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![Preparatory phase
• Analysis of reference materials
• Food and Agriculture Organization of the United Nations. 2006. Guidelines
for soil description, Rome, fourth edition, 109 pages. ISBN 92-5-105521-1.
• GSP-Soil Data Facility. 2019. Specifications for the Tier 1 and Tier 2 soil
profile databases of the Global Soil Information System (GLOSIS) [Draft for
Comments, revised edition]. 38 pages.
• ELOI, C. R. et al. 2018. WoSIS_attribute_vocabulary [Excel file].
• ELOI, C. R. et al. 2018. WoSIS_attribute_vocabulary [Excel file].
• KEMPEN B. et al. 2016. Global Soil Partnership Pillar 4 Implementation
Plan Towards a Global Soil Information System. 36 pages.
• De SOUZA, L. et al. 2019. Conceptual design of the Global Soil Information
System infrastructure. 22 pages.
• Presentations from the SoilML kick-off meeting in Wageningen, 17-18
June 2019.
Questions Sli.do/INSII](https://image.slidesharecdn.com/vb-glosisdataexchangemodel-191218115348/85/Vb-GloSIS-Data-Exchange-Model-6-320.jpg)
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Vb - GloSIS Data Exchange Model
This document provides an overview of the GloSIS Data Exchange Model being developed by an international working team. It describes the preparatory, identification, and modelling phases of the project. In the preparatory phase, existing soil data standards were analyzed to identify requirements. 359 soil properties were defined in the identification phase. The conclusions were that ISO 28258 would form the basis, enhanced with concepts from other standards. The modelling phase involves developing the conceptual model in UML and an XML schema to implement the standard while allowing for user testing and feedback.
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Vb - GloSIS Data Exchange Model
- 1. GloSIS Data Exchange Model RainerBaritz (Chairperson, Pillar 5) Tomáš Řezník (Consultant, Pillar 5)
- 2. Mission and State-of-the-art Ourholy grail in form of the GloSIS Data Exchange Model OGC Soil Data Interoperability Experiment ISO 28258 Soil quality Digital exchange of soil-related data Infrastructure for Spatial Information in Europe (INSPIRE) … Australia and New Zealand Soil Information (ANZSoilML)
- 3. Working team • RainerBARITZ (EEA, GSP Pillar 5, Denmark) • Jandirk BULENS (Wageningen Environmental Research, Netherlands) • Jorge MENDES DE JESUS (ISRIC, GSP-SDF, Netherlands) • Einar EBERHARDT (BGR, Germany) • Eline van ELBURG (Wageningen Environmental Research, Netherlands) • Bas KEMPEN (ISRIC, GSP-SDF, Netherlands) • David MEDECKYJ-SCOTT (Manaaki Whenua – Landcare Research, New Zealand) • Alistair RITCHIE (Manaaki Whenua – Landcare Research, New Zealand) • Tomáš ŘEZNÍK (Pillar 5 consultant, Czech Republic) • Katharina SCHLEIDT (Pillar 5 consultant, Austria) • Luís de SOUSA (ISRIC, GSP-SDF, Netherlands) • Yusuf YIGINI (FAO, GSP Secretariat / Pillar 4, Italy) • Fenny VAN EGMOND (ISRIC, GSP-SDF, Netherlands) • Brandon WHITEHEAD (CABI, United States of America) • Peter WILSON (CSIRO, Australia) Questions Sli.do/INSII
- 4. Timeline of DataExchange Model Preparatory phase Identificatio n phase Modelling phase Testing phase Improving phase Analyses of all the relevant documents Definition of issues and solutions UML&XML developments User testing Adopting feedback into UML&XML Ideally iterational Today Questions Sli.do/INSII
- 5. Preparatory phase • Analysesof the existing data models • Australia and New Zealand Soil Information (ANZSoilML) • INSPIRE Application Schema for Soil Spatial Data Theme (INSPIRE) • ISO 28258:2013 Soil quality -- Digital exchange of soil- related data incl. Amd 1 (ISO 28258) • OGC Soil Data Interoperability Experiment (OGC SDIE) • SOTER/ISRIC (domain/data) model (SOTER/ISRIC) Questions Sli.do/INSII
