TY - UNPB
T1 - Supply-side crediting to manage climate policy spillover effects
AU - Mehling, Michael
PY - 2023/12/29
Y1 - 2023/12/29
N2 - Two types of spillover effects influence progress towards decarbonization: greenhouse gas emissions leakage as well as low-carbon technology innovation and diffusion. Emissions leakage caused by uneven imposition of carbon constraints limits their climate benefits, undermines political support, and gives rise to equity concerns. Solutions to address emissions leakage, meanwhile, are incompatible with global decarbonization or face serious implementation challenges. Diffusion of low -carbon technology averts emissions leakage, but depends on scaled up investment in research, development and deployment to drive down technology cost. Supply-side crediting can address both spillover effects, reducing emissions leakage by increasing global fossil fuel prices, and generating revenue for investment in lowcarbon technologies to accelerate their diffusion and further limit emissions leakage.
AB - Two types of spillover effects influence progress towards decarbonization: greenhouse gas emissions leakage as well as low-carbon technology innovation and diffusion. Emissions leakage caused by uneven imposition of carbon constraints limits their climate benefits, undermines political support, and gives rise to equity concerns. Solutions to address emissions leakage, meanwhile, are incompatible with global decarbonization or face serious implementation challenges. Diffusion of low -carbon technology averts emissions leakage, but depends on scaled up investment in research, development and deployment to drive down technology cost. Supply-side crediting can address both spillover effects, reducing emissions leakage by increasing global fossil fuel prices, and generating revenue for investment in lowcarbon technologies to accelerate their diffusion and further limit emissions leakage.
KW - climate change
KW - emissions leakage
KW - supply-side approaches
KW - greenhouse gas emissions
U2 - 10.17863/CAM.105483
DO - 10.17863/CAM.105483
M3 - Working paper
T3 - Cambridge Working Paper in Economics
BT - Supply-side crediting to manage climate policy spillover effects
CY - Cambridge
ER -