitigation of
Health Risks, http://www.eo2heaven.org/
16. enviroCar project – https://envirocar.org/
17. i-SCOPE – Interoperable Smart City services through and Open Platform for Urban
Ecosystems, http://www.iscopeproject.net/
18. CITI-SENSE - Development of sensor-based Citizens’ Observatory Community for
improving quality of life in cities, http://www.citi-sense.eu/
19. OMNISCIENTIS - Odour Monitoring and Information System based on Citizen and
Technology Innovative Sensors, http://www.omniscientis.eu./
20. COBWEB - Citizen Observatory Web, http://cobwebproject.eu/
21. GEOSS - Global Earth Observation System of System,
https://www.earthobservations.org/geoss.shtml
22. Schade, S., Fogarty, B., Kobernus, M., Schleidt, K., Gaughan, P., Mazzetti, P. and Berre
A.J.: Environmental Information Systems on the Internet - A Need for Change. In:
Hřebíček, J., Schimak, G., Denzer, R. (eds.) ISESS 2011. IFIP AICT, vol. 359, pp. 165–
172. Springer, Heidelberg (2011)
23. Thomas Usländer, Arne J. Berre, Carlos Granell, Denis Havlik, José Lorenzo, Zoheir
Sabeur, and Stefano Modafferi “The Future Internet Enablement of the Environment
Information Space” – in Hřebíček, J., Schimak, G., Kubásek, M., Rizzoli, A. (eds.)
Environmental Software Systems. Fostering environmental information. IFIP AICT 413 -
ISESS 2013 proceedings, Spinger, Heidelberg (2013)
24. European Committee for Standardization (CEN): TR15449 Geographic information —
Spatial data infrastructures , CEN/TC287 website, http://www.centc287.eu/