Summary

AtLID utilizes the first radar in space capable of tracking cloud particles and precipitation movement. By measuring both particle backscatter and air molecule backscatter, this system allows for a precise determination of cloud extinction coefficient without relying on assumptions about particle properties. The data generated by ATLID serves as the foundation for extensive EarthCARE data calibration and validation efforts. These efforts drive the development of novel retrieval algorithms and enhance the accuracy of existing atmospheric model retrievals. The system is pivotal for generating new open-access datasets that improve our understanding of complex atmospheric properties and processes, while also supporting the evaluation of atmospheric models. Furthermore, ATLID's output is frequently assimilated into weather and air quality forecasting systems. Its combined capabilities also enable researchers to estimate long-term climate trends by integrating EarthCARE with multiple global datasets. Ultimately, this technology facilitates comprehensive evaluation of atmospheric dynamics to ensure robust data for national meteorological services and international climate science initiatives.

Title

ACP - Home

Description

ACP - Home

Keywords

aerosol, climate, measurements, journal, short, https, chemistry, hide, editors, summary, data, models, satellite, results, more, information, articles

NS Lookup

A 81.3.21.103

Dates

Created 2026-04-13

Updated 2026-04-22

Summarized 2026-04-24