Runsheets

Automated Chain of Title Mineral research — in minutes, not weeks.

MineralScout walks the grantor-grantee index, extracts every conveyance, resolves fractional interests, and flags probate gaps. The output is a marketable chain of title for any mineral parcel.

What a chain of title is

A chain of title is the chronological sequence of recorded documents that transfer ownership of a parcel from the original sovereign grant to the current holder. For mineral rights in Colorado and other western states, the chain typically begins with a United States land patent and extends through every subsequent deed, probate, assignment, and conveyance to the present day.

Building a chain manually requires hours or days at the county clerk's office, careful fractional-interest math, and judgment calls on every gap or ambiguity. A single missed document can break the chain and invalidate the title opinion that depends on it. MineralScout automates the mechanical work while preserving the judgment layer for the landman.

What MineralScout does

  • Ingests county grantor-grantee indexes (DJ Basin, expanding)
  • Extracts grantor, grantee, document type, fractional interest, and recording date from each instrument
  • Assembles a BFS chain from any starting party or section
  • Resolves party name variations across the entire record set
  • Flags probate gaps, JTWROS issues, and unrecorded transfers for human review
  • Computes net mineral acres and ownership interest per party at every point in the chain
  • Exports a clean run sheet and per-party ownership table

Why mineral chains differ from surface chains

When most people think of a "chain of title," they think of the surface estate: who owns the house, the ranch, the farm. That chain is relatively straightforward. A deed transfers the property, and the new owner's name appears on the next deed. Mineral rights work differently.

Severance. Mineral rights can be severed from the surface estate by a deed or a reservation clause. Once severed, the minerals have their own chain of title, completely independent of whoever owns the surface. A parcel might change hands five times on the surface while the minerals remain with the original owner's heirs. None of those surface transactions appear in the mineral chain.

Fractional subdivision. Mineral interests are routinely subdivided into fractions. An owner holding 100% of the minerals might convey 1/2 to a trust and retain the other 1/2. That trust might later distribute 1/4 to each of two beneficiaries. After just two transactions, three parties hold interests in the same parcel, and the title researcher must track all of them.

Multi-generational inheritance. Mineral rights often pass through multiple generations of heirs, especially across Colorado's DJ Basin where the original patents date to the late 1800s and early 1900s. Each death without a recorded probate in the mineral county creates a gap in the chain. Tracking heirs across generations, across counties, and sometimes across states is one of the hardest problems in mineral title research.

No central registry. Unlike real property in some jurisdictions, there is no central mineral ownership registry. The only authoritative source is the county recorder's grantor-grantee index, and the chain must be reconstructed by searching that index document by document.

How automated chain tracing works

MineralScout uses a breadth-first search (BFS) algorithm to walk the county grantor-grantee index.

  • 1. Seed the search. You provide a starting point: a named mineral owner, a PLSS section, or a specific parcel ID. The system locates every recorded document where that entity appears as a grantor or grantee.
  • 2. Expand the frontier. For each document found, the system identifies the counterparty and searches for all documents involving that party and the same legal description.
  • 3. Resolve name variations. The AI compares party names across documents and links variations ("Robert J. Smith" and "R.J. Smith" and "Bob Smith") into a single canonical party record. This prevents false breaks caused by inconsistent naming.
  • 4. Compute interests. As the chain is assembled, the system tracks the fractional interest conveyed at each step and computes cumulative ownership for every party. If a conveyance transfers more interest than the grantor holds, the system flags the discrepancy.
  • 5. Flag gaps. When the chain encounters a deceased owner with no recorded probate, a grantor who never appeared as a grantee, or other anomalies, it flags the gap with context about the likely cause and suggested resolution.

The result is a complete, chronological chain of title from patent to present, with every link documented and every gap identified. For a detailed walkthrough of how to interpret the output, see our guide: How to Read a Runsheet.

Patent-to-present data

Automated chain of title research is only as good as the underlying data. If your data starts in 1975, your chain starts in 1975, and everything before that is a gap you need to fill manually.

MineralScout's Colorado coverage is patent-to-present. Every recorded document since the original land patent is in our database, built and maintained in-house. We control the quality, and we ingest it at field-level granularity.

For chain of title work, this means the BFS algorithm has a complete graph to traverse. It can trace a chain from a 2024 deed all the way back to an 1890s patent without hitting a data boundary.

Four steps to a complete chain of title

1

Pick a starting point

Start from a named mineral owner, a PLSS section, or a parcel ID.

2

Walk the index

AI searches grantor-grantee records and pulls every conveyance affecting the parcel.

3

Build the chain

Documents are sorted, fractional interests are resolved, and gaps are flagged.

4

Export and act

Download a run sheet or push leads into your acquisition workflow.

Learn more

New to title research? Our guides walk through the mechanics step by step.

Frequently Asked Questions

Common questions about automated chain of title for mineral rights.

A chain of title is the chronological sequence of recorded documents that transfer ownership from the original sovereign grant to the current owner. For mineral rights, the chain diverges from the surface estate when minerals are severed by deed or reservation.

Mineral rights can be severed from the surface, subdivided into fractional interests, and transferred independently. A surface deed may convey the land while reserving the minerals, splitting the two chains permanently. Mineral chains also tend to be longer because interests are subdivided among heirs over generations without any corresponding surface transaction.

MineralScout walks the county grantor-grantee index from the original patent forward (or from a known owner backward) using a breadth-first search. The AI extracts key fields from each instrument, resolves name variations, and assembles the complete chain. Gaps like missing probates are flagged for human review.

Gaps are flagged automatically with context about the likely cause and suggested next steps. Common gaps include deceased owners with no local probate, unrecorded transfers, and name variations that prevent the system from linking two records.

Each conveyance transfers a portion of the grantor's interest. MineralScout tracks fractions cumulatively: if Owner A holds 1/2 and conveys 1/2 of that to Owner B, Owner B receives 1/4 of the total mineral estate. The system computes net mineral interest for every party at every point in the chain.

MineralScout covers counties across Colorado's DJ Basin and Wattenberg Field with patent-to-present depth. Coverage is expanding. See our coverage page for current details.

Yes. You can start from a PLSS section, a specific parcel, or a named mineral owner. MineralScout will identify all recorded conveyances affecting that starting point and build the chain in both directions.

Ready to trace your first chain of title?

MineralScout builds patent-to-present chains of title in minutes, with conveyances documented and gaps flagged for review.