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Shelterwood Harvesting in Root Disease Infected Stands in Southeastern British Columbia - Post-Harvest Soil Disturbance
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Irregular Strip Shelterwood Cutting in a Viewscape
This document examines the application of irregular strip shelterwood cutting as a strategy to balance timber extraction with the preservation of sensitive viewscapes and watersheds in British Columbia. By alternating narrow clearcut spokes with part...This document examines the application of irregular strip shelterwood cutting as a strategy to balance timber extraction with the preservation of sensitive viewscapes and watersheds in British Columbia. By alternating narrow clearcut spokes with partially harvested strips, the project successfully maintained visual quality objectives and water integrity while proving the operational feasibility of innovative forestry in constrained environments. The report details how collaborative planning and motivated crews are essential for managing the increased costs and technical complexities associated with these non-traditional harvesting patterns. -
Shelterwoods in Root Disease Infected Stands Preliminary Results
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Out on a Limb with Harrop-Procter Community Forest
Out On A Limb is a series that uplifts trailblazers in BC communities who are leading innovative management practices for the betterment of the forests of tomorrow. In this episode of Out on a Limb, the SIP joins Harrop-Procter Community Forest to le...Out On A Limb is a series that uplifts trailblazers in BC communities who are leading innovative management practices for the betterment of the forests of tomorrow. In this episode of Out on a Limb, the SIP joins Harrop-Procter Community Forest to learn about their innovative approach to anticipate and adapt to climate change impacts. Harrop-Procter CF has spent the past 15 years adapting their forest management approach to respond to climate change impacts on their forest and surrounding landscape. Using a risk assessment approach, they are able to identify areas with varying risk to climate change and prioritize management actions. Erik Leslie, Forest Manager at Harrop-Procter, unpacks the three types of Operations Strategies he employs using his climate adaptation framework: Resistance, Resilience, and Transition. the SIP joins him in the field to visit three sites where these strategies have resulted in specific treatments to make the site either resistant, resilient, or completely transitioned on a new trajectory. Erik shows us how managers can integrate climate science and risk assessment into practical forestry decision making. -
Development of a Drought Risk Assessment Tool for British Columbia Forests Using a Stand-level Water-balance Approach
This technical report introduces a drought risk assessment tool designed to help forest managers in British Columbia navigate the challenges of a warming climate. By using a stand-level water-balance approach, the researchers calculated the ratio of ...This technical report introduces a drought risk assessment tool designed to help forest managers in British Columbia navigate the challenges of a warming climate. By using a stand-level water-balance approach, the researchers calculated the ratio of water availability to evaporative demand to establish drought tolerance thresholds for ten common tree species. The study concludes that many species face significant threats of stress and mortality on drier sites, whereas moist, water-receiving areas may serve as critical climate refugia for conservation. This document provides a practical framework for applying this data to silvicultural decisions, such as selecting resilient species for reforestation and identifying areas at higher risk for wildfires or invasive species. -
Suitability of Native Broadleaf Species for Reforestation in the Cariboo Area of the Southern Interior Forest Region
This document evaluates the long-term viability of planting native broadleaf trees as a reforestation strategy in British Columbia's Cariboo region. By tracking species like aspen, birch, and cottonwood alongside traditional conifers over a ten-year ...This document evaluates the long-term viability of planting native broadleaf trees as a reforestation strategy in British Columbia's Cariboo region. By tracking species like aspen, birch, and cottonwood alongside traditional conifers over a ten-year study period, the authors discovered that planted broadleaves suffered from poor survival rates due to wildlife browsing, frost, and competition from grass. While these deciduous trees naturally excel at enhancing soil nutrients and providing frost protection for understory seedlings, the study concluded that they are currently less reliable than conifers when manually planted. This document suggests that while broadleaves remain vital for forest biodiversity and health, their successful management in this region relies more on robust natural regeneration than on artificial cultivation. -
