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Recursos bibliográficos en papel y digitales -
- libros, artículos de revistas,
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» Resultado: 2 registros
| Registro 1 de 2 | |
| Autor: | Hao, Yu - Chen, Yu-Fu - Liao, Hua - Wei, Yi-Ming - |
| Título: | China’s fiscal decentralization and environmental quality: theory and an empirical study |
| Fuente: | Environment and Development Economics. v.25, n.2. Beijer Institute of Ecological Economics; Royal Swedish Academy of Sciences |
| Páginas: | pp. 159-181 |
| Año: | apr. 2020 |
| Resumen: | As a wide-reaching institutional reform, China’s fiscal decentralization was launched in the early 1980s to encourage provincial economic growth by granting more financial autonomy to provincial governments. In this paper, the impact of fiscal decentralization on China’s environmental quality is investigated both theoretically and empirically. A neoclassical model is developed based on the primary characteristics of China’s fiscal decentralization. Using provincial panel data for the period 1995-2015, a two-equation regression model is employed to empirically verify the three propositions of the theoretical model: (1) there exists an inverted-U shaped relationship between fiscal decentralization and GDP per capita; (2) fiscal decentralization is positively related to GDP per capita at the steady state; (3) there is an inverted-U shaped Environmental Kuznets Curve relationship between pollution emissions and economic growth. |
| Palabras clave: | MEDIO AMBIENTE | CALIDAD AMBIENTAL | MODELOS | |
| Solicitar por: | HEMEROTECA E + datos de Fuente |
| Registro 2 de 2 | |
| Autor: | Hao, Yu - Wei, Yi-Ming - |
| Título: | When does the turning point in China’s CO2 emissions occur? Results based on the Green Solow model |
| Fuente: | Environment and Development Economics. v.20, n.6. Beijer Institute of Ecological Economics; Royal Swedish Academy of Sciences |
| Páginas: | pp. 723-745 |
| Año: | Dec. 2015 |
| Resumen: | In recent years, the surge in China’s CO2 emissions has caused increasing international concern. In this paper, we investigate whether and when the turning point in China’s CO2 emissions would occur. A simple yet powerful neoclassical Green Solow model (GSM) is utilized herein as the main forecasting tool. To verify the capability of this framework to address China’s economy, a key prediction of the GSM "the convergence in per capita CO2 emissions across Chinese provinces" is empirically verified. By assigning reasonable values to the GSM’s key parameters, the trajectories of total CO2 emissions are projected for the three regions of China and the whole country. The forecast results show that, under the benchmark scenario, China’s total CO2 emissions would peak around the year 2047. According to the sensitivity analysis, carbon efficiency is the most important determining factor for whether a turning point in total CO2 emissions may occur. |
| Solicitar por: | HEMEROTECA E + datos de Fuente |
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