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Geonetwork Documentation

GeoNetwork is an open-source catalog application designed for managing spatial metadata. It allows users to catalog, share, and visualize geospatial data while maintaining standardized metadata structures. This documentation guides how to log in, manage metadata, troubleshoot issues, and understand GeoNetwork’s role in the data management ecosystem.

  1. Navigate to the GeoNetwork portal: http://crc-geoserver2.soest.hawaii.edu:8080/geonetwork/srv/eng/catalog.search#/home
  2. Enter your username and password
  3. Click “Login” to access the dashboard
  • Administrators: Manage the system, configure settings, and oversee metadata management
  • Editors: Upload, edit, and manage metadata records
  • Viewers: Search and access metadata records
  1. Click “New Record” in the dashboard
  2. Select the appropriate metadata template
  3. Fill in the required metadata fields
  4. Upload related files (XML, TXT, MD)
  5. Save and publish the record
  1. Navigate to an existing metadata record
  2. Click “Edit” to modify content
  3. Update metadata attributes as needed
  4. Save and republish
  1. Locate the record to be deleted
  2. Click “Delete” and confirm the action
  • Standardization: Ensures consistency across metadata records
  • Discoverability: Facilitates data search and access
  • Interoperability: Supports multiple metadata formats for integration
  • Compliance: Adheres to geospatial metadata standards

GeoNetwork integrates with the Arc Metadata Tool to support:

  • Metadata standardization for GIS datasets
  • Seamless metadata exchange between platforms
  • Enhanced accessibility of geospatial data

GeoNetwork is managed and maintained as part of the Climate Resilience Collaborative (CRC) initiative at the University of Hawaiʻi. The CRC is dedicated to providing high-quality geospatial data to support resilience planning and research efforts.

GeoNetwork at CRC stores a variety of spatial datasets, including:

  • Annual High Wave Driven Flooding
  • Compound Flooding Scenarios
  • Drainage Backflow
  • Emergent and Shallow Groundwater
  • Future Erosion Hazard Zone
  • Groundwater Inundation
  • Passive Flooding