Finnish_Lakes

Dataset of stable isotope values from two relatively large and deep
oligotrophic Finnish lakes Inari and Kilpis.

datasets

Estimates the trophic position of a consumer relative
to a baseline species. It implements a Bayesian approach which combines an
interface to the 'JAGS' MCMC library of 'rjags' and stable isotopes. Users are
encouraged to test the package and send bugs and/or errors to
trophicposition-support@googlegroups.com.

Claudio Quezada-Romegialli

tRophicPosition

Bayesian Trophic Position Calculation with Stable Isotopes

Finnish_Lakes function

A data frame with 7 variables:<dl class="dl-horizontal">
 <dt>Lake</dt><dd>factor, with two levels, each representing one Lake</dd>
 <dt>Species.group</dt><dd>factor, with 20 levels, each representing one species</dd>
 <dt>d13C</dt><dd>numeric, representing delta 13 C isotope values</dd>
 <dt>d15N</dt><dd>numeric, representing delta 15 N isotope values</dd>
 <dt>C</dt><dd>numeric, amount of carbon</dd>
 <dt>N</dt><dd>numeric, amount of nitrogen</dd>
 <dt>C.N</dt><dd>numeric, C/N ratio</dd>
</dl>

Format

Data frame of food webs in Inari and Kilpis Lakes (Finland) — Finnish_Lakes

A data frame with 7 variables:<dl class='dl-horizontal'>
 <dt>Lake</dt><dd>factor, with two levels, each representing one Lake</dd>
 <dt>Species.group</dt><dd>factor, with 20 levels, each representing one species</dd>
 <dt>d13C</dt><dd>numeric, representing delta 13 C isotope values</dd>
 <dt>d15N</dt><dd>numeric, representing delta 15 N isotope values</dd>
 <dt>C</dt><dd>numeric, amount of carbon</dd>
 <dt>N</dt><dd>numeric, amount of nitrogen</dd>
 <dt>C.N</dt><dd>numeric, C/N ratio</dd>
</dl>

Finnish_Lakes: Data frame of food webs in Inari and Kilpis Lakes (Finland)

Description

Usage

Arguments

Format