Yun Qian Uncertainty Quantification in Climate Modeling and Projection Published BAMS Rudong Zhang Quantifying Sources of Black Carbon in Western North America using Observationally Based Analysis and an Emission Tagging Technique in the Community Atmosphere Model Published A ID: 780410
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Slide1
Atmosphere Group Publications – Submitted or Published
Yun
Qian
: Uncertainty
Quantification in Climate Modeling and
Projection, Published, BAMS.
Rudong
Zhang
:
Quantifying Sources of Black Carbon in Western North America using Observationally Based Analysis and an Emission Tagging Technique in the Community Atmosphere Model. Published, ACP
.
Rudong
Zhang
: Quantifying Sources, Deposition, Transport and
Radiative
Forcing of Black Carbon Over the Himalayas and Tibetan Plateau, Published, ACP.
Hui
Wan
: A paper
submitted
to GMD
describing
a new strategy for testing the reproducibility of the atmosphere model results based on time step convergence. The manuscript is currently in revision.
Kate Evans
: A paper outlining blocking behavior in the ACME v0.4 model has been submitted to JGR Atm. This work also provides new insight as to the sources of blocking and that helps inform and reduce model biases
.
Slide2Atmosphere Group Publications – In Preparation
Po
-Lun Ma
: A paper describing challenges in constraining aerosol effects on clouds in global climate models using satellite observations.
The
target journal is Nature Climate Change or PNAS
.
Hailong
Wang
: A manuscript in preparation investigating present-day aerosol
radiative
forcing and uncertainties based on analyses of a set of old CAM5 simulations.
Susannah Burrows
: Paper in preparation describing the implementation of the marine organic emissions parameterization (OCEANFILMS) in
ACME (v0).
Targeting Atmos. Chem. Phys
.
Chris Terai
: The paper diagnoses the global-scale water cycle characteristics of the version 0.3 of the ACME model using current day atmosphere-only simulations, providing a baseline
.
Salil Mahajan
: A paper in preparation on the impact of NAO on precipitation extremes, comparing the model response in the high-res and the low-res v0.3 AMIP ensemble. Targeting GRL.
Slide3Atmosphere Group Publications – In Preparation
Kai Zhang
: A manuscript in preparation on fixing the water conservation problem in the ACME atmosphere component. Targeting JAMES or GMD.
Wuyin Lin
: A paper in preparation on utilizing the
hindcast
approach in high resolution tuning. Targeting GMD or JAMES.
Yuying Zhang
: A manuscript on the development of ARM radar simulator was prepared and the implementation of the ground-based simulator on the ACME simulations is shown in this draft
.
Yun
Qian
: A
paper is in preparation on documenting the framework and results of UQ parametric sensitivity analysis and optimization procedure with multiple objectives based on ACEM-V1 PPE short simulations.
Slide4Atmosphere Group Publications - Planned
Overview
of ACME V1
Atmosphere
(Phil
Rasch
)
V1 sensitivity to horizontal resolution change
(
Wuyin
Lin)
V1 sensitivity to vertical resolution
(Po-
Lun
Ma)
Clouds
and Precipitation Simulated by ACME V1
(Shaocheng Xie
)
Resuspension
of Aerosol
Particles
(Richard Easter)
Spatial
distributions and radiative forcing of aerosols in ACME
V1
(
Hailong
Wang)
Ice cloud representation in ACME
V1
(Kai Zhang)
Monsoons
(Bryce
Harrop
)
COSP
(
Yuying
Zhang)
RRM CONUS Climatology of ACMEv0.3's CAM5
(Erika
Roesler
)
Evaluate V1 RRM using the ARM data
(Qi Tang
)
Description of ACME atmosphere "scorecard" (title TBD)
(Susannah Burrows
)
code verification by convergence test: A new and inexpensive non-bit-for-bit solution reproducibility test based on time step convergence (TSC1.0)
code verification by initial perturbation test
(
Balwinder
Singh)