An efficient modeling strategy is proposed for the investigation of the effect of SST mesoscale variability on atmospheric dynamics. Two ensembles of numerical simulations are generated with a high-resolution atmospheric global circulation model coupled to a slab ocean model. This dataset contains data from the control and filtered ensembles which ran using the CESM at about 25km horizontal resolution over the globe. CAM5_SOM simulations are used to study the effect of mesoscale SST variability on atmospheric circulations. This dataset contains 25km model simulations from control and filtered ensemble run
Recent studies have established that the typical spatial resolutions used for the atmospheric and oc...
This paper describes the mean ocean circulation and the tropical variability simulated by the Max Pl...
Atmospheric general circulation models (GCMs) forced with observed sea sur-face temperature (SST) re...
Experiments are conducted using Community Atmospheric Model version 5.2 (CAM-5.2; https://www.cesm.u...
Experiments are conducted using version 5.2 of Community Atmospheric Model (CAM-5.2; https://www.ces...
Abstract This study further evaluates the modeling approach of Jia et al. (2019), https://doi.org/10...
Abstract High-resolution global climate modeling holds the promise of capturing planetary-scale clim...
We perform five simulations forced by climatological annual varying SST (ClimSST forced simulation 1...
Most climate models have a 1◦ (100 km) horizontal resolution. This resolution is too coarse to resol...
The ECHAM 3.2 (T21), ECHAM 4 (T30) and LMD (version 6, grid-point resolution with 96 longitudes × 72...
The ECHAM 3.2 (T21), ECHAM 4 (T30) and LMD (version 6, grid-point resolution with 96 longitudes × 72...
The current literature provides compelling evidence suggesting that an eddy-resolving (as opposed to...
Recent studies have established that the typical atmospheric and oceanic resolutions used for the CM...
We developed a high resolution global coupled modeling capability to perform breakthrough studies of...
Recent studies have established that the typical atmospheric and oceanic resolutions used for the CM...
Recent studies have established that the typical spatial resolutions used for the atmospheric and oc...
This paper describes the mean ocean circulation and the tropical variability simulated by the Max Pl...
Atmospheric general circulation models (GCMs) forced with observed sea sur-face temperature (SST) re...
Experiments are conducted using Community Atmospheric Model version 5.2 (CAM-5.2; https://www.cesm.u...
Experiments are conducted using version 5.2 of Community Atmospheric Model (CAM-5.2; https://www.ces...
Abstract This study further evaluates the modeling approach of Jia et al. (2019), https://doi.org/10...
Abstract High-resolution global climate modeling holds the promise of capturing planetary-scale clim...
We perform five simulations forced by climatological annual varying SST (ClimSST forced simulation 1...
Most climate models have a 1◦ (100 km) horizontal resolution. This resolution is too coarse to resol...
The ECHAM 3.2 (T21), ECHAM 4 (T30) and LMD (version 6, grid-point resolution with 96 longitudes × 72...
The ECHAM 3.2 (T21), ECHAM 4 (T30) and LMD (version 6, grid-point resolution with 96 longitudes × 72...
The current literature provides compelling evidence suggesting that an eddy-resolving (as opposed to...
Recent studies have established that the typical atmospheric and oceanic resolutions used for the CM...
We developed a high resolution global coupled modeling capability to perform breakthrough studies of...
Recent studies have established that the typical atmospheric and oceanic resolutions used for the CM...
Recent studies have established that the typical spatial resolutions used for the atmospheric and oc...
This paper describes the mean ocean circulation and the tropical variability simulated by the Max Pl...
Atmospheric general circulation models (GCMs) forced with observed sea sur-face temperature (SST) re...