WP15(Geological information and modelling)

Technical implementation

François ROBIDA

WP 15: Geological information and modelingParticipants : BRGM (lead), UU-SE, GFZ, GEUS, GSI, ISPRA

Geosurveys’ Data :(i) geological maps at different scales and detail; (ii) stratigraphic borehole data (including samples and cores, analyses, hydrogeological information); (iii) geohazard databases and inventories (e.g. landslides, surface faulting, etc.); (iv) catalogue of geological models (3D and 4D)

Scientific Drilling Data : access to scientific drilling project (ICDP/IODP) and core archives

Scientific Subsurface Data : (i) access to 3D and 4D scientific subsurface data, encompassing structural and numerical models (e.g., temperature, aquifers, and velocity models); (ii) access to associated raw data (e.g., drill hole data; (iii) procedures for and documentation of data provenance; (iv) contribution to vocabularies and ontologies to support data integration and retrieval

WP15 TCS Implementation - Data 1/4Data (1)

Data organization(2)

Metadata(3)

Web Service /API(4)

AAAI(5)

Implem. success at M24 (6)

Borehole data Database Available partially available to be done High

Geophysical data Database Available partially available to be done High

Sample / analysis Database Available partially available to be done High

(1) e.g. seismological waveform; GNSS data; magnetotelluric data(2) Choose among: (i) Structured directories (on disk); (ii) Database; (iii) other(3) Choose among: (i) Available (standard format or proprietary?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS support?)(4) Choose among: (i) Available and working (standard API or proprietary?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS

support?)(5) Choose among: (i) Available (which standard?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS support?)

AAAI: Authentication, Authorization, Accounting, Identification(6) Choose among: High – Medium – Low

Legend:EXISTING PARTIALLY EXISTING ENVISIONED

WP15 2/4Data products(1)

Data organization(2)

Metadata(3)

Web Service /API(4)

AAAI(5)

Implem. success at M24 (6)

Geological maps Database Available Available and working

to be done high

Geohazard maps Database Available Available and working

to be done high

Subsurface maps Database partially available partially available to be done medium

3D models Structured directories

partially available to be done to be done low

TCS Implementation – Data Products

(1) e.g. seismological waveform; GNSS data; magnetotelluric data(2) Choose among: (i) Structured directories (on disk); (ii) Database; (iii) other(3) Choose among: (i) Available (standard format or proprietary?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS support?)(4) Choose among: (i) Available and working (standard API or proprietary?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS

support?)(5) Choose among: (i) Available (which standard?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS support?)

AAAI: Authentication, Authorization, Accounting, Identification(6) Choose among: High – Medium – Low

Legend:EXISTING PARTIALLY EXISTING ENVISIONED

WP15 TCS Implementation - Services 3/4

Services(1)

User Access(2)

AAAI(3)

Implem. success at M24 (4)

Borehole visualisation tool (logs)

web interface to be done High

3D geological models web interface to be done medium

(1) e.g. waveform processing services(2) Choose among: (i) web interface (GUI); (ii) API; (iii) other(3) Choose among: (i) Available (which standard?); (ii) partially available (needs ICS support?); (iii) to be done (needs ICS support?)

AAAI: Authentication, Authorization, Accounting, Identification

(4) Choose among: High – Medium – Low

Legend:EXISTING PARTIALLY EXISTING ENVISIONED

WP15TCS Implementation – TNA (if applicable)

4/4

Involved Infrastructures Type (e.g. experimental, analytical, analogue modeling, paleomagnetic labs, observatories)

Country Level of involvement(e.g. ready now; ready by M24)

NA

Please answer to the followings:(1) Do you have an official agreed roadmap among institutions/countries?

if yes, which kind of agreement (e.g. MoU)?if not, how will you deal with TNA?

(2) Data and data products created in the frame of TNA will be accessible trough EPOS? if yes, How?(3) How will you manage the TNA, through a e-infrastructure?

if yes, did you start the e-infrastructure design? if yes, which are its main features?

What is the current awareness within the community ?

• A strong involvement in the development of international standards based on OGC since 2003– IUGS/CGI – OGC Joint group to

develop GeoSciML and http://www.geosciml.org/ (data model + vocabularies)

– Lead of INSPIRE geology data specifications (based on GeoSciML)

• Use of IGSN metadata for samples by some partners

What is the current awareness within the community ?

• Collaboration framework in place since >15 years within EuroGeoSurveys

• Implementation of metadata and web services (WMS + WFS)– OneGeology (worldwide) – OneGeology-Europe (multilingual

semantic interop)– Inspire

• EGDI (European Geologicial Data Infrastructure )– An initiative of EuroGeoSurveys to

produce pan-European data sets

Examples

OneGeologyEurope; Surface geology of Europe in 1:1 mil. Using distributed architecture, including ISO19115 metadata and WMS/ WFS (GeoSciML) services

PanGeo; Ground instability assessment of major European cities using PSI data from satellite in combination with in situ data

Mineral deposits; Compiled and harmonised through a number of projects (ProMine, EuroGeoSources, Minerals4EU) using distributed architectures, ISO, OGC and CGI standards

EMODnet-geology; Marine substrate map. Currently in 1: 1 million, but aiming for 1: 250 000 covering all European waters

GEMAS; geochemical mapping of agricultural and grazing land soils of Europe

To be further developed

• Revision extension of data models and vocabularies– Boreholes (ie supporting ICDP/IODP datasets –

harmonization with DIS)– Geophysics– 3D models

• Development of «generic» serives (with cookbooks) to facilitate implementation by geological surveys and research institutes

• Generic viewer for borehole data

WP15 deliverablesTask number/name Deliverable

number

15.1 Strategic activities and governance Report on Governance and Legal framework for TCS implementation D15.1

Report on Financial work and suistanability for TCS implementation D15.2

15.2 Coordination and Interaction with the community

Report on Dissemination and Impact assessment D15.3

15.3 Interoperability with EPOS ICS and testing Report on Use Cases, Requirements, Metadata and Interoperability D15.4

Evaluation Report for Testing Phase D15.1215.4 Development of geological thematic services

Specification and documentation of web service interface for geological thematic servicesD15.5

15.5 Geosurveys’ Data Geosurveys’ data Service Implementation Status Report D15.6

Geosurveys’ data Service Validation Report D15.715.6 Scientific Drilling Data Scientific drilling data Service Implementation Status Report D15.8

Scientific drilling data Service Validation Report D15.915.7 Scientific Subsurface Data Scientific subsurface data Service Implementation Status Report D15.10

Scientific subsurface data Service Validation Report D15.11

Thank you