Atmospheric Methane - Its Role in the Global Environment

M A K Khalil 
Springer Verlag  2000  

Hardcover   352 pages  ISBN 9783540650997      £220.00
Methane is an important greenhouse gas that can contribute to climate change. The present concentrations of methane are nearly three times higher than several hundred years ago. Today, more than 60% of the atmospheric methane comes from human activities, including rice agriculture, coal mining, natural gas usage, biomass burning, and raising of cattle. Methane affects the stratospheric ozone layer and the oxidizing capacity of the atmosphere, which in turn control the concentrations of many man-made and natural gases in the atmosphere. This book brings together our knowledge of the trends and the causes behind the increased levels of methane. Based on the scientific information on the sources and sinks, and the role of methane in climate change, strategies to limit emissions can be designed as part of a program to control future global warming. The contents are as follows:

  • Atmospheric methane: an introduction.
  • Record of atmospheric methane.
  • The ice core record of atmospheric methane.
  • The isotopic composition of atmospheric methane and its sources.
  • Formation and consumption of methane.
  • Biological formation and consumption of methane.
  • Sources and sinks
  • Can stable isotopes and global budgets be used to constrain atmospheric methane budgets?
  • Methane sinks, distributions, and trends.
  • Sources of methane: an overview.
  • Methane emissions from individual sources: ruminants and other animals; rice agriculture.
  • Factors controlling emissions: biomass burning, wetlands, waste management, fossil fuel industries.
  • Geological sources of methane.
  • The environmental role of methane and current issues.
  • Methane in the global environment.

To find similar publications, click on a keyword below:
Springer : agriculture & forestry : atmosphere and air pollution : bioenergy : chemistry : climate change : combustion : environmental impact : environmental science : methane : rice : waste treatment

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