Information Technologies (IT) have the capability to improve the clearness and the usefulness of scientific information, and related applications in earth sciences could allow to make geological data more sharable among different users. This paper illustrates an approach to represent the knowledge paths followed by field geologists involved in assessment and description of complex structural geological settings and processes, through the use of specific IT applications. The proposed approach is based on three working steps: i) building of a conceptual map (cMap) that defines the project approach to the study matter, drives the acquisition of field data and gives rules for GIS representation of interpreted geological features (prefield-work stage); ii) capturing of data directly in the field by means of digital devices, in a way suitable to retrace the acquisition data steps and to separate the observed features from the interpreted ones (field-work stage); iii) management of information in relational GIS databases by means of «geological» metadata that could define the «weight» of data and explain the adopted interpretations (post-fieldwork stage). An application of these working steps is given in a case study of the stability evaluation of a quarry rock mass. In the example, different conceptualizations and investigation methods are combined so that they are sharable among field geologists and engineering geologists in order to allow crucial decision in characterization and modelling of the quarry slope. Besides, Itbased approaches should get retraceability of decisional processes possible.
Representation and transfer of geological knowledge in IT-supported projects.
Balestro G;Piana F;
2010
Abstract
Information Technologies (IT) have the capability to improve the clearness and the usefulness of scientific information, and related applications in earth sciences could allow to make geological data more sharable among different users. This paper illustrates an approach to represent the knowledge paths followed by field geologists involved in assessment and description of complex structural geological settings and processes, through the use of specific IT applications. The proposed approach is based on three working steps: i) building of a conceptual map (cMap) that defines the project approach to the study matter, drives the acquisition of field data and gives rules for GIS representation of interpreted geological features (prefield-work stage); ii) capturing of data directly in the field by means of digital devices, in a way suitable to retrace the acquisition data steps and to separate the observed features from the interpreted ones (field-work stage); iii) management of information in relational GIS databases by means of «geological» metadata that could define the «weight» of data and explain the adopted interpretations (post-fieldwork stage). An application of these working steps is given in a case study of the stability evaluation of a quarry rock mass. In the example, different conceptualizations and investigation methods are combined so that they are sharable among field geologists and engineering geologists in order to allow crucial decision in characterization and modelling of the quarry slope. Besides, Itbased approaches should get retraceability of decisional processes possible.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
