Fire is a key component of stand dynamics in interior ponderosa pine stands throughout western North America. In this project, historic data collected at the Blacks Mountain Experimental Forest in California, USA, will be used to describe pre-harvest reference conditions across an interior pine forested landscape (4,000 ha). This will provide historic conditions of stands that were resilient to fire such that large stand replacing fire events were infrequent. High resolution LiDAR data from 2009 paired with current ground data provide the most recent stand conditions at a finer spatial resolution than the historic data. We will describe the pre-harvest historic reference conditions and variability of forest stands and will perform spatial analyses of forest conditions and change over 76 years at the Blacks Mountain Experimental Forest.
This research is funded by the USDA Forest Service, PSW Research Station, and conducted in collaboration with Dr. Martin Ritchie.
Eskelson, B.N.I., V.J. Monleon, J.S. Fried (2016). A 6 year longitudinal study of post-fire woody carbon dynamics in California’s forests NRC Research Press Canadian Journal of Forest Research 46:610-620
Assessment of spatial and temporal patterns of headwater stream temperature
This research was funded by the USDA Forest Service, PNW Research Station, and conducted in collaboration with Dr. Paul Anderson
The Forest Service provides estimates of forest and range ecosystem conditions for Pacific Coast states. There is a general consensus that whitebark pine is declining throughout its range. The threats to the species are such that, on July 19, 2011, the US Fish and Wildlife Service determined that listing whitebark pine as threatened or endangered under the Endangered Species Act of 1973 was warranted. The annual Forest Inventory and Analysis Program (FIA) inventory covers the entire range of the species in the Pacific coast. We aim at providing statistically based estimates of population dynamics of whitebark pine for the species’ western range.
This research is funded by the USDA Forest Service, PNW Research Station, and conducted in collaboration with Dr. Vicente Monleon.
Boulder Creek Fire Case Study
In summer 2015, several large and severe forest fires burned in the coastal fire region of British Columbia (BC), burning thousands of hectares of forest. This case study focuses on the Boulder Creek fire, which burned approximately 7,000 hectares of coastal transition forest north of Pemberton, BC. The focus of the study is on the impacts that Boulder Creek fire had on aboveground carbon pools: duff, litter, woody debris, and standing trees. The study aims to provide baseline data on forest carbon after a coastal forest fire across fire severity classes, as well as to establish permanent sample plots within the Boulder Creek fire boundary.
This research is funded by NSERC, and conducted in collaboration with Ecofish Ltd. and Dr. Lori Daniels (UBC).
Photo: Kate Peterson
Climate, vegetation and wildfire patterns in western North America
This research was funded by the Healthy Landscapes Program at fRI Research and conducted in collaboration with Dr. David Andison.
Ferster, C.J., B.N.I. Eskelson, D.W. Andison, and V.M. LeMay (2016). Vegetation mortality within natural wildfire events in the western Canadian boreal forest: what burns and why? MDPI Forests 7(9):187