农田碳生态碳汇分析大数据集
收藏资源简介：
全国各省农田碳排放量、固碳量、净碳汇量、碳汇经济价值、制氧量等数据分析，经过数据加工分析之后满足农田碳排放监测及碳汇经济价值分析的数据集。 农田碳生态碳汇大数据分析平台通过大数据采集分析不同区域种植的农作物品种、土壤耕地面积、农业机械活动等产生的碳排放数据、固碳数据等一些列数据，通过模型计算农业的碳汇价值，为农业实现双碳目标和带来更高收益提供数据支撑，涵盖农业固碳量分析、碳排放量分析、净碳汇量分析、碳生态足迹分析主要功能模块。 通过大数据技术和算法模型计算全国各地农田生态系统碳排放总量和固碳总量，包括农田碳吸收能力、土壤固碳量、农田投入碳排放量及土壤呼吸碳释放量等，构建全国及区域农田碳生态系统大数据，同时通过构建全国及区域农业双碳大脑一张图进行农业双碳辅助决策。
This dataset provides analysis of farmland carbon emissions, carbon sequestration, net carbon sink, economic value of carbon sinks, oxygen production and other related metrics across all provinces in China. It is refined through data processing and analysis to support farmland carbon emission monitoring and economic value analysis of carbon sinks. The Farmland Carbon Ecology and Carbon Sink Big Data Analysis Platform collects and analyzes a series of data including carbon emission and sequestration data generated from crop varieties planted in different regions, arable soil area, agricultural machinery activities and other relevant factors via big data technologies. It calculates agricultural carbon sink value through computational models, providing data support for the agricultural sector to achieve the dual-carbon goals (carbon peak and carbon neutrality) and generate higher economic benefits. The platform covers core functional modules such as agricultural carbon sequestration analysis, carbon emission analysis, net carbon sink analysis and carbon ecological footprint analysis. Using big data technologies and algorithm models, the platform calculates the total carbon emissions and sequestration of farmland ecosystems across the country, including farmland carbon absorption capacity, soil carbon sequestration, carbon emissions from agricultural inputs and carbon released via soil respiration, etc. It builds big data systems for national and regional farmland carbon ecosystems, and meanwhile supports auxiliary decision-making for agricultural dual-carbon goals by constructing a national and regional "Agricultural Dual-Carbon Brain" one-map system.
