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浙江省种植业碳排放时空演变规律及驱动因素分析OA北大核心CSTPCD

Spatiotemporal evolution law and driving factors of carbon emissions in planting industry in Zhejiang Province

中文摘要英文摘要

[目的]探讨浙江省种植业碳排放时空演变规律及影响因素,以期制定种植业固碳减排方案,促进浙江省种植业低碳绿色转型.[方法]基于浙江省种植业的能源投入数据,使用碳排放系数法评估2006-2021年浙江省种植业碳排放的时空演变规律,结合对数平均权重迪氏指数模型(LMDI)对种植业碳排放变化进行驱动因素分析,并采用灰色预测模型预测2022-2040年的种植业碳排放量.[结果]①2006-2021年,浙江省种植业碳排放量总体呈现先上升后下降的趋势,年际变化率为-1.80%,累计碳排放总量为1.29亿t;2006-2012年,碳排放量缓慢上升,2012年达到峰值后急剧下降,平均每年下降2.94%.②浙江省种植业的碳排放量呈现中部高南北两侧低的分布格局,中部地区的杭州、金华与台州是浙江省的主要碳排放地区,碳排放量占全省的39.86%.③种植业生产效率提高与地区产业结构优化对碳减排起到促进作用;经济发展水平提高、人口数量增加及农业生产结构上升是引起碳排放量增加的驱动因素,其中经济发展水平是影响碳排放量变化的主要驱动因素,引起的碳排放变化量占比为41.58%.④灰色预测模型预测结果表明:2022-2040年浙江省种植业碳排放量呈持续下降趋势,2040年的碳排放量下降至2021年的37.20%,其中杭州、嘉兴、绍兴及金华下降幅度最大.[结论]浙江省种植业已实现碳达峰.为保证未来碳排放持续下降,应重点关注农业生产技术的优化和产业结构的调整,种植过程中合理施用化肥,提高种植效率,减少能源消耗,加快推进农业绿色化现代化,加速实现碳中和目标.图4表2参37

[Objective]The aim is to explore the spatiotemporal evolution law and influencing factors of carbon emissions in planting industry in Zhejiang Province,in order to develop a carbon sequestration and emission reduction plan and promote low-carbon and green transformation of planting industry in Zhejiang Province.[Method]Based on the energy input data of planting industry in Zhejiang Province,the carbon emission coefficient method was used to assess the spatiotemporal evolution of carbon emissions of planting industry in Zhejiang Province from 2006 to 2021.Combined with Logarithmic Mean Weighted Divisia Index(LMDI),the driving factors of carbon emissions changes in planting industry were analyzed,and the grey prediction model was used to predict the carbon emissions of planting industry from 2022 to 2040.[Result](1)From 2006 to 2021,the overall carbon emissions from planting industry in Zhejiang Province showed an upward trend followed by a downward trend,with an annual variation rate of-1.80%,and a total cumulative carbon emission of 129 million tons.Between 2006 and 2012,carbon emissions slowly increased and then sharply decreased after reaching a peak in 2012,with an average annual decline of 2.94%.(2)The carbon emissions from planting industry in Zhejiang Province showed a distribution pattern of high in the central region and low in the north and south.Hangzhou,Jinhua and Taizhou in the central region were the main carbon emitting regions,accounting for 39.86%of the province's carbon emissions.(3)The improvement of planting industry efficiency and the optimization of regional industrial structure played a promoting role in carbon reduction,and the improvement of economic development level,the increase of population size,and the optimization of agricultural production structure were the driving factors that caused the increase in carbon emissions,among which the level of economic development was the dominant factor affecting the changes in carbon emissions,accounting for 41.58%of the total carbon emissions change.(4)The grey prediction model prediction results showed that the carbon emissions from planting industry in Zhejiang Province would continue to decline from 2022 to 2040,and the carbon emissions in 2040 would decrease to 37.20%of those in 2021.Among them,Hangzhou,Jiaxing,Shaoxing and Jinhua would have the largest decline.[Conclusion]Planting industry in Zhejiang Province has achieved carbon peak.To ensure a continuous decline in carbon emissions in the future,we should focus on optimizing agricultural production technology and adjusting industrial structure,applying chemical fertilizers rationally,improving planting efficiency,reducing energy consumption,and speeding up modernization of green agriculture,so as to accelerate the achievement of carbon neutrality goal.[Ch,4 fig.2 tab.37 ref.]

李文寒;柳飞扬;张梦;顾蕾;周国模

浙江农林大学环境与资源学院,浙江杭州 311300景宁畲族自治县生态林业发展中心,浙江景宁 323500浙江农林大学经济管理学院,浙江杭州 311300

环境科学

种植业碳排放时空变化驱动因素碳排放预测

planting industrycarbon emissionspatiotemporal changedriving factorscarbon emission projection

《浙江农林大学学报》 2024 (005)

898-908 / 11

浙江省科技厅"尖兵"研发攻关计划项目(2022C03039)

10.11833/j.issn.2095-0756.20240156

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