The 13 th Five-Year Plan(2016─2020), with the balanced development of population being the core element, is crucial for China. The superimposed effect of an aging population and low birthrate leading to a reduction i...The 13 th Five-Year Plan(2016─2020), with the balanced development of population being the core element, is crucial for China. The superimposed effect of an aging population and low birthrate leading to a reduction in the labor supply would have a fundamental influence on the long term balanced development of China's population, implying that China's population policy must be adjusted. This paper argues that a gradual relaxation of the family-planning policy adjustments accords with the original intention of the population policy design and development direction. The universal second-child policy is the logical results of the adjustment and improvement of China's family-planning policy, and is designed to bring about positive effects on future demographic and economic development, particularly in sustaining the long term balanced development of China's population, easing the marriage squeeze, extending the demographic dividend, and delaying the population aging process. China needs to develop and improve support and governance systems for fully implementing the universal second-child policy, realizing the policy transition from rewarding one-child families to population security and the modern transition of governance systems and capacity to a universal second-child policy.展开更多
Universal two-child policy has been implemented since the end of 2015 in China.This policy is anticipated to bring a significant increase in the total population,with profound influences on the resources and environme...Universal two-child policy has been implemented since the end of 2015 in China.This policy is anticipated to bring a significant increase in the total population,with profound influences on the resources and environment in the future.This paper analyzes the changing dynamics of urban and rural population,and forecasts urban and rural population from 2016 to 2030 at national and provincial scale using a double log linear regression model.Drawing upon the results of these two predictions,the impact of the population policy change on Chinese resources consumption and environmental pollution are predicted quantitatively.Given the future total population maintains current levels on resources consumption and environmental emission,the additional demand of resources and environment demand for the new population is forecasted and compared against the capacity on supply side.The findings are as follows:after implementing the universal two-child policy,China's grain,energy consumption,domestic water demand,and pollutant emissions are projected to increase at different rates across provinces.To meet the needs arising from future population growth,food and energy self-sufficiency rate will be significantly reduced in the future,while relying more on imports.Stability of the water supply needs to be improved,especially in Beijing,Henan,Jiangsu,Qinghai,and Sichuan where the gap in future domestic water demand is comparatively larger.Environmental protection and associated governing capability are in urgent need of upgrade not least due to the increasing pressure of pollution.展开更多
文摘The 13 th Five-Year Plan(2016─2020), with the balanced development of population being the core element, is crucial for China. The superimposed effect of an aging population and low birthrate leading to a reduction in the labor supply would have a fundamental influence on the long term balanced development of China's population, implying that China's population policy must be adjusted. This paper argues that a gradual relaxation of the family-planning policy adjustments accords with the original intention of the population policy design and development direction. The universal second-child policy is the logical results of the adjustment and improvement of China's family-planning policy, and is designed to bring about positive effects on future demographic and economic development, particularly in sustaining the long term balanced development of China's population, easing the marriage squeeze, extending the demographic dividend, and delaying the population aging process. China needs to develop and improve support and governance systems for fully implementing the universal second-child policy, realizing the policy transition from rewarding one-child families to population security and the modern transition of governance systems and capacity to a universal second-child policy.
文摘Universal two-child policy has been implemented since the end of 2015 in China.This policy is anticipated to bring a significant increase in the total population,with profound influences on the resources and environment in the future.This paper analyzes the changing dynamics of urban and rural population,and forecasts urban and rural population from 2016 to 2030 at national and provincial scale using a double log linear regression model.Drawing upon the results of these two predictions,the impact of the population policy change on Chinese resources consumption and environmental pollution are predicted quantitatively.Given the future total population maintains current levels on resources consumption and environmental emission,the additional demand of resources and environment demand for the new population is forecasted and compared against the capacity on supply side.The findings are as follows:after implementing the universal two-child policy,China's grain,energy consumption,domestic water demand,and pollutant emissions are projected to increase at different rates across provinces.To meet the needs arising from future population growth,food and energy self-sufficiency rate will be significantly reduced in the future,while relying more on imports.Stability of the water supply needs to be improved,especially in Beijing,Henan,Jiangsu,Qinghai,and Sichuan where the gap in future domestic water demand is comparatively larger.Environmental protection and associated governing capability are in urgent need of upgrade not least due to the increasing pressure of pollution.
