Core Points - The newly approved standard for low-altitude hyperspectral remote sensing data acquisition is the first of its kind in China, set to be implemented on December 1, 2025 [1] - The standard addresses long-standing issues in the industry, including the lack of guiding standards, inconsistent technical processes, varying equipment performance, and significant differences in result quality [1] Group 1 - The standard was developed over nearly five years, initiated in 2020, involving multiple rounds of research, technical discussions, experiments, and expert validations [1] - It unifies technical standards, fills a gap in the industry, and provides a reference for production operations in related projects [1] - The standard clarifies technical parameters, serving as a basis for the development of related software and hardware products [1] Group 2 - The implementation of the standard is expected to enhance the quality and reliability of results, supporting more precise applications [1] - The standard will accelerate technological innovation and application, empowering industry development [1] - Low-altitude hyperspectral remote sensing technology is widely applied in various fields, including precision agriculture, ecological environment monitoring, mineral resources exploration, and emergency mapping [2]

Group 1 - The Ministry of Natural Resources has announced the release of nine industry standards, including the "Technical Requirements for Quality Inspection of Urban Underground Space Surveying Results" [1] - These standards have been approved by the National Geographic Information Standardization Technical Committee and the Ministerial Office Meeting [1] - The implementation date for these standards is set for December 1, 2025 [1] Group 2 - The standards include various technical specifications such as seabed morphology classification and mapping, low-altitude hyperspectral remote sensing data acquisition, and satellite synthetic aperture radar mapping production [2] - Specific standard codes and names are provided, indicating a comprehensive approach to geographic information resource management [2] - The standards also address confidentiality requirements for basic geographic information data and quality inspection data for optical satellite sensor calibration products [2]