axis_fun()
|
Helper function for axis labels using base plotting |
biweek.period()
|
Biweekly Period during Water Year |
cond.to.spc()
|
Converts conductance to specific conductivity |
cfs.to.m3d()
|
Random conversion helpers |
cv.per()
|
Coefficient of variation |
dat.interp()
|
Nutrient Load: Linearly interpolates data to conduct nutrient load calculations |
date_fun()
|
Date function to convert character/other as.POSIXct to date. |
DBHYDRO_breakpoint()
|
Data retrievial from South Florida Water Management District online database (DBHYDRO) |
DBHYDRO_daily()
|
Data retrievial from South Florida Water Management District online database (DBHYDRO) |
DBHYDRO_WQ()
|
Data retrievial from South Florida Water Management District online database (DBHYDRO) |
decimal.WY()
|
Decimal water year from a date field |
DO.Screening()
|
Function to screen dissolved oxygen data within the Everglades Ecosystem prior to evaluating compliance with established water quality standards. |
DO.TOD.WQS.stream()
|
Florida Department of Environmental Protection Time-of-day dissolved oxygen water quality criteria |
DO_PerSat()
|
Calculates dissolved oxygen percent saturation from concentration. |
dst.to.est()
|
converts Eastern Daylight Saving time (EDT) to Eastern Standard Time (EST) |
dunn.letters()
|
Plotting helper function to add letters indicating statistically similar parings. |
ecdf_fun()
|
eCDF with confidence intervals |
errorbars()
|
Errorbars to be used with base plotting |
FL.Hydroseason()
|
A function to return the wet/dry hydrologic season specific to south Florida |
Folder.Maker()
|
Function to make folders within working directory. |
hydro.day()
|
Day of Water Year |
Load.Calc.kg()
|
Nutrient Load: Calculates load from discharge and concentration data |
log(<scale.fun>)
|
Generate Log-base 10 sequence of values to be used in conjunction with axis_fun when plotting log data |
N()
|
Returns sample size |
pt_error()
|
Point with error bars |
pt_line()
|
Base plotting helper function. |
pt_line_error()
|
Point with error bars |
qq.function()
|
Calculation of theortical quantile (Quantile-Quantile Plot) |
read.access()
|
Data retrievial from South Florida Water Management District online database (DBHYDRO) |
SalinityCalc()
|
Calculates salinity from Specific Conductance and Temperature data |
SE()
|
Calcualtes standard error |
shaded.range()
|
Base plotting helper function to draw a shaded polygon |
stickplot.dat.arrows()
|
windspeed and direction helper functions for base plotting |
thessian_create()
|
GIS Function to create thessian polygons from spatial points. |
TN_Combine()
|
Nitrogen concentration data handling |
WY()
|
Determines Water Year from a date field |