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A Proposal for a Distributed
Earth Observation Data Network
Matthew B Jones
UC Santa Barbara
National Center for Ecological Analysis and Synthesis (NCEAS)
Presentation at TDWG 2008
Freemantle, Australia
Global Change
Critical Areas in the Earth System
Where local or regional changes may have strong effects on
earth system interactions, feedbacks, or connections
Coupled Human & Natural Systems
Knowledge Network for Biocomplexity
Data Distribution
Many existing but unlinked data networks and federations in
ecology, hydrology, taxonomy, genetics, vegetation science,
oceanography, atmospheric science, ...
DataNetONE
DataNetONE (Observation Network for Earth)
Michener, Cook, Frame, Hampton, Smith, Allen, Horsburgh, Jones,
Sandusky, Scherle, Servilla, Vieglais, Wilson, Allard, Buneman, Butler,
Cobb, Cruse, Deelman, DeRoure, Duke, Goble, Hobern, Honeyman,
Hutchison, Kelling, Kranowitch, Kunze, Ludaescher, Normore, Pereira,
Pouchard, Tenopir, Weltzin, Von Welch
Highly distributed network of earth observational data
Linking existing systems
Focus on long-term sustainability (30+ years time horizon)
Technical sustainability
Financial sustainability
Mostly focused on production infrastructure
Continual evaluation and incorporation of research findings
DataNetONE Participants
Cyberinfrastructure Objectives
Support synthesis in earth observation sciences
Preserve data for long-term studies
Powerful data access to distributed Member Nodes
Support full lifecycle of scientific process
Design goals
Distributed management at Member Nodes
Replication and caching for preservation and performance
Software must provide benefits for scientists today
Evolution of software and standards
Support and adapt existing community software efforts
Emphasize Free and Open Source Software
What are the data/sources/providers?
Biological (genome to ecosystem)
Environmental
Atmospheric
Ecological
Hydrological
Oceanographic
Taxonomic
Sources:
Scientists
Research networks
Environmental observatories
Citizen groups
What are the data/sources/providers?
Sources/Providers:
US and international Long Term Ecological
Research Programs
Biological specimens associated with museums,
herbaria
Observational data relating to invasive species,
infectious diseases, wildlife and fisheries, and
habitat
Natural resources and conservation data collected
by US and international Parks System
Global and continental land cover/land change
and biogeochemical data
Overview of Components
Member Nodes
Earth observing institutions, projects, and networks
Provide resources for their own data and replicated data
Focused on serving their constituencies
Coordinating Nodes
Provide network-wide services to Member Nodes
Geographically replicated services
Investigator Toolkit
Tools for researchers to access DataNetONE
General Purpose and discipline-specific tools
Adapt existing tools where possible
Common Service Interface
DataNetONE Service Interface
Federated Identity and Authorization Services
Object Management Services
Discovery and Usage Services
Preservation Services
Network Services
DataNetONE Components
What is the Investigator Toolkit?
Suite of software tools for researchers
Principal mode of interaction with the network
Design goals
Emphasize Free and Open Source, but support commercial
General analysis frameworks (e.g., R, MATLAB)
Domain-specific tools (e.g., GARP, Phylocom)
Organized using scientific workflows
Communication via the Service Interface
Toolkit Functions
Supports the scientific lifecycle
Data management and preservation
Data query and access
Data analysis and visualization
Process management and preservation
Portal software
Longevity: organization & community
Broad, active community engagement
Library educators engaging new generations of students
Existing outreach and education
e.g., citizen science portals, NCEAS, NESCent, etc. workshops
Strong organizational sustainability
30 years providing access to ecological data, biodiversity data, etc.
More than 100 years experience for participating libraries