GEOGRAPHICAL RESEARCH

Optimal R&D investment path for China to fulfill its emission intensity target and the corresponding economic growth path

Yongbin ZHU, Zheng WANG

GEOGRAPHICAL RESEARCH, 2014, 33(8): 1406-1416. DOI: 10.11821/dlyj201408002

Tab. 2 Estimation of parameters in energy knowledge capital accumulation equation

Other figure/table from this article

Tab. 1 Estimation of parameters in energy intensity dynamic equation
Fig. 1 The ratio of R&D investment to GDP during 1996-2007 and its trend for China
Fig. 2 The standardized optimal utility values in each consumption-output ratio scenario
Fig. 3 The trajectory of R&D-GDP ratio under the 40% emission intensity reduction objective
Fig. 4 The GDP growth under the 40% emission intensity reduction objective in the optimal and baseline scenarios
Fig. 5 The emission intensity under the 40% emission intensity reduction objective in the optimal and baseline scenarios
Fig. 6 The energy consumption under the 40% emission intensity reduction objective in the optimal and baseline scenarios
Fig. 7 The carbon emissions under the 40% emission intensity reduction objective in the optimal and baseline scenarios