Global carbon intensity of crude oil production | Zendy

Mohammad S. Masnadi | Zendy; Hassan M. El-Houjeiri | Zendy; Dominik Schunack | Zendy; Yunpo Li | Zendy; Jacob Englander | Zendy; Alhassan Badahdah | Zendy; JeanChristophe Monfort | Zendy; James E. Anderson | Zendy; Timothy J. Wallington | Zendy; Joule Bergerson | Zendy; Deborah Gordon | Zendy; Jonathan Koomey | Zendy; Steven Przesmitzki | Zendy; Inês L. Azevedo | Zendy; Xiaotao Bi | Zendy; J. Emmett Duffy | Zendy; Garvin Heath | Zendy; Gregory A. Keoleian | Zendy; Christophe McGlade | Zendy; D. Nathan Meehan | Zendy; Sonia Yeh | Zendy; Fengqi You | Zendy; M. Wang | Zendy; Adam R. Brandt | Zendy

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Global carbon intensity of crude oil production

Author(s) -

Mohammad S. Masnadi,

Hassan M. El-Houjeiri,

Dominik Schunack,

Yunpo Li,

Jacob Englander,

Alhassan Badahdah,

JeanChristophe Monfort,

James E. Anderson,

Timothy J. Wallington,

Joule Bergerson,

Deborah Gordon,

Jonathan Koomey,

Steven Przesmitzki,

Inês L. Azevedo,

Xiaotao Bi,

J. Emmett Duffy,

Garvin Heath,

Gregory A. Keoleian,

Christophe McGlade,

D. Nathan Meehan,

Sonia Yeh,

Fengqi You,

M. Wang,

Adam R. Brandt

Publication year - 2018

Publication title -

science

Language(s) - Uncategorized

Resource type - Journals

SCImago Journal Rank - 12.556

H-Index - 1186

eISSN - 1095-9203

pISSN - 0036-8075

DOI - 10.1126/science.aar6859

Subject(s) - greenhouse gas , production (economics) , crude oil , environmental science , intensity (physics) , natural resource economics , carbon fibers , business , agricultural economics , economics , petroleum engineering , computer science , engineering , geology , oceanography , physics , algorithm , quantum mechanics , composite number , macroeconomics

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