naturalresources.eth
a natural ledger
Concept · v0.1 · ENS / IPFS

A resource for natural resources.

naturalresources.eth is a proposed registry, intelligence, and market-access layer for natural resource records — mines, wells, forests, fisheries, water basins, farms, deposits, processing assets, transport routes, provenance events, and evidence-based eligibility. Sector-agnostic by design. Maritime trade is one primary client surface. Most resource flows touch shipping at some point.

Resources move through corridors, ports, and time.

The public data systems already exist. Environmental registries. Facility identifiers. Mineral records. Forest alerts. Carbon registries. Customs documents. Bills of lading. Certification bodies. Satellite-derived monitoring.

What is missing is the coherent public surface that composes them — into resource records with provenance, logistics, and explicit eligibility logic. The resource record is the operational primitive. Not a token. Not a dashboard. Not a project page. A record that describes the asset, jurisdiction, operator, evidence, lifecycle state, route history, and risk flags attached to an entity in the real world.

i.

Blockchain is not the measurement layer.

Measurement, verification, and accreditation remain with competent institutions. Chains are useful for identifiers, references, and audit trails — nothing more.

ii.

Eligibility before transaction.

Buyers don't browse vague "ethical" labels. They define constraints. Records satisfy them with evidence — or explain the blocking reason.

iii.

Risk is geographic, climatic, and temporal.

Deforestation, fire, water stress, sanctions, emissions intensity, labor risk, methodology suspensions — they change with time. Records need versioned state.

iv.

ENS points. IPFS preserves.

The name gives continuity. The hash gives integrity. Each published version can move without being silently rewritten.

Truth is a supply chain. Every fact keeps its origin.

What can be evaluated.

Every record should be inspectable through a common evidence schema. The schema does not replace source registries; it maps them into a public interface that can be searched, filtered, cited, and disputed.

type
Resource entityMine, well, forest concession, fishery, water basin, farm, deposit, reserve, processing asset.
commodity
CommodityCopper, lithium, timber, water, palm oil, carbon, rare earths, petroleum, fisheries, land tenure.
jurisdiction
Location and authorityCountry, subnational region, concession reference, basin, coordinates where public.
operator
Actor graphOperator, owner, beneficial owner, certifier, verifier, counterparty, offtaker.
route
Movement historyExtraction or harvest → processing → port → ocean leg → buyer receipt.
evidence
Attached proofDocuments, sensors, registries, satellite alerts, attestations, accreditations.
risk
Sourced flagsSanctions, deforestation, fire, labor, water stress, emissions, legal disputes.
status
LifecycleDraft, submitted, under review, verified, suspended, corrected, retired.

Truth is a supply chain.

The system should never pretend a blockchain can verify a forest, a refinery, or a shipment. It should show who made the claim, what evidence supports it, who verified it, what standard governs it, and whether the claim is still eligible under a buyer's policy.

v.

Source attribution.

Every fact keeps its origin. naturalresources.eth composes claims; it does not silently author them.

vi.

Role separation.

Submitter, verifier, accreditor, dispute body. Scientific and regulatory outcomes should not be decided by token voting.

vii.

Lifecycle state.

Status transitions are the audit object. Raw data stays off-chain; references track status, attestations, and disputes.

viii.

Eligibility gates.

"Ethical" becomes policy logic, not marketing copy. Candidate records pass — or return an intelligible blocking reason.

ix.

Dispute surface.

Corrections are part of the record. A clean audit trail beats a clean illusion.

x.

Patience as design.

Versioned state. Slow consensus. Records that age into trust rather than launching with it.

Resource directory.

A handful of public records, surfaced as a design demonstration. No network queries are sent. No data is stored. Click any record to inspect attribution and the sample detail structure.

Not live

This is an interface artifact, not a registry of record, exchange, compliance engine, or data service. Status fields reflect source-registry language in the sample data and must be re-verified before any real use.

— records · local sample set Click / Enter to expand

Source. Port. Buyer.

A traceability layer is a sorted log of events tied to a record — each referencing the actor that issued it and the source where the underlying evidence lives.

Extraction
Bingham Canyon, UT
2025-11-04
Processing
Garfield Smelter, UT
2025-11-22
Refining
Salt Lake Refinery
2025-12-09
Port of export
Long Beach, CA
2026-01-14
Buyer receipt
Yokohama, JP
est. 2026-02-08

    Eligibility-gated inquiry.

