Carbon isotopic signature of coal-derived methane emissions to the atmosphere : from coalification to alteration

@inproceedings{Zazzeri2016CarbonIS,
  title={Carbon isotopic signature of coal-derived methane emissions to the atmosphere : from coalification to alteration},
  author={Giulia Zazzeri and Dave Lowry and Rebecca E. Fisher and James L. France and Mathias Lanoisell{\'e} and Bryce F. J. Kelly and Jaroslaw M. Necki and Charlotte P. Iverach and Elisa Ginty and Miroslaw Zimnoch and Alina Jasek and Euan G. Nisbet},
  year={2016}
}
Currently, the atmospheric methane burden is rising rapidly, but the extent to which shifts in coal production contribute to this rise is not known. Coalbed methane emissions into the atmosphere are poorly characterised, and this study provides representative δCCH4 signatures of methane emissions from specific coalfields. Integrated methane emissions from… CONTINUE READING