ICONInformation for the Conservation of Nature

Internet of Conservation

One open map of who conserves what, and where.

The Internet of Conservation connects the organizations, projects, places, species, laws and data behind California conservation into one knowledge graph that every project draws on and every project adds to. It starts in California and is designed to connect conservation worldwide.

A corner of the graph today: Putah Creek in Yolo and Solano counties. Select any record to read its links.

    Why

    Every partnership starts by rebuilding the same inventory.

    Conservation in California depends on many hands: agencies, land trusts, water districts, universities and community groups. Each holds part of the picture: who manages which lands, which projects are under way, which species they protect, which laws and plans apply, and what data exist. That knowledge sits in separate spreadsheets, reports and websites that do not talk to each other.

    The cost is real. Each new partnership, regional plan or grant spends its first months rebuilding the same inventory, and the inventory usually ends with the grant. Funders cannot see where investments overlap or where the gaps are. Practitioners cannot find who else works on the same species or stream.

    The Internet of Conservation gives conservation knowledge what the internet gave computers: a common way to connect.

    Like a road network, it is infrastructure. No single project can justify building it, and every project is better off once it exists.

    How it works

    A knowledge graph, built in four layers.

    Every organization, project, place, species, dataset and law is a record, and every relationship between them is a labeled link: this project is led by that land trust; this refuge is habitat for that species.

    1. Layer 1

      Information sources

      Partner spreadsheets are read as they are. Public sources are added: protected lands (CPAD), rare species (CNDDB, NatureServe), state data catalogs (CDFW BIOS, California Nature), Wikidata and web pages. The list grows as the IoC develops.

    2. Layer 2

      The knowledge graph

      Everything is translated into one common vocabulary. Datasets follow the international Dublin Core and DCAT standards. Every fact notes its source and every change is logged. The graph also works out facts that follow from others (a funder of a wildfire project addresses wildfire) and shows why.

    3. Layer 3

      Shared tools

      Explore and search the map, or ask in plain English (“Which organizations address wildfire through work they fund?”) and see the facts behind each answer. Partners propose changes and editors review them. An AI assistant drafts records from web pages, and a person approves each one.

    4. Layer 4

      Projects and communities

      Each partnership gets its own view of the same graph: its records, places and issues, with the whole state behind them. A new project starts from everything already known and leaves the map richer for the next.

    Conceptual schematic of the Internet of Conservation, showing one central record linked out to many kinds of related records
    Current conceptual schematic of the Internet of Conservation.

    What makes it different

    Built to last, built to be checked.

    Outlasts any one grant

    One shared layer serves many projects, so knowledge accumulates instead of starting over.

    Sourced and reviewed

    Every fact names its source. Every addition is reviewed. AI proposes; people decide.

    Explainable

    Every answer and every inferred link shows the facts behind it.

    Graph plus maps

    CBI’s Data Basin joins the graph to geospatial capacity: maps and analyses for its places, projects and species.

    Open

    Built on open-source software and open data standards. Everything can be exported. The data model, PPOD, is public on GitHub.

    Careful with people

    Names are shown. Contact details are never published, and automated tests enforce it.

    Where it stands

    A working system, not a plan.

    It covers California statewide, with depth in the Putah Creek watershed and the Sacramento Valley.

    Places and infrastructure
    5,829
    Organizations
    3,884
    People
    907
    Projects and programs
    5,483 / 430
    Conservation plans and their actions
    92 / 7,259
    Species and other taxa
    610
    Datasets and databases
    433
    Tools
    93
    Guidelines and mandates
    230
    Papers and reports
    165
    Links between records
    268,564

    Counted from the graph on 23 October 2026. Links come in 95 kinds.

    In place today

    • Three partner views: Putah Creek Watershed Network, Power in Nature Sacramento Valley, and California Connectivity.
    • A graph explorer with search, plain-English questions and explained answers.
    • Editing with accounts and roles, a review queue for proposed changes, and a full change history.
    • People’s affiliations and roles in organizations, projects and programs.
    • AI-assisted record entry from a web page, Excel and PDF reports, and a user manual.

    Next

    • Public hosting with secure sign-in for partners.
    • Onboarding contributors from partner organizations.
    • Proposed analysis workflows: from a question to the data and tools that can answer it.
    • Communities outside California.

    Partners

    Who is building it.

    ICON

    Information for the Conservation of Nature. Leads the Internet of Conservation: its vision, vocabulary, software and partnerships.

    UC Davis

    University of California, Davis. Research partner in building the IoC.

    Conservation Biology Institute

    Geospatial partner through Data Basin, and fiscal sponsor while the IoC forms its own nonprofit.

    Community partners include the Putah Creek Watershed Network and Power in Nature in the Sacramento Valley. More major partners are expected as the IoC develops.