Partitioning Uncertainty Components of an Incomplete Ensemble of Climate Projections


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Documentation for package ‘QUALYPSO’ version 2.3

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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