Titlebook: Climate Change and United States Forests; David L. Peterson,James M. Vose,Toral Patel-Weynan Book 2014 Springer Science+Business Media Dor

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Sekh Abdul Nasim,Bhupinder Dhirent and policy) will determine the effects of climate change on human communities. Effects of climate change on forests could result in a ripple effect of policy and economic response on economic sectors and human communities. The United States produces more timber than any other nation, and althoug

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https://doi.org/10.1007/978-1-4612-4700-5of the United States in the coming decades. In Alaska, where the largest temperature increases have occurred, permafrost is melting, carbon is being released, and fire regimes are changing, leading to a transition from conifers to hardwoods in some forests. In Hawaii and the U.S.-affiliated Pacific

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Colin R. Janssen,Dagobert G. Heijerickor 13 % of U.S. fossil fuel C emissions, and increased C storage is attributed to reforestation, regrowth of harvested forests, and use of forest products. In a warmer climate, U.S. forests could become a net C emitter of tens to hundreds of Tg C year. within a few decades. Carbon mitigation through

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https://doi.org/10.1007/0-387-30638-2, estimating their probability of occurrence and magnitude of impact. A risk framework provides a means to quantify what is known, identify where uncertainties exist, and help resource managers develop strategies with better knowledge of risks. Case studies were used to illustrate how risk assessmen

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Forest Processesughts will probably reduce streamflow, and concentrating precipitation in intense storms will likely increase the risk of erosion and landslides. Tree mortality from disturbances will likely increase runoff, and decreased snow cover depth, duration, and extent will advance the timing of runoff. Some