irrigation_param_analysis

This repository contains the code for the analysis of the irrigation parameterization implemented into REMO2020-iMOVE¹.

Figure overview

Figure	directory	plotting routine
Fig003	experiment_setup	Fig03_Model_domain_irrigated_fraction_spatial.py
Fig004	testing_schemes	Fig04_Test_schemes_irrigation_water_hourly_development.py
Fig005	testing_schemes	Fig05_Test_schemes_irrigation_water_spatial.py
Fig006	meteo_condition	Fig06_Meteo_condition_spatial.py
Fig007	meteo_condition	Fig07_Meteo_condition_AMJJA_series.py
Fig008	process_analysis	Fig08_Process_analysis_soil_surface_vars.py
Fig009	process_analysis	Fig09_Process_analysis_soil_surface_fluxes_spatial.py
Fig010	process_analysis	Fig10_Process_analysis_surface_energy_budget_diurnal_series.py
Fig011	process_analysis	Fig11_Process_analysis_t2m_rh.py
Fig012	process_analysis	Fig12_Process_analysis_precip.py
Fig013	process_analysis	Fig13_Process_analysis_LAI_NPP_AMJ_spatial.py
Fig014	process_analysis	Fig14_Process_analysis_LAI_NPP_series.py
Fig015	delayed_effects	Fig15_Delayed_effects_t2m_spatial.py
Fig016	delayed_effects	Fig16_Delayed_effects_heatwave_combined_series.py
FigA2	appendix	A2_schemes_soil_moisture_runoff_drainage_series.py
FigA3	appendix	A3_A4_schemes_effects_soil_moisture_surface_temp.py
FigA4	appendix	A3_A4_schemes_effects_soil_moisture_surface_temp.py
FigB1	appendix	B1_irrigation_Aug.py
FigC1	appendix	C1_station_locations_spatial_scatter.py

Installation

Create a new conda environment using, e.g.

conda env create -f environment.yaml

Afterwards, you can install the required plotting and analysis_functions using

pip install -e .

Data access

To reproduce the analysis, please download the model output data from

using, e.g.,

python download_zenodo.py.

The observational data for the analysis in

• /compare_obs/Tab3_Eval_Scia_t2m.py
• /appendix/C1_station_locations_spatial_scatter.py

was originally downloaded from serverstazioni. It is included in V2 from https://doi.org/10.5281/zenodo.10014915

Footnotes

1. Asmus, C., Hoffmann, P., Pietikäinen, J.-P., Böhner, J., and Rechid, D.: Modeling and evaluating the effects of irrigation on land–atmosphere interaction in southwestern Europe with the regional climate model REMO2020–iMOVE using a newly developed parameterization, Geosci. Model Dev., 16, 7311–7337, https://doi.org/10.5194/gmd-16-7311-2023, 2023. ↩