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Arctic Infrastructure and Inuit Knowledge in Climate Policy Design

Rapid warming across the circumpolar Arctic compromises built infrastructure and land-based transport corridors, creating severe threats to human security and ecological integrity. Existing policy architectures frequently separate technical civil engineering protocols from the extensive spatial and temporal observations provided by Inuit Traditional Knowledge. This dissertation establishes a decolonised, socio-ecological policy framework that reconciles conventional engineering standards with Indigenous knowledge systems to enhance circumpolar infrastructure resilience.

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PhD Dissertation

Degree:
Arctic Infrastructure and Inuit Knowledge in Climate Policy Design

Author:

Group

First M. Last

Advisor:

Dr. First Last

City, 2026

Contents

Introduction
Chapter 1. Socio-Ecological Theoretical Foundations of Circumpolar Infrastructure
1.1 Epistemic Pluralism and Indigenous Ways of Knowing in Polar Governance
1.2 Northern Built Environments and Cryospheric Vulnerability Dynamics
1.4 Critical Policy Paradigms: From Top-Down Planning to Decolonised Co-Design
Chapter 2. Methodological Architecture for Policy Document and Case Synthesis
2.1 Comparative Policy Analysis Protocols Across Circumpolar Jurisdictions
2.2 Analytical Framework for Evaluating Inuit Knowledge Integration in Standards
2.3 Corpus Selection: Canadian Federal, Territorial, and Regional Directives
2.4 Ethical Protocols and Secondary Epistemological Syntheses in Arctic Research
Chapter 3. Environmental Dynamics, Transport Networks, and Community Risk
3.1 Permafrost Degradation and Structural Integrity of Northern Corridors
3.2 Changing Ice Regimes and the Disruption of Traditional Trail Networks
3.3 Critical Infrastructure Exposure and Remote Emergency Response Vulnerabilities
3.4 Cumulative Socio-Ecological Impacts on Subsistence Harvesting and Mobility
Chapter 4. Institutional Readiness and Multi-Level Governance in Nunavut and Beyond
4.1 Federal Adaptation Frameworks and the Implementation Gap in the North
4.2 Territorial Strategic Planning: Resource Constraints and Institutional Champions
4.3 Community-Led Environmental Monitoring and Co-Production Practice in Nunatsiavut
4.4 Structural Barriers to Operationalising Traditional Ecological Knowledge
Chapter 5. Critical Synthesis of Engineering Standards and Inuit Knowledge Systems
5.1 Re-evaluating Design Standards Against Empirical Local Observations
5.2 Human Security, Cultural Well-Being, and Infrastructure Resilience
5.3 Mass Casualty Risk Mitigation in Extreme Remote Environments
5.4 Reconciling Scientific Modelling with Place-Based Phenological Indicators
Chapter 6. Strategic Frameworks for Decolonised Climate Infrastructure Policy
6.1 Policy Recommendations for Multi-Tiered Infrastructure Governance
6.2 Guidelines for Institutionalising Knowledge Co-Production Mechanisms
6.3 Adaptive Capital Allocation and Proactive Engineering Mandates
6.4 Long-Term Monitoring, Territorial Sovereignty, and Circumpolar Resilience
Conclusion
Bibliography

Introduction

Circumpolar infrastructure systems are undergoing structural failure and operational disruption due to unprecedented rates of atmospheric warming and cryospheric thawing across the northern hemisphere [1]. In northern socio-ecological landscapes, land-based transportation corridors, community buildings, and municipal utilities depend directly on frozen ground and predictable seasonal ice sheets. As temperatures rise, these engineered structures face severe structural instability, which intensifies socio-economic vulnerability across isolated Inuit communities that depend on transport networks for essential provisions, subsistence harvesting, and emergency medical accessibility [3].

