Approximately 30% of global carbon dioxide (CO2) emissions are removed by terrestrial vegetation through photosynthesis.

"In this context, China further consolidates its position as one of the major space powers. Through CBERS, Brazil and China demonstrate that cooperation, rather than competition, can be the true ...

UN-SPIDER has released a new Recommended Practice that improves flood mapping by integrating Synthetic Aperture Radar (SAR) ...

Abstract Advancements in geostationary satellites allow monitoring of terrestrial photosynthesis at sub-daily scales, offering unprecedented ...

Within the remote-sensing trend-surface conceptual framework, this article proposes a scaling-based method to efficiently retrieve FPAR from fine-resolution satellite data using ... Second, the ...

This is the fourth story of the "Practitioners' Insights" column, in which the Global Times exclusively interviewed the China ...

B carrier rocket carrying a new satellite, Shijian 26, blasts off from the Jiuquan Satellite Launch Center in Northwest China ...

Texas A&M researchers have developed a model that delivers comprehensive damage maps and recovery forecasts within hours of a ...

Coral reefs form a vital part of the marine ecosystem, playing host to diverse species and supporting multiple industries, ...

Courtesy of Aerospace Information Research Institute of the Chinese Academy of Sciences China has made a significant breakthrough in building a high-speed "data highway" between satellites and the ...

Equipped with a high-precision remote sensing system, the satellite enables round-the-clock pollutant monitoring in key areas such as Poyang Lake, Ganjiang River, and the Yangtze River Basin, ...

A new study presents an advanced remote sensing and machine learning model that accurately distinguishes between natural and ...