Keywords
Spatial reclassification, Ontologies, Generalization, Nature conservation
Location
Session B2: Semantic Interoperability of Models in Intelligent Environmental Decision Support Systems (IEDSS)
Start Date
17-6-2014 3:40 PM
End Date
17-6-2014 5:20 PM
Abstract
In various fields of spatial research, semantic heterogeneity remains an unsolved problem in terms of data comparability. Interoperability of biodiversity monitoring information is especially difficult because of its thematic complexity and the high variability of acquisition methods and national differences in nomenclatures. Each EU member state must compile comprehensive information on protected areas every six years to comply with the reporting obligations of the habitats directive. Since data collection methods and interpretation manuals broadly vary by member state and manual delineation of protected areas can never be neutral, there is a need for automatized, objective methodologies for the generation of comparable datasets. Comparable datasets derived objectively would further support decision making on a European level. Ontology-based applications offer vast opportunities in data management regarding the interoperability of this kind of information. The basis of this study are two datasets of protected heathlands in Germany and Belgium which are derived from remote sensing and semantically formalized in an OWL2 ontology. The proposed methodology uses semantic relations of the two datasets, which are (semi-) automatically derived from remote sensing imagery, to generalization approach, which is able to generate delineation of protected areas of the Natura 2000 network in an entirely automized procedure. Furthermore, it is able to transfer generalization rules between areas surveyed with varying acquisition methods in different countries by taking into account automated inference of the underlying semantics.
Included in
Civil Engineering Commons, Data Storage Systems Commons, Environmental Engineering Commons, Hydraulic Engineering Commons, Other Civil and Environmental Engineering Commons
Using semantic-based spatial reclassification for interoperable data management in Natura 2000 monitoring
Session B2: Semantic Interoperability of Models in Intelligent Environmental Decision Support Systems (IEDSS)
In various fields of spatial research, semantic heterogeneity remains an unsolved problem in terms of data comparability. Interoperability of biodiversity monitoring information is especially difficult because of its thematic complexity and the high variability of acquisition methods and national differences in nomenclatures. Each EU member state must compile comprehensive information on protected areas every six years to comply with the reporting obligations of the habitats directive. Since data collection methods and interpretation manuals broadly vary by member state and manual delineation of protected areas can never be neutral, there is a need for automatized, objective methodologies for the generation of comparable datasets. Comparable datasets derived objectively would further support decision making on a European level. Ontology-based applications offer vast opportunities in data management regarding the interoperability of this kind of information. The basis of this study are two datasets of protected heathlands in Germany and Belgium which are derived from remote sensing and semantically formalized in an OWL2 ontology. The proposed methodology uses semantic relations of the two datasets, which are (semi-) automatically derived from remote sensing imagery, to generalization approach, which is able to generate delineation of protected areas of the Natura 2000 network in an entirely automized procedure. Furthermore, it is able to transfer generalization rules between areas surveyed with varying acquisition methods in different countries by taking into account automated inference of the underlying semantics.
