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677,706 tools. Updated 2026-10-19 16:35

"NEXON" matching MCP tools:

  • Verify the operational status and connectivity of the MapleStory MCP Server and its NEXON API connection to ensure reliable data access.
    MIT
  • Run read-only GraphQL queries against NEON's public metadata endpoint to retrieve data shapes not covered by other tools, with response pruning and type introspection.
    MIT
  • List NEON data files for a product across sites and months, including file metadata, sizes, MD5s, and signed URLs. Filter by file kind, table, or name, and get summary counts or availability.
    MIT
  • List NEON data releases newest first, with generation dates, product counts, and per-product DOIs. Identify immutable releases and provisional newer data before retrieving specific products.
    MIT
  • Generate NEON-format citations and BibTeX for released, provisional, or prototype data products, following NEON's data policy for proper attribution.
    MIT
  • Retrieve metadata and optional text of NEON documents (ATBD, protocol, user guide) by spec number or document URL, including type, size, and referenced products.
    MIT

Matching MCP Servers

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    Enables AI agents to discover NEON ecological data products and sites, check data availability, list and download data files, and generate citations via the NEON Data API.
    20
    MIT

Matching MCP Connectors

  • Search NEON field sites by code, name, state, domain, or proximity; filter by data product availability and optional elevation.
    MIT
  • Retrieve detailed NEON data product metadata by product code or name, including status, releases, and availability, with opt-in sections for abstracts, packages, specs, and more.
    MIT
  • Get a NEON release (tag, UUID, or 'latest') with its data products, DOIs, sites, and manifest artifacts. Filter or select a specific product/site; unknown tags return the valid release list.
    MIT
  • Trace a sample's custody chain: get identifiers, custody events, parents, and children. Look up by tag, UUID, barcode, or archive GUID, and expand to relatives by degree.
    MIT
  • Search NEON ecological data products by keywords, theme, science team, level, status, site, domain, or date. Filter results with facets, view site counts and month ranges, then check availability or product details.
    MIT
  • Find NEON ecological sampling locations by hierarchy, type, text, or proximity. Filter towers, huts, plots, and more under a site or domain, with coordinates for mapping or detail lookup.
    MIT
  • Check which NEON sites and months have data for products, with release and window filters, to verify availability before listing files.
    MIT
  • Retrieve comprehensive details for one NEON location: coordinates, UTM, elevation, orientation, properties, active periods, plus optional parent chain, history, polygon, or paged children.
    MIT
  • Fetch detailed prototype dataset metadata including files, sizes, and signed URLs, with optional descriptions, citations, and related products.
    MIT
  • Get details for a NEON field site: available data products with month ranges, optional releases, description, and location. Use it to see what data exists before checking availability or listing files.
    MIT
  • Find NEON sample classes by keyword or sample tag. View class descriptions and keys, then use them to retrieve specific sample records.
    MIT
  • Check server liveness and capability status: verify NEON API reachability, token availability, download access, and cache/rate-limit headroom before searching for data products.
    MIT
  • Search NEON's taxonomy lists by taxon type, rank, or exact scientific name with genus fallback to get Darwin Core taxonomic data for ecological research.
    MIT
  • Search NEON experimental datasets by text, theme, site, years, file type, or publication status. Filter with facets to locate early data products and their DOIs.
    MIT
  • Download NEON ecological data files, package ZIPs, prototype datasets, or documents to a local directory with size checks, MD5 verification, and skip of identical existing files.
    MIT