Gridded products of global river methane concentrations, flux rates and emissions
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Google Scholar是一个学术搜索引擎,旨在检索学术文献、论文、书籍、摘要和文章等。它涵盖了广泛的学科领域,包括自然科学、社会科学、艺术和人文学科。用户可以通过关键词搜索、作者姓名、出版物名称等方式查找相关学术资源。
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HIT-UAV
HIT-UAV数据集包含2898张红外热成像图像,这些图像从43,470帧无人机拍摄的画面中提取。数据集涵盖了多种场景,如学校、停车场、道路和游乐场,在不同的光照条件下,包括白天和夜晚。
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全国 1∶200 000 数字地质图(公开版)空间数据库
As the only one of its kind, China National Digital Geological Map (Public Version at 1∶200 000 scale) Spatial Database (CNDGM-PVSD) is based on China' s former nationwide measured results of regional geological survey at 1∶200 000 scale, and is also one of the nationwide basic geosciences spatial databases jointly accomplished by multiple organizations of China. Spatially, it embraces 1 163 geological map-sheets (at scale 1: 200 000) in both formats of MapGIS and ArcGIS, covering 72% of China's whole territory with a total data volume of 90 GB. Its main sources is from 1∶200 000 regional geological survey reports, geological maps, and mineral resources maps with an original time span from mid-1950s to early 1990s. Approved by the State's related agencies, it meets all the related technical qualification requirements and standards issued by China Geological Survey in data integrity, logic consistency, location acc racy, attribution fineness, and collation precision, and is hence of excellent and reliable quality. The CNDGM-PVSD is an important component of China' s national spatial database categories, serving as a spatial digital platform for the information construction of the State's national economy, and providing informationbackbones to the national and provincial economic planning, geohazard monitoring, geological survey, mineral resources exploration as well as macro decision-making.
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OpenSonarDatasets
OpenSonarDatasets是一个致力于整合开放源代码声纳数据集的仓库,旨在为水下研究和开发提供便利。该仓库鼓励研究人员扩展当前的数据集集合,以增加开放源代码声纳数据集的可见性,并提供一个更容易查找和比较数据集的方式。
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SeaDronesSee
SeaDronesSee是由德国图宾根大学认知系统组创建的大型视觉对象检测和跟踪基准,专注于海洋环境中的人类检测。该数据集包含超过54,000帧,总计400,000个实例,从不同高度和视角(5至260米,0至90度)捕获,并提供详细的元信息。数据集的创建旨在填补陆基视觉系统与海基系统之间的差距,特别适用于无人机辅助的海上搜救任务。SeaDronesSee通过提供精确的元数据,如高度、视角和速度,支持多模态系统的开发,以提高检测的准确性和速度。此外,数据集还包括多光谱图像,利用非可见光谱(如近红外和红边光谱)来增强人类检测能力。
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