Reducing Stand and Landscape Susceptibility to Mountain Pine Beetle
This decision aid outlines how to use stand density management diagrams to mitigate the impact of mountain pine beetle on lodgepole pine forests. It highlights that epidemic outbreaks are driven by a combination of favorable weather and an abundance ...This decision aid outlines how to use stand density management diagrams to mitigate the impact of mountain pine beetle on lodgepole pine forests. It highlights that epidemic outbreaks are driven by a combination of favorable weather and an abundance of highly susceptible stands, which are typically characterized by older trees, large diameters, and specific density ranges. To address these vulnerabilities, the authors advocate for landscape-level planning that incorporates harvest scheduling and silvicultural techniques such as thinning mature stands to enhance tree vigor and disrupting the pest's microclimate. This document aims to support foresters in creating a diverse landscape mosaic that is naturally more resilient to infestations. -
Planning and Implementing Fuel Treatment Activities in BC's Diverse Ecosystems
This webinar outlines the strategic framework for wildfire risk reduction in British Columbia, emphasizing the transition from traditional fire suppression to proactive fuel management. It explores how effective mitigation requires a risk-based appro...This webinar outlines the strategic framework for wildfire risk reduction in British Columbia, emphasizing the transition from traditional fire suppression to proactive fuel management. It explores how effective mitigation requires a risk-based approach, where practitioners analyze the likelihood and consequences of fire to prioritize treatments within the wildland-urban interface. Central to the webinar is the use of science-based fire behavior targets, such as maintaining specific critical surface intensities and increasing crown base height to prevent ground fires from climbing into the canopy. The webinar highlights that while mechanical thinning is vital, the integration of prescribed fire and FireSmart principles is essential for maintaining these fuel breaks and ensuring long-term community resiliency. -
LMH Effects of Operational Brushing on Conifers and Plant Communities in the Southern Interior of British Columbia
This LMH 4#8 handbook evaluates the long-term outcomes of various operational brushing treatments used to manage competing vegetation in the forests of British Columbia. By synthesizing data from 96 trials conducted between 1991 and 2000, the report ...This LMH 4#8 handbook evaluates the long-term outcomes of various operational brushing treatments used to manage competing vegetation in the forests of British Columbia. By synthesizing data from 96 trials conducted between 1991 and 2000, the report provides a detailed analysis of how different removal methods such as manual cutting, herbicides, and livestock grazing impact conifer growth and overall plant diversity. The document is structured by vegetation complexes, allowing forest managers to access specific findings on competition thresholds and survival rates for different tree species within unique ecological zones. This handbook serves as a silvicultural guide to help practitioners select the most effective and ecologically sound strategies for fostering healthy, productive forests in the province's southern interior. -
LMH the Date Creek Silvicultural Systems Study in the Interior Cedar Hemlock Forests of Northwestern British Columbia
This LMH #38 handbook details the Date Creek Silvicultural Systems Study, a multi-year research initiative in the Interior Cedar Hemlock forests of northwestern British Columbia. Established in the early 1990s, the project was designed to investigat...This LMH #38 handbook details the Date Creek Silvicultural Systems Study, a multi-year research initiative in the Interior Cedar Hemlock forests of northwestern British Columbia. Established in the early 1990s, the project was designed to investigate alternatives to traditional clearcutting by comparing the ecological and economic impacts of various harvesting methods, including light removal, heavy removal, and no-harvest controls. The handbook catalogues the ecosystem mapping, soil profiles, and stand structures of the 4, 000-hectare research area, providing a baseline for understanding how different levels of canopy disturbance affect biodiversity, forest regeneration, and timber productivity. -
LMH Compatible Management of Timber and Pine Mushrooms
