Stewardship-Led Transfer and Network-Governed Activation of Agricultural Heritage Infrastructure: A CNI–UQMS Model for Zero-Cost Relocation, Installation, Monetization, and Public-Value Capture
Abstract
Universities and public institutions across North America retain legacy agricultural structures that are culturally significant but increasingly misaligned with contemporary institutional mandates, funding models, and risk tolerances. These assets often persist in a state of strategic limbo—neither actively supported nor responsibly exited—creating ongoing exposure related to deferred maintenance, safety, liability, reputational risk, and unrealized public value. This practice-oriented preprint presents a stewardship-led transfer and network-governed activation model for agricultural heritage infrastructure, developed under Community Network Integration (CNI) and Universal Quality Management System (UQMS) principles. The model enables originating institutions to exit long-term ownership and operational responsibility at zero net cost, while ensuring that heritage structures are responsibly assessed, relocated where appropriate, activated, monetized ethically, and sustained as publicly legitimate assets under independent stewardship. The paper reframes transfer not as asset disposal, but as a positive governance act. It emphasizes early ownership transfer, explicit engineering feasibility gating, and institutional cost containment, allowing universities to protect fiduciary, legal, and reputational interests while enabling downstream action by an independent steward network. Post-transfer activities—including relocation, installation, maintenance, programming, and monetization—are designed to occur outside institutional control, avoiding procurement friction and liability re-anchoring. Using the University of Saskatchewan L-Barn as an illustrative (non-binding) demonstrator, the preprint documents a repeatable, low-friction architecture that supports: teaching and research enablement without asset ownership, participation via Mitacs, Tri-Council, and related internship and placement models, community alignment and local benefit, sponsor participation through bounded, non-extractive mechanisms, and incremental, performance-conditioned expansion rather than speculative development. When co-located within an established CNI site, the activated structure may function as a hub or anchor asset, supporting education, applied research, training, conferences, and other mandate-aligned uses, while generating employment, local procurement, and leverage capacity for further collaboration. Monetization is treated strictly as a sustainability function, with revenues ring-fenced and reinvested to support maintenance and programming. The model is intentionally generic and transferable. While grounded in a Saskatchewan demonstrator context, it is designed to be applicable across institutions, regions, and infrastructure types. The paper is intended as a coordination artifact rather than a proposal or commitment, enabling universities, communities, sponsors, and partners to explore stewardship-led solutions with clarity, optionality, and minimal risk.
Fields of Study & Subjects
Organic Food and Agriculture
Agricultural Systems and Practices
Tree Root and Stability Studies
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 3 January 2026
- Document type
- Preprint