RSC：拉萨河流域野外科学考察（第一次）监测数据（2024年5月）

2024年5月，拉萨河下游流域天空地一体化监测关键技术研究项目组在拉鲁湿地开展了第一次野外科学考察，获得了高清广域仿生鹰眼数据，为拉鲁湿地生态系统评估和保护提供了重要数据支撑。仿生鹰眼监测设备融合了多路视觉传感器，包括远焦、中远焦和广角摄像头，可实现全方位目标观测。搭载的红外热像仪可获取温度数据，大幅提升动物监测等任务效率。两轴云台系统和动眼标定技术，还能实现精准的远距离定位测距。视觉传感器与红外热成像融合，实现多维度目标观测与分析。标准接口设计和独立传输模块确保了通用性和适应性，可在高原环境下执行全方位的观察监测任务。本数据集由中国科学院青藏高原研究所青藏高原地球系统与资源环境重点实验室区域可持续发展与重大工程支撑中心（RSC）发布，包括拉萨河流域广角、中焦、远焦和热红外四通道图像监测数据，可为生态环境保护、区域可持续发展等提供重要的数据支撑。

In May 2024, the research team for key technologies of sky-ground-space integrated monitoring in the lower reaches of the Lhasa River Basin conducted the first field scientific expedition in the Lalu Wetland, obtaining high-definition wide-area bionic eagle-eye data, which provides important data support for the ecosystem assessment and protection of the Lalu Wetland. The bionic eagle-eye monitoring equipment integrates multi-channel visual sensors, including telephoto, medium-long focal length, and wide-angle cameras, enabling all-round target observation. The equipped infrared thermal imager can collect temperature data, greatly improving the efficiency of tasks such as wildlife monitoring. The two-axis pan-tilt system and dynamic eye calibration technology also enable accurate long-distance positioning and ranging. The fusion of visual sensors and infrared thermal imaging realizes multi-dimensional target observation and analysis. The standard interface design and independent transmission module ensure versatility and adaptability, allowing the equipment to perform all-round observation and monitoring tasks in plateau environments. This dataset is released by the Regional Sustainable Development and Major Engineering Support Center (RSC), Key Laboratory of Tibetan Plateau Earth System and Resources Environment, Institute of Tibetan Plateau Research, Chinese Academy of Sciences. It includes four-channel image monitoring data (wide-angle, medium focal length, telephoto, and thermal infrared) of the Lhasa River Basin, providing important data support for ecological environmental protection, regional sustainable development and other relevant fields.

搜集汇总

背景与挑战

背景概述

该数据集包含2024年5月拉萨河流域第一次野外科学考察的监测数据，采用高清广域仿生鹰眼技术获取，包括广角、中焦、远焦和热红外四通道图像数据，数据大小为1.82GB，空间分辨率<=1m，时间分辨率为日，适用于生态环境保护、区域可持续发展等研究。