Columbia University / University of California / Yale University / /
IndustryTerm
mind energy-minimization / energy efficiency policy evaluation / forecasted energy savings / energy demand / actual energy efficiency policy / particular car / energy service / energy-efficient product / exogenous energy efficiency improvement / energy efficiency improvement / particular energy efficiency policy / energy efficiency rebound / expected energy savings / costless energy efficiency improvement / natural gas / greater energy efficiency / particular product / energy use / increased industrial energy use / energy efficiency / energy adjustments / energy implications / fuel-efficient car / policy-induced energy efficiency improvements / energy efficient product / energy efficiency policies / energy efficiency policy / electricity use / energy use resulting / energy services / energy efficiency improvements / energy savings / costless exogenous energy efficiency improvement / annual electricity use / food / ice maker / energy / /
Organization
University of California / Davis / Harvard Kennedy School / Columbia University’s School of International and Public Affairs / Environmental Defense Fund / Yale University / /
Person
Frank Convery / Kenneth Gillingham / Colin Vance / Nathan Chan / Karen Turner / Jonathan Camuzeaux / Manuel Frondel / Gernot Wagner Abstract What / Paige Weber / Kenneth Small / Reid Leifset / Matthew Zaragoza-Watkins / Gernot Wagner / Richard J. Zeckhauser / Nathaniel O. Keohane / Derek Lemoine / Blake Alcott / Ruiwen Lee / Thomas Sterner / David Rapson / Matthew Kotchen / /
Position
growth and improved energy technology chief / research assistant / editor / adjunct associate professor / research associate / /
The Rebound Effect and Energy Efficiency Policy Kenneth Gillingham, David Rapson, and Gernot Wagner Abstract What do we know about the size of the rebound effect? Should we believe claims that energy efficiency improve