73 paired vegetation plots were surveyed in the Eagle Plains, Yukon area by EDI Environmental Dynamics Inc. to study post-fire vegetation recovery. The study examined vegetation composition, soil moisture, permafrost depth, and organic soil depth across four types of burned and unburned linear disturbances. Research was conducted in the first post-fire growing season, focusing on seismic lines and winter roads in a black spruce-dominated forest.
Use Cases
- Compare vegetation composition and abundance between burned and unburned linear disturbances based on plot data.
- Analyze the impact of combined disturbances (winter road on seismic line) on soil organic depth and permafrost.
- Model early-stage post-fire re-vegetation patterns across different disturbance types.
- Assess the dominance of wildfire versus linear disturbance effects on species regeneration in the first year.
Strengths
- 73 paired vegetation plots provide a structured comparative sample.
- Examines four distinct linear disturbance types, including a combined disturbance scenario.
- Includes measurements of vegetation, soil moisture, permafrost depth, and organic soil depth.
Limitations
- Row count is unknown, which may limit suitability assessment.
- Column-level documentation is absent; field semantics must be inferred after download.
- Study was completed only in the first post-fire growing season, limiting assessment of long-term regeneration for key species like black spruce and lichens.
Provenance
- Source
- Government of Yukon | Gouvernement du Yukon
- Collection Method
- Field study with plot surveys conducted by EDI Environmental Dynamics Inc., funded by the Mining and Petroleum Environmental Research Group (MPERG).
- Time Range
- Study conducted beginning in the first post-fire growing season.
- Freshness
- Last updated 2026-04-17 15:49:13.665887; freshness should be verified.
- Geography
- Eagle Plains, Yukon, Canada, in a sub-arctic black spruce forest zone of continuous permafrost.