BC Hydro Transmission Cycle Treatment Layout
In 2025, Molly Creek completed a wildfire risk reduction assessment for Woodlot Licence W0131 in the Kispiox area of northwestern British Columbia. The project evaluated more than 460 hectares of forest identified by the BC Wildfire Service as a Priority 3 interface fire risk, based on its proximity to infrastructure and landscape-level fuel connectivity.
Assessment Methods
Through a combination of desktop review, GIS-based mapping, and field reconnaissance, the team assessed key wildfire behaviour drivers, including fuel loading and structure, topography, prevailing weather patterns, and regional fire history. The assessment applied wildfire risk reduction principles to evaluate potential fire behaviour, ignition likelihood, and values at risk, with a focus on identifying opportunities to reduce fire intensity and improve stand resilience.
Challenges Encountered
Site access was limited in some areas due to local Indigenous land use activities. In addition, standard fuel type classifications did not accurately represent the structure and behaviour of mature hemlock–cedar stands. These limitations required the application of professional judgment and adaptive assessment methods to ensure an accurate representation of wildfire risk.
Analysis and Findings
By referencing adjacent stands and comparable forest conditions in nearby woodlots, Molly Creek developed a refined understanding of potential wildfire behaviour across the site. The analysis indicated that overall wildfire risk ranged from low to moderate, with localized areas of elevated surface and ladder fuel continuity contributing to increased fire behaviour potential under certain conditions.
Recommendations and Outcome
Consistent with best practices in wildfire risk reduction, the assessment recommended a proactive, long-term fuel management approach rather than immediate large-scale mitigation. Strategies included targeted surface and ladder fuel reduction, stand thinning to reduce crown continuity, and ongoing monitoring to support adaptive management over time. These measures are intended to reduce potential fire intensity, support safer suppression conditions, and enhance overall ecosystem resilience.
The project was completed on time and under budget, and the final report was reviewed and approved by a Registered Professional Forester with the BC Woodlots Association.