This LMH #64 handbook outlines a strategic framework for compatible management, an approach that allows the forestry industry to simultaneously harvest timber and high-value pine mushrooms. Because these mushrooms share a symbiotic relationship with ...This LMH #64 handbook outlines a strategic framework for compatible management, an approach that allows the forestry industry to simultaneously harvest timber and high-value pine mushrooms. Because these mushrooms share a symbiotic relationship with the roots of living, mature trees, traditional clear-cutting effectively eliminates their production for decades. To prevent this economic and ecological loss, the authors propose a four-step cycle involving habitat mapping, identifying overlap zones, implementing alternative silvicultural systems and long-term monitoring. By focusing timber operations on highly productive wood sites while preserving the well-drained, nutrient-poor soils where mushrooms thrive, land managers can achieve a winwin situation that supports both local biodiversity and diverse revenue streams. This handbook emphasizes that maintaining a landscape-level mosaic of varying forest ages is essential for the sustained commercial viability of non-timber forest products. -
Influences of Clearcut Harvesting and Fertilization on Structure and Function of the Soil Food Web in ICH Forests of Southern Interior British Columbia
This report details two studies investigating the impacts of common forestry practices on soil health in Interior Cedar-Hemlock forests. The first study compared clearcut harvested areas to adjacent forests, finding that clearcutting generally reduce...This report details two studies investigating the impacts of common forestry practices on soil health in Interior Cedar-Hemlock forests. The first study compared clearcut harvested areas to adjacent forests, finding that clearcutting generally reduced key indicators of soil food web activity and nitrogen cycling. The second study examined the effects of broadcast fertilization on clearcuts, revealing it boosted nitrogen availability but also increased the potential for nitrogen loss through leaching and denitrification. This research aims to inform foresters and managers about how harvesting and fertilization influence soil ecosystems, suggesting ways to mitigate negative impacts and sustain forest productivity. -
A Retrospective Investigation of Partial Cuts in the ICHmw1 and ICHmk1 in the Golden Forest District
This technical report presents a retrospective investigation of partial cuts within the Golden Forest District. The primary purpose of the study was to explore the relationship between regeneration density and various site factors following partial h...This technical report presents a retrospective investigation of partial cuts within the Golden Forest District. The primary purpose of the study was to explore the relationship between regeneration density and various site factors following partial harvesting. Researchers found that while abundant natural regeneration occurred, its success was not strongly correlated with specific harvest treatments, but rather more significantly influenced by factors like brush potential and site preparation. The report recommends guidelines for residual basal area levels to optimize seed supply and moisture protection in these forest ecosystems. -
Redfish Creek Prescribed Burn Vegetation Monitoring Project
This technical report details a study on how understory vegetation responds to different burn treatments and soil moisture conditions in the Interior Cedar-Hemlock dry warm subzone. The core purpose was to monitor and compare vegetation changes in ar...This technical report details a study on how understory vegetation responds to different burn treatments and soil moisture conditions in the Interior Cedar-Hemlock dry warm subzone. The core purpose was to monitor and compare vegetation changes in areas that experienced no burn, moderate burns, or severe burns following a fall slashburn. The research highlights the dominant plant species that emerged in each environment over four years, noting differences in species composition and competition dynamics, particularly concerning the impact of a fall slashburn and soil seepage on vegetation development. -
Review of Past Partial-Cutting Activities in the Nelson Forest Region (1988-Present)
This technical report presents a review of partial-cutting activities in the Nelson Forest Region. The primary purpose is to evaluate the potential of partial cutting to reduce annual cut levels, specifically focusing on how different partial-cutting...This technical report presents a review of partial-cutting activities in the Nelson Forest Region. The primary purpose is to evaluate the potential of partial cutting to reduce annual cut levels, specifically focusing on how different partial-cutting silvicultural systems impact timber and non-timber values. It analyzes historical logging data from various districts within the region to understand past practices, identify discrepancies in data, and suggest more effective strategies for forest management and harvest scheduling that could lead to increased flexibility and improved non-timber benefits. -
Interior wet fire weather zone
