After the ice: Life, death, and geopolitics in the new Arctic
by Alun Anderson, 2009
READER RECOMMENDED. When an enormous area of Arctic ice suddenly melted in 2007, Anderson, former editor-in-chief of New Scientist, traveled extensively with scientists checking a hypothesis that the Oscillation had formed thinner surface layers, which melt more quickly. He also met Inuit who share “troubled stories” of forced relocations, efforts to preserve self-rule, and adapting to the realities of climate change. Inquisitive, cogent, and compelling, Anderson pieces together the most panoramic picture yet of this crucial region.
by Alun Anderson, 2009
READER RECOMMENDED. When an enormous area of Arctic ice suddenly melted in 2007, Anderson, former editor-in-chief of New Scientist, traveled extensively with scientists checking a hypothesis that the Oscillation had formed thinner surface layers, which melt more quickly. He also met Inuit who share “troubled stories” of forced relocations, efforts to preserve self-rule, and adapting to the realities of climate change. Inquisitive, cogent, and compelling, Anderson pieces together the most panoramic picture yet of this crucial region.
Quantitative modeling of earth surface processes
by Jon Pelletier, 2008
This text describes some of the most effective and straightforward techniques in numerical modeling, geochronology, and remote sensing that are transforming geomorphology. Computer code available online.
Biogeochemical controls on palaeoceanographic environmental proxies
edited W. Austin and R. James, 2008
Understanding the link between proxies and past environmental conditions is not straightforward. This book presents evidence from paleontology, paleoceanography, and geochemistry required to better constrain proxies. Topics include biomineralization processes, proxy validation, and links between modern and fossil organisms.
The impact of atmospheric nitrogen deposition on grasslands: species composition and biogeochemistry
by Carly Stevens, 2009
Atmospheric nitrogen deposition has the potential to alter species composition and richness in grasslands, but until recently its effects had not been demonstrated at a large scale. Using 68 grasslands in the UK, this book investigates damage caused by acidification and eutrophication along a nitrogen deposition gradient. We're the only library in the United States to have this (so far) so get it while it's hot!

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