Shorter-lived trace-gases: opportunities for mitigating ozone depletion and climate change Steve Montzka 1,2, G. Dutton 2, B. Miller 2, C. Siso 2, D. Mondeel 2, T. Conway 1, E. Dlugokencky 1, B. Hall 1, D. Nance 2, J. El - Steve Miller - Document - PDFSEARCH.IO

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	Shorter-lived trace-gases: opportunities for mitigating ozone depletion and climate change Steve Montzka 1,2, G. Dutton 2, B. Miller 2, C. Siso 2, D. Mondeel 2, T. Conway 1, E. Dlugokencky 1, B. Hall 1, D. Nance 2, J. El Add to Reading List Open Document File Size: 116,39 KB Share Result on Facebook / Event Environmental Issue / / Facility B. Hall / University of Colorado / greenhouse gases* / / IndustryTerm long-lived chemicals / agriculture energy / natural gas / / Organization Monitoring Division / National Oceanic and Atmospheric Administration / University of Colorado / Boulder / / Person Steve Montzka / / ProvinceOrState Colorado / / Technology 2.0 1.5 Montreal Protocol / / SocialTag Ozone depletion Greenhouse gases Millennium Development Goals Climate forcing Oxygen Greenhouse gas Montreal Protocol Global warming Ozone Atmospheric sciences

Shorter-lived trace-gases: opportunities for mitigating ozone depletion and climate change Steve Montzka 1,2, G. Dutton 2, B. Miller 2, C. Siso 2, D. Mondeel 2, T. Conway 1, E. Dlugokencky 1, B. Hall 1, D. Nance 2, J. ElAdd to Reading List