2020年大兴安岭天然林保护工程区30m分辨率碳储量遥感监测与模拟空间数据集

本数据包括2020年大兴安岭天然林保护工程区30m分辨率碳储量遥感监测与模拟空间数据集，可为大兴安岭天然林保护工程区的生态固碳工程提供数据支撑。碳储量是生态系统长期积累碳蓄积的结果，是生态系统现存的植被生物量有机碳、凋落物有机碳和土壤有机总固碳能力的总和。了解大兴安岭天然林保护工程区的碳储量情况，制定适合大兴安岭天然林保护工程区的生态固碳工程，对提升大兴安岭天然林保护工程区碳管理以及在全球温室气体减排中的地位具有重大意义。可广泛服务于生态保护、生态监测等相关学科的科学研究工作者及学生。

This dataset includes a 30-meter resolution spatial dataset for remote sensing monitoring and simulation of carbon storage in the natural forest protection project area of the Greater Khingan Mountains in 2020, providing data support for ecological carbon sequestration projects in this area. Carbon storage is the result of long-term carbon accumulation in ecosystems, referring to the total amount of organic carbon in existing vegetation biomass, organic carbon in litter, and the total soil organic carbon sequestration capacity of the ecosystem. Understanding the carbon storage status of the natural forest protection project area of the Greater Khingan Mountains and formulating ecological carbon sequestration projects tailored to this area are of great significance for enhancing the carbon management of the area and its standing in global greenhouse gas emission reduction efforts. This dataset can extensively serve researchers and students in relevant disciplines such as ecological conservation and ecological monitoring.

搜集汇总

背景与挑战

背景概述

该数据集提供了2020年大兴安岭天然林保护工程区30米分辨率的碳储量遥感监测与模拟空间数据，旨在支持生态固碳工程和碳管理研究。数据采用Krasovsky_1940_Albers投影，通过多源数据整合和质量控制确保数据可靠性，适用于生态保护、监测及相关科研领域。