杭州市余杭区釜托寺温室气体排放指数分析数据

通过分析温室气体排放指数，实现余杭区釜托寺碳管家平台上CO2、N2O、CH4等温室气体的实时环境监测，可用于科研分析、生态评估、环保措施改进等场景，以解决现有寺庙无法实现关键温室气体排放量的动态追踪和精准评估，为精准农林业管理、环保措施改进、生态评估和保护等方面提供决策依据。采集了CO2、N2O、CH4温室气体数据，基于100年以上的时间跨度内脉动排放的全球变暖潜能值全球变暖潜势(GWP)，采用以下公式计算温室气体排放指数Ec： Ec=（Ec-CO2+Ec-CH4*GWP-CH4+Ec-N2O*GWP-N2O）*P Ec-CO2其中为二氧化碳排放量，Ec-CH4为甲烷排放量，Ec-N2O为一氧化二氮排放量，GWP-CH4为甲烷的全球变暖潜势值，GWP-N2O为一氧化二氮的全球变暖潜势值，P为温室气体指数因子），得到了温室气体排放指数。 将该指数应用到余杭区釜托寺碳管家监测平台，实现对温室气体实时环境监测。

By analyzing greenhouse gas emission indices, real-time environmental monitoring of greenhouse gases including CO₂, N₂O, CH₄ and others is realized on the Carbon Steward Platform of Fuotuo Temple in Yuhang District. This system can be applied to scenarios such as scientific research analysis, ecological assessment, and environmental protection measure improvement, addressing the problem that existing temples cannot achieve dynamic tracking and accurate assessment of key greenhouse gas emissions. It provides decision-making basis for precise agriculture and forestry management, environmental protection measure improvement, ecological assessment and conservation, and other aspects. Greenhouse gas data including CO₂, N₂O and CH₄ have been collected. Based on the global warming potential (GWP) of pulsed emissions over a time span of more than 100 years, the greenhouse gas emission index $E_c$ is calculated using the following formula: $E_c = (E_{c-CO_2} + E_{c-CH_4} imes GWP_{CH_4} + E_{c-N_2O} imes GWP_{N_2O}) imes P$. Where $E_{c-CO_2}$ refers to carbon dioxide emission, $E_{c-CH_4}$ refers to methane emission, $E_{c-N_2O}$ refers to nitrous oxide emission, $GWP_{CH_4}$ refers to the global warming potential of methane, $GWP_{N_2O}$ refers to the global warming potential of nitrous oxide, and $P$ refers to the greenhouse gas index factor. The greenhouse gas emission index is thus obtained. This index is applied to the Carbon Steward Monitoring Platform of Fuotuo Temple in Yuhang District to realize real-time environmental monitoring of greenhouse gases.

搜集汇总

数据集介绍

特点

该数据集包含杭州市余杭区釜托寺的温室气体排放指数分析数据，涵盖CO2、N2O、CH4等温室气体的排放量和全球变暖潜势值，用于实时环境监测和科研分析。数据规模为1001条，更新频次按需，应用场景包括生态评估和环保措施改进。