With China entering the stage of high-quality development,the issue of carbon emission has become a hot research topic.This paper analyzes the different temporal and spatial effects of per capita income on household i...With China entering the stage of high-quality development,the issue of carbon emission has become a hot research topic.This paper analyzes the different temporal and spatial effects of per capita income on household indirect carbon emissions in western China.Based on the data of Chinese Family Panel Studies(CFPS)in 2016 and 2018 in the western China,this paper uses Regression analysis and Bayesian correlation analysis to study the relationship between per capita income and household indirect carbon emissions.The results showed that the indirect carbon emissions generated by the expenditure on food,housing and household equipment in the household consumption structure in the western China were relatively high.In 2016-2018,the per capita income and per capita household consumption indirect carbon emissions in the western China showed an increasing trend.There was a positive correlation between per capita income and indirect carbon emissions of per capita household consumption,and its correlation was gradually enhanced in time dimension.In the spatial dimension,the household indirect carbon emissions in Yunnan,Qinghai,Guangxi Zhuang and Ningxia in the western China were greatly affected by per capita income,while the household indirect carbon emissions in Guizhou was least affected by per capita income.Finally,the paper puts forward some problems that we should consider in the process of facing the per capita income growth and climate change:the collection of carbon tax,the optimization of household consumption structure,the research and development of low-carbon products,and the differentiated carbon reduction.展开更多
The ecological civilization health quotient index is put forward combined with the "health quotient" concept to evaluate the health state of ecological civilization. This paper has constructed the index syst...The ecological civilization health quotient index is put forward combined with the "health quotient" concept to evaluate the health state of ecological civilization. This paper has constructed the index system of ecological civilization health quotient and quantitatively got each index proportion of the system with application of analytic hierarchy process(AHP). The value of ecological civilization health quotient index is calculated with the fuzzy analysis method. The health state of ecological civilization is judged by the positive and negative ecological civilization health quotient index. This paper has selected the data from 2009 to 2013 to calculate the whole health status of ecological civilization of our country. The conclusion is that our country had transformed from the unhealthy status(ecological civilization health quotient index is-0.133) into the sub-health state(ecological civilization health quotient index is 0.191, but its internal rule layers are negative) during the fi ve years. We should construct the ecological civilization mainly from two aspects of resource conservation and ecological behavior civilization in the future to build a beautiful China.展开更多
The study looks at the carbon reserves of bamboo forests in China from 2004 to 2018.The temporal and spatial variation characteristics of the carbon reserves of bamboo forests in China were analyzed.It enriches the re...The study looks at the carbon reserves of bamboo forests in China from 2004 to 2018.The temporal and spatial variation characteristics of the carbon reserves of bamboo forests in China were analyzed.It enriches the research field of bamboo forest carbon reserve change at the national level.The bamboo forest carbon reserves of 20 provinces in China were estimated by using the calculation method of bamboo forest biomass and bamboo forest soil organic matter carbon reserves,and the temporal and spatial variation characteristics of bamboo forest carbon reserves in China were analyzed by GIS spatial analysis method.The results are as follows:(1)the carbon reserves of bamboo forests in China during 2004-2008,2009-2013 and 2014-2018 were 707.08 Tg C,802.83 Tg C and 845.05 Tg C respectively,with an average annual growth rate of 1.95%.Fujian,Jiangxi,Zhejiang,Hunan,Sichuan and Guangdong account for 78.01%-78.80% of the total bamboo forest carbon storage in China.(2)From 2004 to 2008,the carbon reserves of bamboo biomass in China were 380.63 Tg C-454.92 Tg C,accounting for 52.64%-52.91% of the total carbon reserves;The carbon storage of soil organic matter is 342.39 Tg C-406.33 Tg C,accounting for 47.01%-47.36% of the total carbon storage.(3)The spatial distribution of bamboo forest carbon reserves in China shows a high-high,low-low correlation trend.The relevant provinces are Zhejiang,Fujian,Guangdong and Jiangxi,which are concentrated in the southern provinces of China.The low-low related provinces are Inner Mongolia,Hebei and Liaoning,which are concentrated in the northern provinces of China.In the future,China’s bamboo forest carbon reserves will increase steadily.Bamboo forest carbon reserves are concentrated in southern provinces.China should further improve the level of spatial agglomeration and give full play to the role of bamboo forest carbon sink.展开更多
The agricultural green development process is sorted out from the historical perspective,combined with the“No.1 Central Documents”issued by the central government over the years and the relevant policy documents.Thr...The agricultural green development process is sorted out from the historical perspective,combined with the“No.1 Central Documents”issued by the central government over the years and the relevant policy documents.Three stages are concluded,including embryonic stage,development stage,strategic promotion and promotion stage.Agricultural green development has three major goals,including providing high-quality agricultural products,efficient utilization of agricultural resources,protection and construction of beautiful countryside.The effective paths for achieving the above goals are agricultural supply-side structural reform,agricultural modernization and rural revitalization.The green development of agriculture is the intersection of the three to alleviate resource environmental pressure and change agricultural production mode.展开更多
基金supported by the National Natural Science Foundation of China(Grant No.72264035)。
文摘With China entering the stage of high-quality development,the issue of carbon emission has become a hot research topic.This paper analyzes the different temporal and spatial effects of per capita income on household indirect carbon emissions in western China.Based on the data of Chinese Family Panel Studies(CFPS)in 2016 and 2018 in the western China,this paper uses Regression analysis and Bayesian correlation analysis to study the relationship between per capita income and household indirect carbon emissions.The results showed that the indirect carbon emissions generated by the expenditure on food,housing and household equipment in the household consumption structure in the western China were relatively high.In 2016-2018,the per capita income and per capita household consumption indirect carbon emissions in the western China showed an increasing trend.There was a positive correlation between per capita income and indirect carbon emissions of per capita household consumption,and its correlation was gradually enhanced in time dimension.In the spatial dimension,the household indirect carbon emissions in Yunnan,Qinghai,Guangxi Zhuang and Ningxia in the western China were greatly affected by per capita income,while the household indirect carbon emissions in Guizhou was least affected by per capita income.Finally,the paper puts forward some problems that we should consider in the process of facing the per capita income growth and climate change:the collection of carbon tax,the optimization of household consumption structure,the research and development of low-carbon products,and the differentiated carbon reduction.
