Plot_Rarefaction: Plots the measured value versus rarefied samples or percent...
In GeoRange: Calculating Geographic Range from Occurrence Data

Description Usage Arguments Details Value Examples

Plots the measured value versus rarefied samples or percent error of estimates (PEE) of a rarefied samples for a geographic range measure

1 2	Plot_Rarefaction(Mes1_AllTaxa, Mes2_AllTaxa, symbol = 20, measure = 2, SampSize = 1, color = "black")

`Mes1_AllTaxa`	- Vector list of measured values for multiple taxa, from the GeoRarefaction_MultiTaxa function, or PEE calculations for multiple taxa, from from PEE_MultiTaxa function
`Mes2_AllTaxa`	- Vector list of measured values for multiple taxa, output from GeoRarefaction_MultiTaxa function
`symbol`	- Symbol used for plotting, as per pch graphical parameter
`measure`	- Specifies which measure to be plotted, 2=MST 3=CH 4=GCD 5=LatRg 6=LongRg 7=CellCount
`SampSize`	- Specifies the index value of the rarefaction sample size from the PEE_AllTaxa parameter
`color`	- Specifies the color of symbols being plotted

For each taxon for a specific geographic range measure using 95 Measure paramter is the ordinal position of the measure of interest 2=MST,3=CH,4=GCD,5=LatRg,6=LongRg,7=CellCount SampSize parameter indicates the index column position of steps size, default is first column (all points)

Returns a plot of measured geographic range values or PEE versus true value for a specific geographic range measure at varying sample sizes

## Not run: 
data(BivalvePBDB)
BivalveMatrix<-CoordList_PBDB(BivalvePBDB)
BivalveGeo<-GeoRarefaction_MultiTaxa(nLocCut=20,OccMatrix=BivalveMatrix,TaxaStart=3,replacePts=TRUE)
BivalvePEE<-PEE_MultiTaxa(BivalveGeo)
Plot_Rarefaction(BivalvePEE,BivalveGeo,symbol=20,measure=2,SampSize=2)

## End(Not run)