Palisades / Batin / Clark / Bern / Jill / MUSCAT / Dordrecht / New York / OSTI / Washington / DC / Falaij / Cambridge / Alexandria / London / Timmins / Atlin / /
Company
Fallick AE / D. Reidel Publishing Company / Cambridge Univ Press / /
Country
Netherlands / Italy / Oman / United Arab Emirates / Turkey / United States / United Kingdom / New Caledonia / Papua New Guinea / / /
Facility
Doherty Earth Observatory / Doherty Earth Observatory of Columbia University / Columbia University / National Institute of Standards / Hall AJ / /
IndustryTerm
transportation / hydrothermal systems / soil cement / energy balance model / chemical potential / chemical potential energy / energy / chemical reactions / less energy / carbonate cement / energy investments / fracture network / /
NaturalFeature
Adriatic Sea / Oman Mountains / Alpine / /
Organization
Columbia University / National Academy of Sciences / American Geophysical Union / Geologisches Institut / National Institute of Standards / Ministry of Commerce and Industry / General Services Administration / /
Person
Martin Collier / Neil JR / Lisa Streit / Karen Benedetto / Al Gagnon / Ali Al Rajhi / Margaret Sulanowska / Salim Al Busaidi / Rindy Osterman / David Walker / Brad Hacker / Karen Hanghøj / John Rudge / Greg Hirth / Susan Handwork / Al Hofmann / Wally Broecker / Greg Dipple / Dave Walker / Sam Krevor / Hilal Al Azri / Mike Purdy / Bill Curry / Mark Ghiorso / Arch Sci Gene`ve / David Hirsh / Marc Spiegelman / Kathy Elder / /
Position
Directorate General / Author / /
ProvinceOrState
Virginia / Genova / British Columbia / New York / California / Ontario / /
Region
western United States / east coast / northern Oman / southwestern Turkey / Adriatic / /
In situ carbonation of peridotite for CO2 storage Peter B. Kelemen1 and Ju¨rg Matter Lamont–Doherty Earth Observatory, Columbia University, Palisades, NYEdited by David Walker, Lamont–Doherty Earth Observator