Supplementary data: Quantifying and numerically representing recharge and flow components in a karstified carbonate aquifer

The following data and information is related to the paper "Quantifying and numerically representing recharge and flow components in a karstified carbonate aquifer":

Observed and estimated hydrological time series (hourly spring discharge, hourly rainfall, daily minimum and maximum air temperature and evapotranspiration) and modelling results (hourly discharges and flows) using an InfoWorks ICM pipe network model, as well as R code to compute Fourier transform / power spectrum of time series.

See 'readme_Schuler_etal_WRR_supplementary data.pdf' for more information.