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GEOSS Best Practices Wiki
- Best Practices
  - Climate Societal Benefit Area
  - Disasters Societal Benefit Area
  - Energy Societal Benefit Area
  - GEOSS Themes
    - Biodiversity
    - Health Societal Benefit Area
      - Gudrun's dummy wiki
      - MERIT Project
        
        Collaborators
        
        Meetings
        
        September '07 Meningitis Environmental Risk Consultative Meeting
  - GEOSS Transverse Areas
    - Capacity building
    - Data and Architecture
      - Bottom up aggregation of land cover data
      - Data Archiving
        
        Archive Model
        
        Data Appraisal
        
        Producer Interface
        
        Purge Alerts
        
        Shared Vocabularies
      - Data Deployment and Access
        
        GCI Data Registration, Search,and Discovery
        
        Order Completion
      - Data Harmonisation: Information Interoperability
      - Data Quality Assurance
      - Data Sharing Guidelines AIP Working Group
      - GEOSS Architecture
        
        [Working Group Name] AIP Working Group
        
        Air Quality and Health AIP Working Group
        
        Biodiversity and Climate Change AIP Working Group
        
        Data Harmonization AIP Working Group
        
        Disaster Management AIP-3 Working Group
        
        End-To-End Engineering AIP Working Group
        
        Energy AIP Working Group
        
        Engineering Use Cases AIP Working Group
        
        GEOSS AIP-3 Engineering Use Cases
        
        Semantics AIP Working Group
        
        Water Quality and Drought AIP Working Group
      - How to Cite a Data Set
      - Management
        
        Core and Community Capabilities
        
        Data Policy
        
        Page Title
      - Ontologies
        
        GEOSS Earth Observation Standards Taxonomy
        
        Chapter 0: Taxonomy Hierarchy
        
        Chapter 1: Earth Observation Standards (Root)
        
        Chapter 10: Earth Observation Instrumentation
        
        Chapter 2: Administrative Standards
        
        Chapter 3: Scientific Standards
        
        Chapter 4: Earth Observation Fields
        
        Chapter 5: Earth Observation Targets
        
        Chapter 6: Earth Observation Techniques
        
        Chapter 7: Technical Standards
        
        Chapter 8: Communications and Telecommunications Standards
        
        Chapter 9: Internet
        
        Links
        
        Water Management domain
        
        Mappings with other domain
      - Service Portal
    - User Engagement
      - Communication between users and providers
        
        Continuous interaction with users
        
        Managing expectations of users
        
        Penetration of user organisations
        
        Standardised Service Level Agreements
      - Economy
        
        Cost transparency regarding data product use
        
        Funding evaluation of data products
        
        Funding users' participation in product development
      - Governance
        
        Collaborative projects led and managed by users
        
        User-driven procurement
      - User Interactions
        
        Community Portals
        
        Community Workspaces
    - Work of GNU
  - Other Submitted Best Practices
  - Water Societal Benefit Area
- Documents
  - CEOS WGISS Interoperability Handbook
  - DSTF Legal Interoperability Whitepaper
  - GEOSS Tutorials
    - GEOSS Provider Tutorials
      - Data Quality Tutorial for GEOSS Providers
        
        Section 0: Table of Contents
        
        Section 1: GEOSS Introduction
        
        Section 2: Introduction to the topic
        
        Section 3: The Models
        
        3.2 The producer quality model
        
        3.3 The user quality model
        
        3.4 Using the GeoViQua schemas
        
        Section 4: Use Cases
        
        4.1 Use cases: producer quality model
        
        4.2 Use cases: user quality model
        
        Section 5: Full User stories
      - Sensor Observation Service Tutorial for GEOSS Providers
        
