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Christopher Maloney
Christopher Maloney
University of Colorado Boulder
Atmospheric sciences
Cloud computing
Cirrus
Meteorology
cirrus cloud
5
Papers
22
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0
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Efficient In‐Cloud Removal of Aerosols by Deep Convection
2019
Geophysical Research Letters
Pengfei Yu
Karl D. Froyd
Robert W. Portmann
Owen B. Toon
S. R. Freitas
Charles G. Bardeen
C. A. Brock
Tianyi Fan
R. S. Gao
J. Katich
Agnieszka Kupc
Shang Liu
Christopher Maloney
D. M. Murphy
Karen H. Rosenlof
Gregory Schill
Joshua P. Schwarz
Christina Williamson
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Citations (21)
An evaluation of the representation of Tropical Tropopause cirrus in the CESM/CARMA model using satellite and aircraft observations
2019
Journal of Geophysical Research
Christopher Maloney
Charles G. Bardeen
Owen B. Toon
Eric J. Jensen
Sarah Woods
Troy Thornberry
Leonhard Pfister
Glenn S. Diskin
T. P. Bui
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A Comparison of CAM5/CARMA Tropical Tropopause Layer Cirrus Cloud Simulations with ATTREX 3 and Satellite Observations
2017
Christopher Maloney
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A comparison of cirrus cloud observations from the NASA ATTREX-3 field mission with simulations from the NCAR atmospheric CESM model (CAM5) coupled with an advanced cirrus cloud model (CARMA).
2014
Christopher Maloney
Owen B. Toon
Charles G. Bardeen
Glenn S. Diskin
Matthew J. McGill
Andrew W. Rollins
Troy Thornberry
Sarah Woods
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