High-level functions that plot the sum numerical abundance (N) or biomass abundance (B) in equally-spaced log10 body-mass bins.
PlotBSpectrum(community,
lower = min(NP(community, "M"), na.rm = TRUE),
upper = max(NP(community, "M"), na.rm = TRUE),
n.bins = 10,
main = CPS(community)$title,
xlab = Log10MLabel(community),
ylab = Log10BLabel(community),
xlim = NULL,
ylim = NULL,
pch = 19,
show.bin.limits = TRUE,
show.bin.centres = FALSE,
...)PlotNSpectrum(community,
lower = min(NP(community, "M"), na.rm = TRUE),
upper = max(NP(community, "M"), na.rm = TRUE),
n.bins = 10,
main = CPS(community)$title,
xlab = Log10MLabel(community),
ylab = Log10NLabel(community),
xlim = NULL,
ylim = NULL,
pch = 19,
show.bin.limits = TRUE,
show.bin.centres = FALSE,
...)
A list
:
value returned by the BodyMassBins
function.
a linear regression fitted through the data.
an object of class Community
.
lower bound of the bins.
upper bound of the bins.
the number of bins.
title of the plot
title of the x axis.
title of the y axis.
limits of the x axis.
limits of the y axis.
plotting symbol.
logical - if TRUE
the centres of the bins are
marked with a line.
logical - if TRUE
the centres of the bins are
marked with a line.
other values to plot functions.
Lawrence Hudson
Community
,
BodyMassBins
,
PlotCircularWeb
,
PlotNPS
,
PlotNPSDistribution
,
PlotRankNPS
,
PlotTLPS
,
PlotWebByLevel
data(TL84)
PlotNSpectrum(TL84)
PlotBSpectrum(TL84)
Run the code above in your browser using DataLab