Climate change is already reshaping the Okanagan. Rising temperatures, longer heat waves, intensified wildfire seasons, shifting precipitation, and increasing water stress are now defining features of the region.
Climate resilience means preparing for these impacts while reducing the emissions that drive them. UBC Okanagan is responding through planning, infrastructure, and climate action initiatives.
Regional climate data is informed by the Climate Projections for the Okanagan Region.
Climate Change in the Okanagan
The Okanagan is experiencing overlapping climate impacts that affect health, infrastructure, and ecosystems.
Extreme Heat
- Longer, hotter summers and warmer nights increase heat-related illness and strain on vulnerable populations
- Adaptation: cooling spaces, shade, hydration
Wildfire and Smoke
- Longer, more intense wildfire seasons and drier conditions increase fire risk and smoke impacts on air quality and health
- Adaptation: FireSmart planning, vegetation management, air filtration
Water Stress and Drought
- Reduced snowpack and hotter, drier summers increase water demand and pressure on ecosystems
- Adaptation: conservation, efficient use
Intense Rainfall and Flooding
- More heavy rainfall events increase flood risk and strain on drainage infrastructure
- Adaptation: rainwater management, green infrastructure
Supporting Campus Plans and Policies
UBC Okanagan advances climate adaptation through integrated policies, plans, and infrastructure. Preparing for heat, smoke, flooding, and water shortages requires coordinated planning and action.
- Climate Action Plan 2030 (CAP 2030): Guides emissions reduction while integrating climate adaptation into campus planning and operations.
- Wildfire Management Plan: Guides vegetation management, infrastructure design, and emergency preparedness to reduce wildfire risk and strengthen resilience.
- Integrated Rainwater Management Plan (IRMP): Sets rainwater retention targets using climate-informed modelling to reduce flood risk and achieve 100% diversion from the municipal system. Supports adaptation through green infrastructure and low-impact development, maintaining the natural water cycle and enhancing biodiversity.
- Whole Systems Infrastructure Plan: Provides a long-term framework integrating energy, water, and ecological systems to ensure resilience to growth, climate change, and extreme weather.
Get Involved
Climate adaptation depends on both institutional and individual action. Reducing energy and water use, minimizing waste, and preparing for climate impacts all help build resilience.