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CLIMATE ADAPTATION
Further, national infrastructure frameworks of the past imposed
rigid, top-down targets that ignored geographic realities, forcing small
teams to exhaust limited resources on administrative metrics rather
than on-the-ground asset protection. When local sta昀昀 is dividing their
time between paperwork and the day-to-day realities of their job, compliance fatigue sets in—all the while, real-world risks and end-of-life
infrastructure woes continue to mount. The 昀椀nancial consequences
of these administrative delays are measurable and severe: While
a 2024 report6 by the Insurance Bureau of Canada noted that insured
damages from extreme weather in Canada hit a record high of $8.5
billion, a recent 2025 update revised that 昀椀gure to $9.4 billion.7
Geological instability
Nowhere is this crisis more literal than in the ground itself. Across
the 50 per cent of Canada underlaid by permafrost, the terrain is
increasingly unstable.8 This causes more than just headaches for locals;
it invalidates historical infrastructure lifecycles, causing premature
depreciation through foundation buckling, pipeline shear or runway
failures.
The Canadian Climate Institute’s Due North report puts a considerable economic value on this geological shift, calculating the annual
costs of permafrost damage to Yukon’s road network at $73 to $85
million9 a year without incremental adaptation measures in place.
Northern infrastructure failures can trigger cascading operational
crises. In Iqaluit, a documented shift in ground conditions compromised the foundation of the city’s main fuel storage tank,10 threatening
the entire community’s water, sanitation and healthcare delivery systems. Simultaneously, changing weather patterns are eroding critical
supply chains. Shortened winter seasons means late freezing and early
26—RENEW CANADA –NOVEMBER/DECEMBER 2026
thaw for ice-roads.11 And for 昀氀y-in communities, the transition away
from commercial jets certi昀椀ed for gravel runways12 has restricted cargo
volumes, while climate volatility is narrowing the operational window
for winter road construction, forcing a costly reliance on air freight.13
Bridging the gap: Operationalizing resilience
Managing this risk requires a fundamental shift towards proactive asset management rather than reactive repair. Local governments are
evaluating how climate change actively shortens the lifecycle of core
community assets. However, making this shift work under tight
capital budgets requires drawing a line between long-term structural
protection and short-term crisis management.
When adaptation is integrated into early asset planning, the economic case becomes undeniable. A 2019 World Bank analysis14 notes
that the incremental cost of making public infrastructure resilient
can be as low as three per cent of construction expenses if integrated
during the early design phase. Over the life cycle of an asset, that
minor upfront capital investment yields immense dividends. Data
published by the Canadian Climate Institute in 2022 indicates that
every dollar invested in proactive adaptation can save up to $15 in
future economy-wide costs.15 Spacing out these variables allows local
RENEWCANADA.NET
VILLAGE OF TESLIN
The Village of Teslin used a grant from the GMF’s Local Leadership for Climate
Adaptation initiative towards the construction of a 150-metre armoured dike along
Nisutlin Drive.
“WHEN HIGH WATER threatens critical assets and community safety, you must
act. Connecting this new dike to our existing infrastructure means Teslin residents can breathe a sigh of relief, allowing us to shift our focus and plan for
resilience efforts that meet the climate realities our community is facing.” —
Shelley Hassard, CAO, Village of Teslin
The construction utilized a hybrid engineering design. The core of the dike
was built using engineered rip-rap, filter fabric and crushed rock, while a culvert was integrated to maintain drainage and prevent ponding. Additionally,
the project incorporated natural infrastructure along the toe of the dike to
reduce long-term maintenance. During the fall dormancy period in October
2025, 150 live stakes of native willow and balsam poplar cut from local
stock were planted to provide ongoing erosion control, bank stability and
habitat enhancement.
Administratively, the project was executed through an Indigenous partnership model. The Village of Teslin and the Teslin Tlingit Council shared oversight
and governance. Implementation involved weekly meetings with the Teslin
Tlingit Council, the Village of Teslin, the Yukon Government, consultants and
the project superintendent.
Now completed, the dike has successfully resulted in lower anxiety among
community members, demonstrating the immediate link between structural
resilience and community well-being.
