Exploring Potential Synergy between Sustainable Forest Ecosystem Management and Technological Progress in Regionally Segmented Canadian Logging Industries: Bioeconomic Perspectives and Nonparametric Modeling


Asghedom Ghebremichael
Research Economist, the Environment and Natural Resources

Series: Environmental Science, Engineering and Technology
BISAC: NAT014000

Explaining the natural limits on the carrying capacity of forest ecosystems to natural and human-induced disturbances underpinned the goal of this study. Hypothesized mutually reinforcing beneficial effects of sustainable forest ecosystem management (SFEM) practices and total factor productivity growth (TFPG) in regionally segmented Canadian logging industries were examined. Two complementary methodologies were applied: (1) A normative bioeconomic analysis of SFEM, and (2) an analysis of TFPG, which is a commonly accepted indicator of technological progress. Sluggish, but upward trends in TFPG appeared to support the hypothesized outcomes that logging operations were technically efficient, that firms in each regional industry had comparative cost advantages in the marketplace, and that the unavoidable adverse effects of logging operations on integrity of forest ecosystems were tolerable, given the economic fact that logging sustains the forest sector’s significant role in the overall performance of the national economy. However, low TFPG implied a need for strategic policy that would boost investments in research and development to promote technological progress, so as to ensure environmental quality, sustainable timber supply, and competitiveness in the Canadian forest sector. Society derives multiple benefits from TFPG that include: (i) A synergetic combination of factor accumulation and TFPG, which is one of the engines of economic growth; (ii) a minimization of the natural capital stock, timber, and depletion; (iii) the mitigation of the wasteful use of scarce-productive resources; (iv) the mitigation of adverse impacts of inflation on economic growth; (v) the maximization of profits due to economic savings made in production processes; (vi) the reallocation of “freed” productive resources to the production of other goods and services, leading to technical and economic efficiency; and (vii) the improvements in the competitive position of the Canadian forest sector. Accordingly, this book concluded with a list of policy recommendations. (Imprint: Nova)




Table of Contents

List of Tables

List of Figures



Chapter 1. Introduction (pp. 1-10)

Part I. Normative Bioeconomic Analyses (pp. 11-12)

Chapter 2. A Taxonomy of Ecological Foundations (pp. 13-20)

Chapter 3. Profiling the Canadian Forest Sector (pp. 21-36)

Chapter 4. Bioeconomics of Commercial Logging (pp. 37-48)

Chapter 5. Carrying Capacity Limits of Ecosystems (pp. 49-54)

Chapter 6. Economics of Silvicultural Investments (pp. 55-86)

Chapter 7. Sustainable Forest Ecosystem Management (pp. 87-110)

Chapter 8. Forest Sector Transformation (pp. 111-116)

Part II. Analyzing Total Factor Productivity Growth (pp. 117-118)

Chapter 9. Theoretical Framework (pp. 119-130)

Chapter 10. Modeling And Estimating Techniques (pp. 131-142)

Chapter 11. The Data (pp. 143-144)

Chapter 12. Diagnosing The Raw Data (pp. 145-150)

Chapter 13. Empirical Results (pp. 151-156)

Part III. Summaries, Conclusions, and Policy Implications (pp. 157-158)

Chapter 14. Summaries, Conclusions, and Policy Implications (pp. 159-166)

Appendices (pp. 167-182)

References (pp. 183-192)

About the Author (pp. 193-194)

Index (pp. 195)

Additional Information

This book will serve as an excellent reference for senior undergraduate and graduate students of: management science, development economics, and environmental and natural resource economics. Industrial and environmental policy analysts will also find it a useful source of several decision support tools.

Additional information