Professor of Soils and Global Change — University of Aberdeen
Professor of Soils and Global Change at the University of Aberdeen. Lead Author for multiple IPCC Assessment Reports. His multi-method MRV framework for soil carbon — combining long-term experiments, direct measurements, and process-based models — is the blueprint for nature-based proof packs.
Trellison / LedgerWell intersection. Global soils authority. UK/EU policy bridge.
| Their methodology / role | Proof-pack / Trellison fit |
|---|---|
| Multi-method MRV framework | Proof pack is the multi-method composition engine |
| Cautious-framing on soil-carbon claims | Proof-pack permanence and reversal ledger supports honest framing |
| IPCC authority | Smith's IPCC role amplifies proof-pack reference to global assessment context |
Operationalise Smith's framework as proof-pack composition specification.
Cross-region benchmark with Aberdeen, CSU, Woodwell, CNRS.
Submit proof-pack methodology as IPCC AR7 WGIII input.
Subject: A multi-scale MRV composition engine for your work Dear Pete Smith, Your multi-method MRV framework for nature-based carbon removal has been a design reference for a per-tonne open-data verification instrument that Trellison Institute has been building. We call the artefact a proof pack. I would welcome a 30-minute conversation to show you the current alpha. We are not asking for endorsement; we are asking for methodology critique and, if useful, an offer of alpha access for your active work. Independent negative evaluations would be published alongside positive ones. A one-page methodology brief that maps your work to proof-pack schema fields — with gaps flagged honestly — is attached. With respect, Rob Stillwell Director, Trellison Institute
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