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Example Notebooks

The repository consists of a collection of self-contained Jupyter notebooks that reproduce the analyses and figures presented in the associated publication. Each notebook focuses on a specific aspect of the evaluation, including spatial climatologies, precipitation statistics, annual and diurnal cycles, sea-surface temperature, and vertical temperature profile analyses.

Each section below provides a brief description of the corresponding notebook together with an example of the generated figure.


01_domain.ipynb

Description: Visualizes the ICON-CLM model domains used throughout the study.

Model domains


02_upper_boundary_coefficients.ipynb

Description: Compare ICON upper boundary coefficients.

Model domains


03_PSL_RCM_GCM.ipynb

Description: Compares seasonal mean sea-level pressure fields between RCM and GCM simulations.

Sea-level pressure


04_TAS_RCM_GCM.ipynb

Description: Evaluates seasonal near-surface air temperature differences between RCM and GCM simulations.

Near-surface temperature


05_PR_Relative_RCM_GCM.ipynb

Description: Shows the relative precipitation differences between RCM and GCM simulations.

Relative precipitation


06_PR_abs_RCM_GCM.ipynb

Description: Displays absolute precipitation climatologies together with RCM–GCM precipitation differences.

Absolute precipitation


07_annual_cycle.ipynb

Description: Analyzes the annual precipitation cycle over the selected evaluation regions.

Annual cycle


08_diurnal_cycle.ipynb

Description: Evaluates the mean diurnal precipitation cycle across the study domains.

Diurnal cycle


09_SST_RCM_IAEVAL.ipynb

Description: Evaluates seasonal sea-surface temperature differences relative to the reference dataset.

Sea-surface temperature


10_SST_interpolation_comparison.ipynb

Description: Compares sea-surface temperatures produced with the two SST interpolation methods and shows their distributions over the selected subdomain.

Figure 10a Figure 10b
Sea-surface temperature comparison Sea-surface temperature distribution
Spatial SST fields SST distributions

11_SST_gradient_comparison.ipynb

Description: Compares horizontal sea-surface temperature gradient magnitudes calculated from the two SST interpolation experiments.

Figure 11a Figure 11b
Sea-surface temperature gradient comparison Sea-surface temperature gradient distribution
Spatial SST-gradient fields SST-gradient distributions

12_T200_RCM_IAEVAL.ipynb

Description: Compares seasonal temperature fields at 200 hPa between simulations and the reference dataset.

Temperature at 200 hPa


13_14_13_14_Vert_TA_domains.ipynb

Figure 13 Figure 14
Mean seasonal vertical profiles of air temperature and lapse rate over Central Europe Mean seasonal vertical profiles of air temperature and lapse rate over Mediterranean
Spatial SST-gradient fields SST-gradient distributions

15_Vert_TA_profile_MID_EU.ipynb

Description: Displays seasonal vertical temperature profiles over the Mid-Europe domain.

Mid-Europe temperature profile


16_Vert_TA_profile_MED.ipynb

Description: Displays seasonal vertical temperature profiles over the Mediterranean domain.

Mediterranean temperature profile


17_Vert_TA_gradients_MID_EU.ipynb

Description: Evaluates vertical temperature gradients (lapse rates) over the Mid-Europe domain.

Mid-Europe lapse rate


18_Vert_TA_gradient_MED.ipynb

Description: Evaluates vertical temperature gradients (lapse rates) over the Mediterranean domain.

Mediterranean lapse rate