We have proposed to provide and further develop an advanced finite-difference climate model for use in CHAMMP. The model includes advanced parameterizations of cumulus convection, boundary-layer processes, cloud formation, and land-surface vegetation, as well as parameterizations of radiative transfer and gravity wave drag. Postprocessing codes and a user's guide will also be provided
The representation of clouds in Global Climate Models (GCMs) remains a major source of uncertainty i...
Clouds in the tropical western Pacific are an integral part of the large scale environment. An impro...
The objectives of our participation in the Atmospheric Radiation Measurement (ARM) program were (1) ...
The research performed under this award was conducted along 3 related fronts: (1) Refinement and ass...
This report briefly summarizes the progress made by ARM postdoctoral fellow, Yanluan Lin, at GFDL du...
A major accomplishment of this work was to demonstrate the viability of using in-situ data in both m...
simulating observations collected during ARM, and to suggest model-development strat'~gies.perf...
The Colorado State University (CSU) Multi-scale Modeling Framework (MMF) is a new type of general ci...
Climate models are among humanity's most ambitious and elaborate creations. They are designed to sim...
Research by the US Department of Energy (DOE) has shown that cloud radiative feedback is the single ...
To significantly improve the simulation of climate by general circulation models (GCMs), systematic ...
Our overall goal is identical to that of the Atmospheric Radiation Measurement (ARM) Program: the de...
The main thrust of this project was to devise a method by which the majority of North Slope of Alask...
In this final technical report, a summary of work is provided. Work toward an improved representatio...
We successfully implemented our EAUcup parameterization of convection in our most recent geodesic-gr...
The representation of clouds in Global Climate Models (GCMs) remains a major source of uncertainty i...
Clouds in the tropical western Pacific are an integral part of the large scale environment. An impro...
The objectives of our participation in the Atmospheric Radiation Measurement (ARM) program were (1) ...
The research performed under this award was conducted along 3 related fronts: (1) Refinement and ass...
This report briefly summarizes the progress made by ARM postdoctoral fellow, Yanluan Lin, at GFDL du...
A major accomplishment of this work was to demonstrate the viability of using in-situ data in both m...
simulating observations collected during ARM, and to suggest model-development strat'~gies.perf...
The Colorado State University (CSU) Multi-scale Modeling Framework (MMF) is a new type of general ci...
Climate models are among humanity's most ambitious and elaborate creations. They are designed to sim...
Research by the US Department of Energy (DOE) has shown that cloud radiative feedback is the single ...
To significantly improve the simulation of climate by general circulation models (GCMs), systematic ...
Our overall goal is identical to that of the Atmospheric Radiation Measurement (ARM) Program: the de...
The main thrust of this project was to devise a method by which the majority of North Slope of Alask...
In this final technical report, a summary of work is provided. Work toward an improved representatio...
We successfully implemented our EAUcup parameterization of convection in our most recent geodesic-gr...
The representation of clouds in Global Climate Models (GCMs) remains a major source of uncertainty i...
Clouds in the tropical western Pacific are an integral part of the large scale environment. An impro...
The objectives of our participation in the Atmospheric Radiation Measurement (ARM) program were (1) ...