julia-hydrotools

You can compute solar radiation and evapotranspiration in Julia by installing the HydroTools package and calling functions like cal_Rsi_toa with latitude and day-of-year to obtain daily radiation estimates for hydroclimate analysis.

For hydroclimate data preprocessing, you can calculate shortwave radiation, longwave radiation, potential evapotranspiration, sunrise and sunset times, and humidity to prepare meteorological data for hydrological models.

Yes, the HydroTools functions support Julia broadcasting, allowing you to pass both scalar and vector inputs to process multiple climate data points simultaneously for energy balance studies.

You can convert radiation units from MJ per day to W per square meter in Julia using the MJ2W function provided by the HydroTools package during your extraterrestrial radiation calculations.

The best way to estimate daily extraterrestrial radiation is using the cal_Rsi_toa function in Julia, which takes latitude and day-of-year as inputs to compute radiation for hydrological studies.

No external dependencies are required to calculate sunrise and sunset times in Julia, as the HydroTools package provides these lightweight climate computation functions natively without additional package installations.