species.level

This dataset contains the matrix describing trophic interactions from a deutsch soil food-web (Digel et al. 2014, Oikos)
as well as some ecological information on species: biomasses, body masses and and species names.

Compute energy fluxes in trophic networks, from resources to their consumers, and can be applied to systems ranging from simple two-species interactions to highly complex food webs. It implements the approach described in Gauzens et al. (2017) <doi:10.1101/229450> to calculate energy fluxes, which are also used to calculate equilibrium stability.

Benoit Gauzens

fluxweb

Estimate Energy Fluxes in Food Webs

species.level function

a list of 5 elements:<dl class="dl-horizontal">
 <dt>mat</dt><dd>the network adjacency matrix</dd>
 <dt>biomasses</dt><dd>species biomasses (g)</dd>
 <dt>bodymasses</dt><dd>species bodymasses (g)</dd>
 <dt>efficiencies</dt><dd>species assimilation efficiencies</dd>
 <dt>names</dt><dd>species names</dd>
</dl>

Format

Food web of a soil network ecosystem and species general information. — species.level

a list of 5 elements:<dl class='dl-horizontal'>
 <dt>mat</dt><dd>the network adjacency matrix</dd>
 <dt>biomasses</dt><dd>species biomasses (g)</dd>
 <dt>bodymasses</dt><dd>species bodymasses (g)</dd>
 <dt>efficiencies</dt><dd>species assimilation efficiencies</dd>
 <dt>names</dt><dd>species names</dd>
</dl>

species.level: Food web of a soil network ecosystem and species general information.

Description

Arguments

Format