This study examines the subset climate model ensemble size required to reproduce certain statistical characteristics from a full ensemble. The ensemble characteristics examined are the root mean square error, the ensemble mean and standard deviation. Subset ensembles are created using measures that consider the simulation performance alone or include a measure of simulation independence relative to other ensemble members. It is found that the independence measure is able to identify smaller subset ensembles that retain the desired full ensemble characteristics than either of the performance based measures. It is suggested that model independence be considered when choosing ensemble subsets or creating new ensembles. © 2013 IOP Publishing Lt...
Multi-model ensembles are commonly used in climate prediction to create a set of independent estimat...
Can today's global climate model ensembles characterize the 21st century climate in their own 'model...
Ensemble simulation propagates a collection of initial states forward in time in a Monte Carlo fashi...
This study examines the subset climate model ensemble size required to reproduce certain statistical...
End users studying impacts and risks caused by human-induced climate change are often presented with...
International audienceLarge ensembles of model simulations require considerable resources, and thus ...
This study investigates the statistical methods for determin-ing the minimum sample size necessary f...
A perennial question in modern weather forecasting and climate prediction is whether to invest resou...
The use of an ensemble of crop growth simulation models is a practice recently adopted in order to q...
An ensemble of models can be interpreted in two ways. The first treats each model as an approximatio...
Working with ensembles of crop models is a recent but important development in crop modeling which p...
Initial-condition large ensembles with ensemble sizes ranging from 30 to 100 members have become a c...
We consider the problem of estimating the ensemble sizes required to characterize the forced compone...
Multi-model ensembles are commonly used in climate prediction to create a set of independent estimat...
Can today's global climate model ensembles characterize the 21st century climate in their own 'model...
Ensemble simulation propagates a collection of initial states forward in time in a Monte Carlo fashi...
This study examines the subset climate model ensemble size required to reproduce certain statistical...
End users studying impacts and risks caused by human-induced climate change are often presented with...
International audienceLarge ensembles of model simulations require considerable resources, and thus ...
This study investigates the statistical methods for determin-ing the minimum sample size necessary f...
A perennial question in modern weather forecasting and climate prediction is whether to invest resou...
The use of an ensemble of crop growth simulation models is a practice recently adopted in order to q...
An ensemble of models can be interpreted in two ways. The first treats each model as an approximatio...
Working with ensembles of crop models is a recent but important development in crop modeling which p...
Initial-condition large ensembles with ensemble sizes ranging from 30 to 100 members have become a c...
We consider the problem of estimating the ensemble sizes required to characterize the forced compone...
Multi-model ensembles are commonly used in climate prediction to create a set of independent estimat...
Can today's global climate model ensembles characterize the 21st century climate in their own 'model...
Ensemble simulation propagates a collection of initial states forward in time in a Monte Carlo fashi...