DCSMM2018 - D7C2 - Risque de modification de l'habitat "Roches et récifs biogènes circalittoraux côtiers"
收藏全国 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.
DataCite Commons 收录
OMIM (Online Mendelian Inheritance in Man)
OMIM是一个包含人类基因和遗传疾病信息的在线数据库。它提供了详细的遗传疾病描述、基因定位、相关文献和临床信息。数据集内容包括疾病名称、基因名称、基因定位、遗传模式、临床特征、相关文献引用等。
www.omim.org 收录
UAVDT
UAVDT是一个用于目标检测任务的数据集。
github 收录
Anti-UAV
Anti-UAV数据集由中国科学院大学创建,专注于无人机跟踪研究。该数据集包含318对RGB-T视频,总计超过580,000个手动标注的边界框,适用于长距离无人机跟踪。数据集内容丰富,包括多种场景和光照条件下的视频序列,支持单模态和多模态无人机跟踪。创建过程中,数据集通过精细的标注策略确保高质量。该数据集的应用领域主要集中在无人机监控和跟踪技术的发展,旨在解决无人机在复杂环境中的状态感知问题。
arXiv 收录
SEN1-2
SEN1-2数据集由慕尼黑工业大学创建,包含282,384对SAR和光学图像补丁,覆盖全球各地和所有气象季节。数据集通过Google Earth Engine平台自动生成,旨在支持深度学习在SAR-光学数据融合领域的研究。该数据集特别适用于图像着色、图像匹配和生成人工光学图像等应用,为解决多传感器数据融合中的挑战提供了重要资源。
arXiv 收录