        Section 0: Table of Contents
        
        Section 1: GEOSS Introduction
        
        Section 2: Sensor Observation Service Tutorial Introduction
        
        Section 3: Use Cases of the Sensor Observation Service
        
        Section 4: Provisioning Data through a Sensor Observation Service
        
        4.3.1 Publishing Sensors and Sensor Data Using Transactional SOS Operations
        
        4.3.2 Publishing Legacy Data Sets Using an Import Tool
      - Web Coverage Service Tutorial for GEOSS Providers
        
        Section 0: Table of Contents
        
        Section 1: GEOSS Introduction
        
        Section 2 : Introduction to the topic
        
        Section 3 : Use Cases
        
        3.1: Offering a GeoTiff dataset with open source
        
        3.2: GMU CSISS’s open source WCS service package
        
        3.3: RASDAMAN WCS service package
        
        3.4: WCS 2.0 and EO-WCS with MapServer and EOxServer (EOX)
        
        Section 4 : Provisioning/Using the service or application
        
        Section 4.1 : Requirements
        
        Section 4.2: Summary of steps
        
        Section 4.3 : Detailed steps of the Use Cases
        
        4.3.1 Offering a GeoTiff dataset with Geoserver
        
        4.3.2: TRMM Precipitation Data with GMU
        
        4.3.3 : Multidimensonal data with Rasdaman
        
        Section 5 : APPENDIX A Troubleshooting
        
        Section 6 : APPENDIX B Frequently Asked Questions
        
        Section 7 : APPENDIX C Glossary/Acronyms
        
        Section 8 : APPENDIX D Summary of Important Links
      - Web Feature Service Tutorial for GEOSS Providers
        
        Section 0: Table of Contents
        
        Section 1: GEOSS Introduction
        
        Section 2: Introduction to the Topic
        
        Section 2.1 : Discussion of the tutorial use
        
        Section 2.2 : How Interoperability is improved through the use of the server service
        
        2.2.1 Sharing features
        
        2.2.2 : Data modeling needs & GML
        
        2.2.3 : Simple WFS service
        
        2.2.4 : Basic WFS Service
        
        2.2.5 : Transactional WFS
        
        2.2.6 : Locking WFS Service
        
        Section 2.3: Reference to associated videos, books, and other resources, when existing
        
        Section 3: User cases
        
        3.1:Offering a DXF file with mapserver WFS
        
        3.2: Offering data with Geoserver WFS
        
        3.3: A shapefile with deegree
        
        Section 4: Provisioning/Using the service or application
        
        Section 4.1: Requirements
        
        Section 4.2: Summary of Steps
        
        Section 4.3: Detail Steps for Use Cases
        
        Section 4.3.1: Offering a DXF file with mapserver WFS
        
        Section 4.3.2 Offering data with geoserver
        
        Section 4.3.3 Offering a shapefile with deegree
        
        Section 4.3.4 : Setting up a community
        
        Section 5: Appendix A (FAQ)
        
        Section 6: Appendix B (Troubleshooting)
        
        Section 7: Appendix C (Glossary/Acronyms)
        
        Section 8: Appendix D (Summary of Important Links)
      - Web Processing Service Tutorial for GEOSS Providers
        
        Section 0: Table of Contents
        
        Section 1: GEOSS Introduction
        
        Section 2: Introduction to WPS
        
        Section 3: Use Cases
        
        Section 4: Provisioning/Using the Service or Application
        
        Steps for MINES ParisTech GENESIS Toolbox
        
        Steps for Plymouth Marine Laboratory implementation of Python WPS
        
        Section 5: Appendix
    - GEOSS Tutorial Template
    - GEOSS User Tutorials
      - UNEP-Live Portal Tutorial
        
        Section 0: Table of Contents
        
        Section 1: GEOSS Introduction
        
        Section 2: UNEP-Live Portal Introduction
        
        Section 3: Primary Use Cases for the UNEP-Live Portal
        
        Section 4: Alternative Use Cases for the UNEP-Live Portal
        
        Section 5: Realizing the UNEP-Live Portal Use Cases
    - Tutorial Images
  - Middle-Out Design
- Editorial Team
- How To
  - Best Practice Template Example
  - Submit a Document
  - Submit a Practice
  - Submit a Practice:
- Subject Headings
  - Collaboration in Space for International Global Maritime Awareness (C-SIGMA)
  - SPRING - Freeware GIS

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