VFS-package |
Vegetated Filter Strip and Erosion Model |
APLE |
Agricultural Phosphorus Loss Estimator |
bufferdat |
Parameters for vegetated buffers |
MUSLE |
Modified Universal Soil Loss Equation |
MUSLE.K |
Estimate soil erodibility factor K. |
MUSLE.LS |
Estimate landscape factor LS |
peak |
Rational method to calculate peak discharge |
print.APLE |
Printing the result of APLE |
print.VFS |
Printing the result of VFS |
rainfall |
Generate simulated daily rainfall |
read.dly |
Read GHCN DLY daily weather file into a data frame |
soildat |
Soil texture class properties |
summary.APLE |
Summarize the result of APLE |
summary.VFS |
Summarize the result of VFS |
temperature |
Generate simulated mean temperature |
USC00368449.dly |
GHCN Data for State College, PA, 1980-2009 |
VFS |
Vegetated filter strip and erosion model |
VFSAPLE |
Link the VFS and APLE models. |
weather |
Ten years of daily weather data |
wth.param |
Calculate weather parameters from daily data for use in climate simulations |