Principle equations used in Eco-Hydrology.

Documentation for package ‘EcoHydRology’ version 0.3.5

EcoHydRology-package	Principle equations used in Eco-Hydrology.
alter_files	A function to alter files called from swat_objective_function
AtmosphericEmissivity	Atmospheric Emissivity
build_gsod_forcing_data	Parsing gzipped GSOD dataset.
build_swat_basic	This function builds a basic SWAT initialization.
change_params	Example dataframe of parameters, ranges, and search strings for optimizing swat2005
declination	Solar Declination
EcoHydRology	Principle equations used in Eco-Hydrology.
EnvirEnergy	The Surface Net Energy Budget
EstCloudiness	Estimated Cloudiness
EvapHeat	Evaporative heat exchange between a surface and the surrounding air
get_gsod_stn	Obtain Global Summary of Day data
GroundHeat	Heat conducted to the bottom of a snowpack
GSOD_history	ish-history.txt
Longwave	Daily Longwave Radiation
NetRad	Title to be replaced Daily Net Radiation
PotentialSolar	Potential Solar Radiation
RainHeat	Heat from Rain
readSWAT	Read output.* files from SWAT2005
runSWAT2005	This runs the SWAT2005 executable in the current directory.
SatVaporDensity	Saturated Vapor Density
SensibleHeat	Sensible Heat Exchange
setup_swatcal	A function to setup a swat calibration
slopefactor	Slope Factor
SoilStorage	Calculating S in the Curve Number Equation from soil water content
Solar	Solar Radiation
solarangle	Solar Angle
solaraspect	Solar Aspect
swat_general	All files required for a general SWAT run.
swat_objective_function	A basic objective function to calibrate parameters in SWAT
transmissivity	Transmissivity