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Methane Emissions From Unique Wetlands In China Case Studies Meta Analyses And Modelling Huai Chen Ning Wu Changhui Peng Yanfen Wang Higher Education Press

  • SKU: BELL-51110028
Methane Emissions From Unique Wetlands In China Case Studies Meta Analyses And Modelling Huai Chen Ning Wu Changhui Peng Yanfen Wang Higher Education Press
$ 31.00 $ 45.00 (-31%)

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Methane Emissions From Unique Wetlands In China Case Studies Meta Analyses And Modelling Huai Chen Ning Wu Changhui Peng Yanfen Wang Higher Education Press instant download after payment.

Publisher: De Gruyter
File Extension: PDF
File size: 6.5 MB
Pages: 226
Author: Huai Chen; Ning Wu; Changhui Peng; Yanfen Wang; Higher Education Press
ISBN: 9783110341041, 3110341042
Language: English
Year: 2015

Product desciption

Methane Emissions From Unique Wetlands In China Case Studies Meta Analyses And Modelling Huai Chen Ning Wu Changhui Peng Yanfen Wang Higher Education Press by Huai Chen; Ning Wu; Changhui Peng; Yanfen Wang; Higher Education Press 9783110341041, 3110341042 instant download after payment.

Methane Emissions from Unique Wetlands in China: Case Studies, Meta Analyses and Modelling is a landmark volume in the development of studies about methane emission from wetlands. Although there are books about methane emissions from rice paddies, natural wetlands and reservoirs, this book is the first one that provides information about methane emission from wetlands in China. Moreover, the book picks up very unique wetlands, alpine wetlands on the eastern edge of the Qinghai-Tibetan Plateau, and Three Gorges Reservoir (the world's largest hydroelectric reservoir) as cases to study methane emissions. It reviews and meta-analyses methane emissions from rice paddies, natural wetlands and lakes in China during the past twenty years. Furthermore, this book acts as bridge to connect microbial ecology and modelling: it both describes methane-producing bacteria dynamics and methane emission modelling.


  • Systematic basis for understanding CH4 fluxes from wetlands of China
  • Hotspot subject of global change ecology
  • Connection of microbial ecology and modelling: methane-producing bacteria dynamics and methane emission modelling

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