Advancing Multi-Scale Geographic Environmental Monitoring: A Synthesis of Cutting-Edge Research and Scalable Solutions
Published in Land, 2025
Core contribution: This article synthesizes multi-scale geographic environmental monitoring as a cross-system framework. It links remote sensing, sensors, field surveys, and geospatial big data to scalable theories, methods, and applications across local, regional, and global environmental systems.
Highlights
- Moves environmental monitoring from isolated observations toward cross-scale system integration.
- Connects remote sensing, sensors, field surveys, and geospatial big data as complementary evidence streams.
- Links theory, methods, and applications in one scalable monitoring framework.
- Supports environmental governance across ecosystems, water, land, climate, and risk domains.
核心贡献: 本文将多尺度地理环境监测综合为一个跨系统框架。研究把遥感、传感器、实地调查和地理空间大数据联系起来，形成可在地方、区域和全球尺度之间扩展的理论、方法与应用体系。
核心亮点
- 将环境监测从孤立观测推进到跨尺度系统整合。
- 把遥感、传感器、实地调查和地理空间大数据作为互补证据流。
- 在一个可扩展监测框架中连接理论、方法和应用。
- 支撑生态、水、土地、气候和风险等领域的环境治理。
