Impacts of household living consumption on energy use and carbon emissions in China based on the inp

来源 :气候变化研究进展(英文版) | 被引量 : 0次 | 上传用户:yzlwxl3554041
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
China must urgently accelerate its decrease of energy use,optimize its energy structure,reduce CO2 emissions,and promote the early realization of an ecological civilization.Simultaneously,meeting the growing consumer demand is one of the reasons for the increase in energy use.This study investigates the impacts of household consumption on energy use and CO2 emissions from the perspective of the lifestyle of Chinese residents.On the basis of the input-output model of 30 provinces,we analyze the current situation of energy use and CO2 emissions in different regions (spatial scale) with economic development and income improvement (time scale),investigate the pulling effect of household consumption in different provinces on industrial sectors,examine the influencing factors of indirect CO2 emissions from food,clothing,housing,and transportation in key regions,and explore the policy implications of the transition to a low-carbon lifestyle in different provinces.Results show that the fuel structure of Chinese residents should be optimized further.Total household energy consumption and total CO2 emissions considerably increased.In 2012,total household energy consumption accounted for nearly 30% of total energy consumption,while indirect CO2 emissions accounted for 66.3% of total household emissions.With regard to the structures of indirect household energy consumption,the housing sector accounted for the largest proportion,reaching 23.4% in indirect energy consumption in 2012.The pulling effect of the housing sector on industrial sectors was also evident.The decomposition analysis showed that the rapid increase in indirect household CO2 emissions was primarily due to the increase in per capita living expenditure.The consumption structures in different provinces produced various impacts,and the energy intensity effect was identified as an important factor for reducing indirect household CO2 emissions.
其他文献
1.从学生食堂餐桌上想到的我来到学校住读快三年了,我们附中和华科大大学生吃住在一起,每天进食堂就餐,无论是老师还是学生都是自觉地排队买好饭菜找到空桌上就餐,使我深受教
摘要:教育的目的不是培养一大批一模一样的人才,而是造就一大批富有鲜明的个性特点,能适应社会发展需要的各种人才。  关键词:高中;体育;学生;个性;培养  随着现代教育的发展,国内教育界也日益重视发展和完善学生的个性。因为良好个性的形成,学校教育的引导起着重要的作用,所以新一轮的教改也把发展学生个性列为体育与健康教学的任务之一。体育教学的特点也决定了其过程是发展学生个性的理想场所。以下是本人在体育教
膝关节骨性关节炎是一种很常见的、难以完全治愈的退行性疾病,会导致患者膝关节功能及活动受限,尤以老年患者常见.目前,国内的治疗目标以缓解病人疼痛、阻止疾病发展、保护关节功能、提高患者生活质量等方面为主,相关研究成果数量显著.文章对国内关于运动疗法治疗膝关节骨性关节炎的成果进行梳理并做综述,以期掌握运动疗法的研究进展.
基于2014年“一带一路”沿线61个国家的人文发展指数,利用Moran’I空间自相关统计量检验“一带一路”沿线国家人文发展指数之间的空间自相关性,利用空间误差模型研究了“一带
通过大量室内物理模拟试验,研究了王场高含盐油藏水驱储层参数变化规律及机理.研究认为渗透率大于80mD的储层水驱后渗透率增加,平均孔隙半径增大,反之则渗透率下降,孔隙半径
会议
即将进入不惑之年的我,是十年前在军营里患上肋软骨炎的。整天胸骨隐隐作痛,心烦意乱。虽服五年多的中西药,但效果甚微。无奈,自己决定停止任何治疗,顺其自然。 转业后因从
中、高渗透油田经过长期注水开发,在注入井与采出井之间易形成水流优势通道甚至"大孔道",导致注入水无效循环,严重影响注水开发效果.因此,如何快速准确识别、预测优势通道发
会议
基于相同的故障注入攻击技术,对差分故障分析、差分强度故障分析、故障灵敏度分析等3种典型方法,从分析效率、故障模型、噪声容错和计算复杂度等方面进行评估.实验结果显示,3种方法中,差分故障分析方法具有最高的分析效率,对故障模型要求最低;故障灵敏度分析方法抗噪声干扰能力最强,算法复杂度最低.该评估结果可用于指导故障注入分析方法的改进和抗故障注入攻击防护手段的研究.
中性粒子混合提供了寻找超出粒子物理标准模型的新物理的理想场所.讨论一种包含很重的标量粒子的新物理模型.标量粒子与标准模型的夸克相互作用,可导致味道改变的中性流过程,从而产生中性粒子之间的震荡.讨论了标量粒子在中性介子混合中的效应,根据实验数据对于新模型中的参数,如标量粒子的质量和耦合常数给出了限制.
Future electricity consumption may increase due to climate change,but the amplitude depends on the interaction between many uncertain mechanisms.Based on the linear model and policy model,the residential and commercial electricity consumption in Jiangsu p