- 6. Preparatory phase • Analysisof reference materials • Food and Agriculture Organization of the United Nations. 2006. Guidelines for soil description, Rome, fourth edition, 109 pages. ISBN 92-5-105521-1. • GSP-Soil Data Facility. 2019. Specifications for the Tier 1 and Tier 2 soil profile databases of the Global Soil Information System (GLOSIS) [Draft for Comments, revised edition]. 38 pages. • ELOI, C. R. et al. 2018. WoSIS_attribute_vocabulary [Excel file]. • ELOI, C. R. et al. 2018. WoSIS_attribute_vocabulary [Excel file]. • KEMPEN B. et al. 2016. Global Soil Partnership Pillar 4 Implementation Plan Towards a Global Soil Information System. 36 pages. • De SOUZA, L. et al. 2019. Conceptual design of the Global Soil Information System infrastructure. 22 pages. • Presentations from the SoilML kick-off meeting in Wageningen, 17-18 June 2019. Questions Sli.do/INSII
- 7. Preparatory phase • Standardizationbasis taken into accounts • ISO 19103:2005 Geographic Information – Schema Language • ISO 19107:2005 Geographic Information – Spatial Schema • ISO 19108:2005 Geographic Information incl. Cor 1:2006 • ISO 19111:2007 Geographic information - Spatial referencing by coordinates • ISO 19115:2005 Geographic information – Metadata • ISO 19118:2006 Geographic information – Encoding • ISO 19123:2007 Geographic Information – Schema for coverage geometry and functions • ISO 19125-1:2004 Geographic Information – Simple feature access – Part 1: Common architecture • ISO 19135:2007 Geographic information – Procedures for item registration • ISO 19136:2007 Geographic information — Geography Markup Language (GML) • ISO/TS 19138:2006 Geographic Information – Data quality measures • ISO/TS 19139:2007 Geographic information – Metadata – XML schema implementation • ISO 19156:2011 Geographic information -- Observations and measurements • ISO 19157:2013 Geographic information - Data quality Questions Sli.do/INSII
- 8. Identification phase – –achievements so far • Report on Identified Requirements and Issues • Consensus of the whole working team on key issues • Contains • Identified requirements on GloSIS Data Exchange Model • Resolved conflicts between requirements • Reached conclusions Questions Sli.do/INSII
- 9. Brief view onoutcomes Questions Sli.do/INSII
- 10. Identification phase – –achievements so far • Report on Identified Requirements and Issues • Consensus of the whole working team on key issues • Contains • Identified requirements on GloSIS Data Exchange Model • Resolved conflicts between requirements • Reached conclusions • Mappings between soil body properties and corresponding spatial features in Data Exchange Model • Basis for adding the soil properties Questions Sli.do/INSII
- 11. Brief view onoutcomes 359 soil body properties defined in line with Tier 1&2 Questions Sli.do/INSII
- 12. Reached conclusions • ISO28258 as a basis for the GLOSIS Data Exchange Model • Currently being enhanced (specialized) for identified soil body properties • Relevant concepts from ANZSoilML and SDIE included as well • Soil body properties • According to the „Specifications for the Tier 1 and Tier 2 soil profile databases of the Global Soil Information System (GLOSIS)“ • Concepts from the FAO Guidelines for Soil Description included Questions Sli.do/INSII
- 13. Reached conclusions • Codelistsmust be provided including all defined soil properties • Grids desired to be supported as well • Not foreseen in ISO 28258 • XML as well as JSON-LD encodings are desired • prepared by ISRIC in parallel Questions Sli.do/INSII
- 14. Reached conclusions • Somerequirements were identified as not feasible to fully address due to limited human power, time and/or finances of the consultation contract • Cooperation with Horizon 2020 research and development project „SIEUSOIL“ (SIno-EU Soil Observatory for Intelligent Land use Management) • funded between 2019 and 2022 • https://www.sieusoil.eu/ Questions Sli.do/INSII
- 15. Modelling phase –ongoing work • Conceptual expression of the GloSIS Data Exchange Model in the UML (class diagram) • revised and extended version of ISO 28258 • corrigendum of ISO 28258 basis foreseen as well • XML Schema (XSD) for implementation • Needs to be done „from scratch“, fixing ISO 28258 errors • User testing, feedback and improvements of the model Questions Sli.do/INSII
- 16.