Existing policy regimes frequently construct infrastructure adaptation purely as a civil engineering challenge, thereby neglecting the systemic socio-ecological interdependencies documented across the North [1]. This conventional technocentric focus marginalises Inuit Traditional Knowledge, which contains detailed, place-based observational understandings of ice morphology, permafrost behaviours, and ecological shifts [6]. Consequently, municipal, territorial, and national planning bodies struggle with policy misalignments, creating built environments that fail to address rapid environmental transformations or support local human security and mobility [4], [8].

This dissertation investigates the institutional, technical, and epistemic pathways through which Inuit knowledge can be systematically integrated into climate-resilient infrastructure policy design. Employing a comparative qualitative policy analysis across circumpolar jurisdictions and Canadian territorial frameworks, the study examines governance readiness, structural risk assessment, and co-production models [3], [6]. Through this synthesis, the research articulates institutional mechanisms capable of reconciling conventional engineering standards with place-based ecological knowledge to secure circumpolar community resilience.

2.2 Analytical Framework for Evaluating Inuit Knowledge Integration in Standards

The methodological framework developed in this research establishes a systematic protocol for evaluating how public policy architectures and engineering design standards integrate Indigenous ways of knowing into northern planning. Analyzing Arctic land-based transport corridors requires an integrated socio-ecological approach that simultaneously accounts for rapid cryospheric dynamics, landscape transformations, and place-based community observations (W4293279693). Consequently, this investigation operationalizes a dual-track qualitative synthesis across circumpolar jurisdictions to interrogate both technical policy content and institutional governance readiness. First, the documentary corpus is evaluated using an analytical rubric grounded in decolonising research and participatory methodologies, drawing upon community-led environmental monitoring models that record changing sea ice, shifting weather regimes, and livelihood impacts (W4409401196). This step identifies whether engineering infrastructure specifications incorporate empirical local observations alongside conventional geotechnical design criteria. Second, the framework examines institutional readiness across multi-level governance tiers, assessing how policy champions, administrative resource allocations, and structural governmental barriers affect adaptation implementation across northern territories (W2755366669). By cross-referencing policy texts against comparative case studies of linear transportation corridors, the methodology identifies critical institutional gaps where federal adaptation initiatives focus primarily on research rather than supporting actionable policy change or community resilience (W2755366669). Systematic qualitative coding categorizes directives across distinct tiers of epistemic engagement, spanning token consultation, structured co-production, and Indigenous-led oversight. Through this multi-tiered analytical architecture, the methodology delivers a rigorous, replicable procedure for evaluating circumpolar climate infrastructure governance.

References

  1. Arctic roads and railways: social and environmental consequences of transport infrastructure in the circumpolar North
    Olga Povoroznyuk, Warwick F. Vincent, Peter Schweitzer et al.
    Lien DOI
  2. Inuit Traditional Ecological Knowledge (TEK) Subsistence Hunting and Adaptation to Climate Change in the Canadian Arctic
    Tristan Pearce, James Ford, Ashlee Cunsolo Willox et al.
    Lien DOI
  3. Readiness for climate change adaptation in the Arctic: a case study from Nunavut, Canada
    James D. Ford, Jolène Labbé, Melanie Flynn et al.
    Lien DOI
  4. Climate change, mass casualty incidents, and emergency response in the Arctic
    Ishfaq Hussain Malik, James D. Ford, Dylan G. Clark et al.
  5. Climate change and local knowledge in Eastern Arctic Inuit society
    Shunwa Honda
  6. Monitoring climate change impacts, Indigenous livelihoods and adaptation: Perspectives from Inuit community of Hopedale, Nunatsiavut, Canada
    Ishfaq Hussain Malik, James D. Ford, Ian Winters et al.
  7. The Resilient Nature of Inuit Knowledge: Community, Culture and Climate Adaptation
    Natasha Lemire-Waite
  8. Well-being and environmental change in the arctic: a synthesis of selected research from Canada’s International Polar Year program
    Brenda Parlee, Chris Furgal

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