Economic growth drag in the Central China: evidence from a panel analysis

Abstract

This article employs recently developed panel methods to test for unit roots, cointegration and Granger causality to justify and estimate the drag induced by resource constraint and environmental pollution for the Central China. The results of the panel cointegration test show that there is a stable long run relationship amongst total output, capital, labour, land, water and SO₂ when total output is the dependent variable. The results of the causality test with Error Correction Model (ECM) analysis suggest that the available water resource and environmental pollutant have no impacts on total output temporarily, but in the long‐run there is a Granger causality running from these variables to total output, indicating the economic growth drag induced by the natural resource and environmental pollution can be further estimated. Given the stable cointegration and significant Granger causality being, the study shows that the drag on the total output reduces annual economic growth rate by about 1.1 percentage points for the Central China as a whole and there is a significant difference on the aggregated and disaggregated drags for the six provinces, which indicates that natural resource and environmental constraints so far incorporated into production probably have a modest effect over the past 31 years for the Central China.

Keywords:

• economic growth drag
• neoclassical growth model
• panel cointegration
• panel causality test
• the Central China

JEL Classification::

• C33
• P25
• Q20
• R11

Acknowledgments

This work was supported by National Natural Science Foundation of China (No. 40961009; 41110104005), the Key Project of Chinese Ministry of Education (No. 210117), China Postdoctoral Science foundation (No. 20110490673), the Training Program Foundation for the Talents by Jiangxi Provincial Government of China (No. 201007) and the Scientific Project of Jiangxi Education Department (No. GJJ11282).