2 resources found

Tags: ICHmw

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  • Decision Aid Peer-Reviewed Literature

    Moose Wildlife Habitat Decision Aid

    This decision aid serves as a resource for land and resource managers to help balance industrial forest activities with the survival requirements of moose in British Columbia's interior. The document outlines the seasonal habitat needs of moose, emph...
    This decision aid serves as a resource for land and resource managers to help balance industrial forest activities with the survival requirements of moose in British Columbia's interior. The document outlines the seasonal habitat needs of moose, emphasizing the critical importance of winter range features such as snow interception cover and the proximity of forage to security shelter. To mitigate the impact of resource extraction, the document provides detailed silviculture and harvesting considerations, offering specific strategies for managing forest stands, mineral licks, and wetlands. This document functions as a decision-making framework designed to maintain a functional landscape where moose can find adequate food and protection throughout the year.
  • Extension Note

    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.
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