2397 Systems, these networks become spatially visible: planners can identify which families are linked by reciprocal labour obligations, which locations serve as critical nodes for multiple families, and which network segments would be severed by the displacement of a specific area. The product is a georeferenced dependency map that engineering teams can use alongside geological and geotechnical data in mine design. 4.3 Early Integration into Mine Design and LOM Planning The third layer introduces social intelligence into the engineering process at the conceptual design stage—before the mine footprint is fixed. When engineers designing pit phases, tailings facilities, and access roads have access to territorial dependency maps, they can evaluate design alternatives not only by cost and ore access but by displacement impact. Previously unaddressable questions become tractable: can the tailings facility be relocated 500 metres to avoid severing a critical water access route serving 20 families? Can the mining sequence be reordered to defer displacement of the most territorially complex community? The financial case is compelling: Franks et al. (2014) documented that production delays caused by social conflict cost approximately US$20 million per week in net present value for large-scale operations. 4.4 The Sustainable Wellbeing Framework for Impact Monitoring The fourth layer incorporates the Sustainable Wellbeing Framework of Smyth and Vanclay (2017) to design holistic monitoring systems that track resettlement impacts across eight dimensions: livelihoods, health, education, housing and infrastructure, social networks and community cohesion, environment, culture and identity, and governance and empowerment. This framework transcends asset-based compensation to address the full spectrum of impacts that resettlement produces. In the Andean context, the most critical dimensions are social networks (the ayni/minka reciprocity systems), livelihoods (the multilocal production system), and culture and identity (territorial attachment and ceremonial connections). Monitoring indicators derived from this framework—such as the percentage of families maintaining access to all pre-resettlement productive locations, the number of active reciprocal labour relationships, and participation in territorial governance—enable early detection of livelihood deterioration and timely corrective action throughout the operational life of the mine. 5. INTEGRATION INTO LIFE-OF-MINE PLANNING AND INTERNAL GOVERNANCE The LOM Plan constitutes the master framework for all technical, operational, and financial decisions of a mining project. It defines the extraction sequence over the life of the mine, capital investment by phase, and the production profile that underpins debt service capacity and shareholder returns. Our analysis demonstrates that resettlement and land access must be integrated into this framework from its inception, rather than appended as an afterthought. Integration operates across three engineering phases. During conceptual design, ethnographic and network data inform decisions regarding the operational footprint, enabling the evaluation of alternative configurations that minimise displacement. During Front-End Engineering Design (FEED), detailed resettlement plans are developed in parallel with engineering specifications, with social milestones incorporated as logical predecessors in the master project schedule. During execution, wellbeing monitoring data feed back into operational adjustments, with the Sustainable Wellbeing Framework providing structured indicators for tracking livelihood restoration. The financial implications are substantial. Under Project Finance structures governed by the Equator Principles, compliance with Resettlement Action Plan milestones functions as a condition precedent for debt disbursement. Delays in land release directly threaten the Debt Service Coverage Ratio, potentially triggering technical default. Equally important is the governance dimension. Currently, resettlement is typically managed by community relations teams with limited involvement from Vice Presidents of operations or engineering directors. This perpetuates the perception that social management is an additional cost disconnected from mining decisions. We advocate that social assessment outcomes and resettlement plans be elevated to the
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