This guidance document outlines best management practices for fuel treatment within British Columbia's Interior-Wet Fire Weather Zone, a region characterized by its productive forests and diverse tree species like western cedar and hemlock. While typ...This guidance document outlines best management practices for fuel treatment within British Columbia's Interior-Wet Fire Weather Zone, a region characterized by its productive forests and diverse tree species like western cedar and hemlock. While typically experiencing higher precipitation and less frequent stand-replacing wildfires, drier subzones are prone to mixed-severity fire regimes. The guide emphasizes managing surface fuels, ladder fuels that allow fire to climb, and crown fuels to reduce the intensity and spread of wildfires, especially given the increased risk from climate change-induced drought and successful fire suppression efforts near communities. The document aims to provide professional guidance for mitigating wildfire threats through strategic fuel management and maintaining forest health. -
Potential of Partial Cutting Silvicultural Systems to Affect Stand Productivity and Wood Flow
This technical report investigates the potential of variable retention silvicultural systems to manage forests in British Columbia's Nelson Forest Region, aiming to mitigate anticipated reductions in wood supply due to new environmental regulations. ...This technical report investigates the potential of variable retention silvicultural systems to manage forests in British Columbia's Nelson Forest Region, aiming to mitigate anticipated reductions in wood supply due to new environmental regulations. The study specifically evaluates how different variable retention methods impact stand productivity and overall wood flow despite the widespread presence of Armillaria root disease. Using the PROGNOSIS growth model, the authors identify low-risk timber types and develop management guidelines to balance timber harvesting with objectives like biodiversity and visual quality and reccomend a more balanced mixture of clearcutting and variable retention approaches to ensure sustainable forest management. -
Exploring Commercial Thinning Opportunities in Arrow and Cranbrook TSA
This technical report explores the viability of commercial thinning as a forest management strategy within the Arrow and Cranbrook Timber Supply Areas of British Columbia. The primary goal was to investigate if commercial thinning could help offset p...This technical report explores the viability of commercial thinning as a forest management strategy within the Arrow and Cranbrook Timber Supply Areas of British Columbia. The primary goal was to investigate if commercial thinning could help offset projected wood supply reductions resulting from new forest policies and land-use plans. The study involved a multi-stage methodology: identifying potential forest stands using Geographic Information Systems theming, conducting field inventories and reconnaissance surveys to assess suitability, and modeling the impact of thinning on wood flow. While the project successfully identified potential thinning volumes, it also highlighted significant challenges such as limited road access, unsuitable stand structures, and the need to balance timber extraction with other resource management objectives. -
LMH Management Strategy for Mule Deer Winter Ranges in the Cariboo-Chilcotin Part 1b Management Plan for Transition and Deep Snowpack Zones
This LMH Document #59 outlines a management strategy for mule deer winter ranges specifically within the transition and deep snowpack zones of the Cariboo-Chilcotin region. It's structured in two main parts: the first details winter range management ...This LMH Document #59 outlines a management strategy for mule deer winter ranges specifically within the transition and deep snowpack zones of the Cariboo-Chilcotin region. It's structured in two main parts: the first details winter range management objectives, including long-term spatial goals, access considerations, and stand-level targets for forest structure and species composition, largely employing a group selection silviculture system. The second part provides guidance on planning forest harvests to align with these objectives, offering practical steps and a checklist for implementation, aiming to integrate timber harvesting with the maintenance and restoration of suitable mule deer habitat. -
Using PrognosisBC to Analyze Partial-Cutting Options Over a Rotation
This document details an analysis using the PrognosisBC model to evaluate various partial-cutting silvicultural options for long-term forest management compared to clearcutting. The authors explore how different harvesting methods in a specific fores...This document details an analysis using the PrognosisBC model to evaluate various partial-cutting silvicultural options for long-term forest management compared to clearcutting. The authors explore how different harvesting methods in a specific forest type could meet sustainability targets, encompassing biodiversity, visual quality, old-growth recruitment, and timber production over a 100-year rotation. By modeling several scenarios and comparing their outputs, the study aims to familiarize readers with the PrognosisBC tool and demonstrate its utility in assessing trade-offs and informing complex forest management decisions, while also acknowledging the model's limitations and the crucial role of professional judgment.