基金supported by the Philosophy Social Sciences Research Base Project of Yunnan Province (Grant No. JD2015YB25)
文摘The ecological civilization health quotient index is put forward combined with the "health quotient" concept to evaluate the health state of ecological civilization. This paper has constructed the index system of ecological civilization health quotient and quantitatively got each index proportion of the system with application of analytic hierarchy process(AHP). The value of ecological civilization health quotient index is calculated with the fuzzy analysis method. The health state of ecological civilization is judged by the positive and negative ecological civilization health quotient index. This paper has selected the data from 2009 to 2013 to calculate the whole health status of ecological civilization of our country. The conclusion is that our country had transformed from the unhealthy status(ecological civilization health quotient index is-0.133) into the sub-health state(ecological civilization health quotient index is 0.191, but its internal rule layers are negative) during the fi ve years. We should construct the ecological civilization mainly from two aspects of resource conservation and ecological behavior civilization in the future to build a beautiful China.
基金supported by the Yunnan Provincial Education Department Scientific Research Fund Project(Grant No.2023Y0803)the National Natural Science Foundation of China(Grant No.72264035)。
文摘The study looks at the carbon reserves of bamboo forests in China from 2004 to 2018.The temporal and spatial variation characteristics of the carbon reserves of bamboo forests in China were analyzed.It enriches the research field of bamboo forest carbon reserve change at the national level.The bamboo forest carbon reserves of 20 provinces in China were estimated by using the calculation method of bamboo forest biomass and bamboo forest soil organic matter carbon reserves,and the temporal and spatial variation characteristics of bamboo forest carbon reserves in China were analyzed by GIS spatial analysis method.The results are as follows:(1)the carbon reserves of bamboo forests in China during 2004-2008,2009-2013 and 2014-2018 were 707.08 Tg C,802.83 Tg C and 845.05 Tg C respectively,with an average annual growth rate of 1.95%.Fujian,Jiangxi,Zhejiang,Hunan,Sichuan and Guangdong account for 78.01%-78.80% of the total bamboo forest carbon storage in China.(2)From 2004 to 2008,the carbon reserves of bamboo biomass in China were 380.63 Tg C-454.92 Tg C,accounting for 52.64%-52.91% of the total carbon reserves;The carbon storage of soil organic matter is 342.39 Tg C-406.33 Tg C,accounting for 47.01%-47.36% of the total carbon storage.(3)The spatial distribution of bamboo forest carbon reserves in China shows a high-high,low-low correlation trend.The relevant provinces are Zhejiang,Fujian,Guangdong and Jiangxi,which are concentrated in the southern provinces of China.The low-low related provinces are Inner Mongolia,Hebei and Liaoning,which are concentrated in the northern provinces of China.In the future,China’s bamboo forest carbon reserves will increase steadily.Bamboo forest carbon reserves are concentrated in southern provinces.China should further improve the level of spatial agglomeration and give full play to the role of bamboo forest carbon sink.
文摘The agricultural green development process is sorted out from the historical perspective,combined with the“No.1 Central Documents”issued by the central government over the years and the relevant policy documents.Three stages are concluded,including embryonic stage,development stage,strategic promotion and promotion stage.Agricultural green development has three major goals,including providing high-quality agricultural products,efficient utilization of agricultural resources,protection and construction of beautiful countryside.The effective paths for achieving the above goals are agricultural supply-side structural reform,agricultural modernization and rural revitalization.The green development of agriculture is the intersection of the three to alleviate resource environmental pressure and change agricultural production mode.