    An inquiry is not a generic listing. A buyer states what they need, attaches their constraint set, and the platform either confirms eligible matches or explains which constraint blocks each candidate.

    Constraint set
    No request is sent

    One name. A namespace.

    naturalresources.eth doesn't have to be a single page. Once the parent name exists, every subdomain inherits the same root of trust and can carry its own contenthash, text records, and on-chain references. Subdomains turn the name into an addressing layer for assets, sources, verifiers, routes, and operators — scoped under one canonical authority and revocable per-name.

    Asset records

    Every record is a name.

    Each resource record can resolve as its own subdomain — page, metadata, content history. The CID under that name is the asset's state at a moment; the name is the continuity.

    • bingham-canyon.naturalresources.ethOpen-pit copper, USGS MRDS
    • kariba-redd.naturalresources.ethREDD+ project, Verra VCS
    • mato-grosso.naturalresources.ethForest loss alert region, GFW
    • baytown.naturalresources.ethRefinery / petrochemical complex, EPA TRI
    Wildcard resolution

    Issue at scale.

    ENSIP-10 lets a single resolver answer for an unbounded subtree off-chain. A hundred thousand asset records, no per-name registration gas, still verifiable through the parent.

    A single root, a thousand revocable leaves. The integrity of the parent flows through.

    Source namespaces

    Group by registry of origin.

    • mrds.naturalresources.ethUSGS-sourced records
    • verra.naturalresources.ethVerra VCS-sourced records
    • gfw.naturalresources.ethGlobal Forest Watch alerts
    • frs.naturalresources.ethEPA Facility Registry Service
    Verifier identities

    Roles get names too.

    • iso14065.accreditor.naturalresources.ethAccreditation under ISO 14065
    • dnv.verifier.naturalresources.ethVerifier identity, signed claims
    • aenor.verifier.naturalresources.ethVerifier identity
    • cdp.disclosure.naturalresources.ethDisclosure body
    Routes & corridors

    Logistics paths as records.

    • bingham-yokohama.route.naturalresources.ethRefined copper, US to Japan
    • riau-rotterdam.route.naturalresources.ethPalm oil, Indonesia to NL
    • matarani-shanghai.route.naturalresources.ethCopper concentrate, Peru to CN
    Jurisdiction & commodity

    Slugs that cluster the registry.

    • peru.naturalresources.ethPeru-jurisdiction records
    • copper.naturalresources.ethCopper-commodity entry point
    • palm-oil.naturalresources.ethPalm oil entry point

    One root of trust. Infinite addressable assets.

    A subdomain inherits the parent's authority but each can be revoked, transferred, or updated on its own. Verifiable Credentials can be issued to a name and about a name. Each asset subdomain holds its own IPFS contenthash — the asset's history becomes a chain of CIDs under a stable identifier. Content-addressed evidence. Name-addressed identity. The same naming surface supports off-chain reverse lookups: a wallet that signs an attestation as dnv.verifier.naturalresources.eth is recognizably the verifier, not an anonymous address.

    References.

    Public systems this concept would compose against. Links are for orientation and should be checked again before any production data claim.

    1. Cornell Legal Information Institute — "Natural Resources." law.cornell.edu
    2. OECD Glossary of Statistical Terms — "Natural Resources." stats.oecd.org
    3. FAO — natural resource and agriculture datasets. fao.org/faostat
    4. Global Forest Watch, World Resources Institute. globalforestwatch.org
    5. Verra Verified Carbon Standard Registry. registry.verra.org
    6. U.S. EPA Toxics Release Inventory. epa.gov/tri
    7. U.S. EPA Facility Registry Service. epa.gov/frs
    8. USGS Mineral Resources Data System. mrdata.usgs.gov/mrds
    9. Cadasta Foundation — land & resource rights. cadasta.org
    10. ISO 14064-3 and ISO 14065 standards. iso.org/14064-3
    11. W3C Verifiable Credentials Data Model 2.0. w3.org/TR/vc-data-model-2.0
    12. IPFS content addressing. docs.ipfs.tech
    13. ENS documentation — subdomains, resolvers, contenthash. docs.ens.domains
    14. ENSIP-10 — wildcard resolution for off-chain subdomain issuance. docs.ens.domains/ensip/10