Forest Soil Rehabilitation in British Columbia

Forest Soil Rehabilitation in British Columbia PDF

Author: Charles Ernest Bulmer

Publisher: University of British Columbia Press

Published: 1998

Total Pages: 60

ISBN-13:

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This report summarizes issues and problems in forest soil rehabilitation in British Columbia, presenting an up-to-date review of the scientific literature and the activities of rehabilitation specialists and practitioners working for the forest industry and government. The focus is on techniques for restoring soil productivity, with the implied objective of re-establishing a productive forest ecosystem on a site that has suffered degradation. The first two sections of the report provide an overview of soil rehabilitation in the province and review the productivity of degraded and rehabilitated forest soils. This is followed by a section on soil physical process and nutrient cycling, describing how an understanding of growth-limiting conditions can guide practitioners to strategies for effective and cost-efficient rehabilitation. The next section reviews rehabilitation techniques, including tillage, topsoil conservation and replacement, reforestation and revegetation methods, and soil amelioration using fertilizers, amendments, and mulches. Finally, information gaps and research needs are identified.

Soil Conservation Guidebook

Soil Conservation Guidebook PDF

Author: British Columbia. Ministry of Forests

Publisher:

Published: 2001

Total Pages: 32

ISBN-13:

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Provides direction on how to prepare operational plans and prescriptions that require specification of limits for various types of soil disturbance during forestry operations.

Best Management Practices Handbook

Best Management Practices Handbook PDF

Author: Rowland Atkins

Publisher: Watershed Restoration Program

Published: 2001

Total Pages: 216

ISBN-13:

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This handbook represents a compilation of best management practices for hill slope restoration, as derived from Forest Renewal BC's Watershed Restoration Program and concurrent operational practices. Emphasis is on a risk-based approach to restoration that achieves effective & cost-efficient restoration practices. The introduction provides an overview of slope stability factors, erosion, and sedimentation risks in the context of hill slope restoration. Section 2 describes procedure for identifying watershed restoration priorities, building & assessing an inventory of areas requiring treatment, and developing a restoration plan. This is followed by sections on field assessments & restoration treatments for road deactivation, landslide & gully rehabilitation, and soil bioengineering for slope stability. The final section suggests procedures for preparing detailed assessment & prescription reports, planning & implementing major works, and evaluating the effectiveness of a restoration project. Includes glossary.