The Colorado State University (CSU) Multi-scale Modeling Framework (MMF) is a new type of general circulation model (GCM) that replaces the conventional parameterizations of convection, clouds and boundary layer with a cloud-resolving model (CRM) embedded into each grid column. The MMF that we have been working with is a “super-parameterized” version of the Community Atmosphere Model (CAM). As reported in the publications listed below, we have done extensive work with the model. We have explored the MMF’s performance in several studies, including an AMIP run and a CAPT test, and we have applied the MMF to an analysis of climate sensitivity
The Atmospheric Radiation Measurement (ARM) Program is a multi- laboratory, interagency program that...
To significantly improve the simulation of climate by general circulation models (GCMs), systematic ...
Highlight of Accomplishments: We made significant contribution to the ASR program in this funding cy...
In a recently developed approach to climate modeling, called the multiscale modeling framework (MMF)...
The overall aim of the larger collaborative effort of which this project was part was to evaluate an...
Recently, a new computational approach that couples cloud-scale dynamics with larger scale dynamics ...
A 1-month subset from a global atmospheric simulation using the Super-Parameterized Community Atmosp...
Climate models are among humanity's most ambitious and elaborate creations. They are designed to sim...
This report briefly summarizes the progress made by ARM postdoctoral fellow, Yanluan Lin, at GFDL du...
We have proposed to provide and further develop an advanced finite-difference climate model for use ...
The multiscale modeling framework (MMF), which replaces traditional cloud parameterizations with clo...
simulating observations collected during ARM, and to suggest model-development strat'~gies.perf...
The Atmospheric Radiation Measurement (ARM) Program is a multi-laboratory, interagency program that ...
Efforts are increasing throughout the research community to improve the predictive capabilities of g...
Clouds in the tropical western Pacific are an integral part of the large scale environment. An impro...
The Atmospheric Radiation Measurement (ARM) Program is a multi- laboratory, interagency program that...
To significantly improve the simulation of climate by general circulation models (GCMs), systematic ...
Highlight of Accomplishments: We made significant contribution to the ASR program in this funding cy...
In a recently developed approach to climate modeling, called the multiscale modeling framework (MMF)...
The overall aim of the larger collaborative effort of which this project was part was to evaluate an...
Recently, a new computational approach that couples cloud-scale dynamics with larger scale dynamics ...
A 1-month subset from a global atmospheric simulation using the Super-Parameterized Community Atmosp...
Climate models are among humanity's most ambitious and elaborate creations. They are designed to sim...
This report briefly summarizes the progress made by ARM postdoctoral fellow, Yanluan Lin, at GFDL du...
We have proposed to provide and further develop an advanced finite-difference climate model for use ...
The multiscale modeling framework (MMF), which replaces traditional cloud parameterizations with clo...
simulating observations collected during ARM, and to suggest model-development strat'~gies.perf...
The Atmospheric Radiation Measurement (ARM) Program is a multi-laboratory, interagency program that ...
Efforts are increasing throughout the research community to improve the predictive capabilities of g...
Clouds in the tropical western Pacific are an integral part of the large scale environment. An impro...
The Atmospheric Radiation Measurement (ARM) Program is a multi- laboratory, interagency program that...
To significantly improve the simulation of climate by general circulation models (GCMs), systematic ...
Highlight of Accomplishments: We made significant contribution to the ASR program in this funding cy...