fit.climate.response | fit.climate.response |
get.Qmat | get.Qmat |
get.Qstar.mat | get.Qstar.mat |
lm.ANOVA | lm.ANOVA |
plotQUALYPSOclimateChangeResponse | plotQUALYPSOclimateChangeResponse |
plotQUALYPSOclimateResponse | plotQUALYPSOclimateResponse |
plotQUALYPSOeffect | plotQUALYPSOeffect |
plotQUALYPSOgrandmean | plotQUALYPSOgrandmean |
plotQUALYPSOMeanChangeAndUncertainties | plotQUALYPSOMeanChangeAndUncertainties |
plotQUALYPSOMeanChangeAndUncertaintiesBetatest | plotQUALYPSOMeanChangeAndUncertaintiesBetatest |
plotQUALYPSOTotalVarianceByScenario | plotQUALYPSOTotalVarianceByScenario |
plotQUALYPSOTotalVarianceDecomposition | plotQUALYPSOTotalVarianceDecomposition |
QUALYPSO | QUALYPSO |
QUALYPSO.ANOVA | QUALYPSO.ANOVA |
QUALYPSO.ANOVA.i | QUALYPSO.ANOVA.i |
QUALYPSO.check.option | QUALYPSO.check.option |
QUALYPSO.process.scenario | QUALYPSO.process.scenario |
scenAvail | List of GCM and RCM which have been used for the 20 climate projections |
Xfut_globaltas | Vector of of future warming levels |
Xfut_time | Xfut_time is a vector of 11 years equally spaced from 1999 to 2099 |
X_globaltas | Annual warming levels simulated by different CMIP5 GCMs |
X_time_mat | Years 1971-2099 repeated for the 20 scenarios |
X_time_vec | X_time_vec gives the years corr. to Y, i.e. from 1971 to 2099 |
Y | Mean winter temperature over CEU with 20 GCM/RCM combinations for 1971-2099 |