Authors
Tyler Thorsen, Scott A Braun, Daniel Cecil, Gregory R Carmichael, Arlindo daSilva, Richard Anthony Ferrare, Meloe S Kacenelenbogen, Gerald G Mace, Walter Arthur Petersen, Jens Redemann, Graeme L Stephens, Susan C van den Heever, Duane Edward Waliser, David M Winker, John E Yorks
Publication date
2022/12
Journal
AGU Fall Meeting Abstracts
Volume
2022
Pages
A23B-02
Description
NASA's new Earth System Observatory (ESO) will provide key informationrelated to understanding climate change processes, mitigating naturalhazards, fighting forest fires, and improving real-time agriculturalprocesses. The Atmosphere Observing System (AOS) constellation is designed toaddress these coupled processes by focusing on two of the five designatedobservables of the 2017 NASA Earth Science Decadal Survey: aerosols andclouds, convection, and precipitation (CCP). AOS is made up of two projects, one in an inclined orbit (AOS-I) and the other in a polar sun synchronousorbit (AOS-P), with both projects addressing synergistic aerosol and CCPscience. This talk will focus on AOS-P, which builds on the heritage of theA-Train to provide globally distributed observations but with more advancedcapabilities. This talk will summarize the science objectives of AOS-P thatfocus on aerosol-cloud-precipitation …
Scholar articles
T Thorsen, SA Braun, D Cecil, GR Carmichael… - AGU Fall Meeting Abstracts, 2022