Precipitation maxima in global climate model (GCM) simulations are compared with observations in terms of resolution dependence and climate change. The analysis shows the following results: (i) the observed scaling law relating precipitation maxima to duration is basically reproduced but exhibits resolution dependence, (ii) the intensity of precipitation extremes is up to one order of magnitude smaller in the model data, and (iii) the increase of precipitation maxima on short time scales in the warmer climate simulations [representative concentration pathway 8.5 (RCP8.5)] vanishes for monthly time scales
Extremes of precipitation are examined in a wide range of climates simulated with an idealized aquap...
The ability of general circulation models (GCMs) to correctly simulate precipitation is usually asse...
Climate change could exacerbate extreme climate events. This study investigated the global and conti...
Precipitation events are expected to become substantially more intense under global warming, but few...
Precipitation extremes are expected to increase in a warming climate, thus it is essential to charac...
Finer grids in global climate models could lead to an improvement in the simulation of precipitation...
We examine the resolution dependence of errors in extreme sub-daily precipitation in available high-...
To investigate the influence of atmospheric model resolution on the representation of daily precipit...
Climate models tend to overestimate percentage of the contribution (to total precipitation) and freq...
Open access articleExtreme value theory is used as a diagnostic for two high-resolution (12-km param...
This study explores whether climate models with higher spatial resolutions provide higher accuracy f...
Climate models often underestimate the magnitude of extreme precipitation. We compare the performanc...
Abstract Climate models are crucial for assessing climate variability and change. A reliable model f...
The importance of warning the population of floods and extreme precipitation is big and therefore th...
Global warming is expected to lead to a large increase in atmospheric water vapor content and to cha...
Extremes of precipitation are examined in a wide range of climates simulated with an idealized aquap...
The ability of general circulation models (GCMs) to correctly simulate precipitation is usually asse...
Climate change could exacerbate extreme climate events. This study investigated the global and conti...
Precipitation events are expected to become substantially more intense under global warming, but few...
Precipitation extremes are expected to increase in a warming climate, thus it is essential to charac...
Finer grids in global climate models could lead to an improvement in the simulation of precipitation...
We examine the resolution dependence of errors in extreme sub-daily precipitation in available high-...
To investigate the influence of atmospheric model resolution on the representation of daily precipit...
Climate models tend to overestimate percentage of the contribution (to total precipitation) and freq...
Open access articleExtreme value theory is used as a diagnostic for two high-resolution (12-km param...
This study explores whether climate models with higher spatial resolutions provide higher accuracy f...
Climate models often underestimate the magnitude of extreme precipitation. We compare the performanc...
Abstract Climate models are crucial for assessing climate variability and change. A reliable model f...
The importance of warning the population of floods and extreme precipitation is big and therefore th...
Global warming is expected to lead to a large increase in atmospheric water vapor content and to cha...
Extremes of precipitation are examined in a wide range of climates simulated with an idealized aquap...
The ability of general circulation models (GCMs) to correctly simulate precipitation is usually asse...
Climate change could exacerbate extreme climate events. This study investigated the global and conti...