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The health of many Rocky Mountain ecosystems is in decline because of the policy of excluding fire in the management of these ecosystems. Fire exclusion has actually made it more difficult to fight fires, and this poses greater risks to the people who fight fires and for those who live in and around Rocky Mountain forests and rangelands. This paper discusses the extent of fire exclusion in the Rocky Mountains, then details the diverse and cascading effects of suppressing fires in the Rocky Mountain landscape by spatial scale, characteristic, and vegetation type. Also discussed are the varied effects of fire exclusion on some important, keystone ecosystems and human concerns.
Fire Ecology in Rocky Mountain Landscapes is the first comprehensive review of scientific research on fire in Rocky Mountain ecosystems emphasizing the landscape scale. It is essential reading for anyone concerned with fire and fire management, including academic and agency scientists; natural resource professionals; and researchers, professors, and students involved with environmental science, land management, and resource management.
Forest Health: An Integrated Perspective is the first book to define an ecologically rational, conceptual framework that unifies and integrates the many sub-disciplines that comprise the science of forest health and protection. This new global approach applies to boreal, temperate, tropical, natural, managed, even-aged, uneven-aged and urban forests, as well as plantations. Readers of the text can use real datasets to assess the sustainability of four forests around the world. Datasets for the case studies are at www.cambridge.org/9780521766692, and the text provides stepwise instructions for performing the calculations in Microsoft Excel. Readers can follow along as the editors perform the same calculations and interpret the results. Elevating forest health from a fuzzy concept to an ecologically sound paradigm, this is essential reading for undergraduate and graduate students and professionals interested in forest health, protection, entomology, pathology and ecology.
Rigorous, careful, and nonpartisan research with a high policy impact on environmental and energy economics. Environmental and Energy Policy and the Economy focuses on the effective and efficient management of environmental and energy challenges. Research papers offer new evidence on the intended and unintended consequences, the market and nonmarket effects, and the incentive and distributional impacts of policy initiatives and market developments. This volume presents six new papers on environmental and energy economics and policy. Gilbert Metcalf examines the distributional impacts of substituting a vehicle miles-traveled tax for the existing federal excise tax in the United States. David Weisbach, Samuel Kortum, Michael Wang, and Yujia Yao consider solutions to the leakage problem of climate policy with differential tax policies on the supply and demand for fossil fuels and on domestic production and consumption. Danae Hernandez-Cortes, Kyle Meng, and Paige Weber quantify and decompose recent trends in air pollution disparities in the US electricity sector. Severin Borenstein and Ryan Kellogg provide a comparative analysis of different incentive-based mechanisms to reduce emissions in the electricity sector on a path to zero emissions. Sarah Anderson, Andrew Plantinga, and Matthew Wibbenmeyer document distributional differences in the allocation of US wildfire prevention projects. Finally, Mark Curtis and Ioana Marinescu provide new evidence on the quality and quantity of emerging “green” jobs in the United States.