Titlebook: Seasonal Snowpacks; Processes of Composi T. D. Davies,M. Tranter,H. G. Jones Conference proceedings 1991 Springer-Verlag Berlin Heidelberg

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Modeling in-Pack Chemical Transformations,owmelt on the biogeochemistry of snow-covered areas. Models of in-pack chemical transformations have application to processes in seasonal snowpacks, temperate-region glaciers and polar snow/ice. For example, seasonal snowpacks accumulate “wet” and “dry” deposited material for several months each yea

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,Discussion on “Snow Chemistry and Biological Activity: A Particular Perspective on Nutrient Cyclinglogical activity. His comprehensive manuscript includes topics on snow cover chemistry and biological activity, snowfall and global biological activity, snowfall chemistry (biogenic organics and nutrient pools), snowfall and living organisms, snow and vegetation, forests and snow chemistry (distribu

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Controls on the Composition of Snowmelt, episodic acidification of streamwaters and lakes during the Spring thaw (Wigington et al, in press). Episodic acidification may result in fishkill, as has been observed, for example, in Scandinavia and Canada (Wigington et al, in press), and also may give rise to other deleterious effects on aquati

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,Discussion on “Influence of Urban Areas on the Chemistry of Regional Snowcover”,ree, by anthropogenic emissions. A case-study of the composition of snowcover within a city therefore gives us useful information near the extreme end of the range of pollution impacts on the local snowpack.

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Organic Micropollutants in Seasonal Snowcover and Firn,urce of precipitation in polar areas. Importantly, spring snow-melt is commonly the largest annual hydrologic event in temperate and polar areas and as such may be responsible for transporting pollutants rapidly over long distances. Lake sediments have been used to provide a crude temporal record of

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Chemistry of Snow from High Altitude, Mid/Low Latitude Glaciers,ur understanding of the distribution of chemical species in the atmosphere at these latitudes, and their variation over space and time. The resulting data base provides the framework for describing and understanding aspects of atmospheric chemistry and circulation, biogeochemical cycling, climate ch