The effect of ice damage on Amundsen Sea Embayment projections

==============================================================The effect of ice damage on Amundsen Sea Embayment projections============================================================== ------------------------------INTRODUCTION------------------------------ This dataset contains the data and scripts required to reproduce the figures and tables presented in the study:"The effect of ice damage on Amundsen Sea Embayment projections". ------------------------------PROVIDED SCRIPTS: ------------------------------ Kori-ULB contains all the necessary script to reproduce this study. Script are sorted by subfolder (ASE_scripts, MISMIP+_scripts, subroutines). The main scripts are: - 'KoriModelAll.m' and 'KoriInputParams.m': Kori-ULB ice flow model (more info at https://github.com/FrankPat/Kori-ULB) - 'Init.m': Initialization script - 'DamageForcing.m': Forcing script - 'LHSensemble.mat': Parameter Ensemble. In this study only u0. - 'MISMIPplus.m': MISMIP= script. ------------------------------PROVIDED DATA: ------------------------------ Data are stored in the ASE and AIS folder. 1D fields are stored in 1D_DATA. 2D fields are stored in 2D_DATA. 1D files: law: - 'gln' refers to glen flow law. - 'bye' refers to Nye damage law. - 'wrt' refers to Weertman damage law. scenario: - 'pd' present-day forcing - 'rcp26' RCP2.6 forcing - 'rcp85' RCP8.5 forcing variables with time dimension: - 'SLC' sea-level contribution in meters - 'Ag' grounded ice extension in m^2 - 'n' number of simulations which are still running variables without time dimension: - 'dBMB_2100-2015' Basal-mass balance between year 2100-2015 (in Gt) - 'ddynC_2100-2015' Dynamical mass loss between year 2100-2015 (in mm) 2D files: We selected only the snapshot for RCP8.5 scenario which are presented in the main manuscript since they are too heavy. We can provide the rest of the data upon request. ------------------------------FIGURES: ------------------------------ 'FigureScript' contains the python script to reproduce the presented figures. The path to the data needs to be changed accordingly.