The scarcity of long instrumental records, uncertainty in reconstructions, and insufficient skill
in model simulations hamper assessing how regional precipitation changed over past …

Future climate projections provide an opportunity to evaluate cultivar climate classification
and preferred styles of wine production for a wine grape growing region. However …

We present a description of the theoretical framework and best practice for using the paleo-
climate model component of the Coupled Model Intercomparison Project (Phase 5)(CMIP5) …

Important global oceanic processes, such as the meridional overturning circulation, are
governed by the temperature and salinity of the ocean. As such, it is essential that these …

The multi-model ensemble (MME) of 20 models from the Coupled Model Intercomparison
Project Phase Five (CMIP5) was used to analyze surface climate change in the 21st century …

This paper evaluates the simulation performance of the 37 coupled models from the
Coupled Model Intercomparison Project Phase 5 (CMIP5) with respect to the East Asian …

Multi‐model ensemble (MME) methods have been developed to improve upon the
simulations of individual general circulation models. Their performances can be evaluated …

The multi-model ensemble mean is generally used as a default approach to estimate climate
change signals, based on the implicit hypothesis that all models provide equally credible …

In this study, we systematically evaluate the intra-seasonal oscillation (ISO) associated with
the Asian summer monsoon region in coupled general circulation models (GCMs) …

I give a philosophical analysis of model intercomparison practices in climate modeling.
Model intercomparisons serve as part of the basis for regular scientific assessments such as …