simple.case

This dataset correspond to the food web of a microcosm assembled from the Chesapeake Bay estuary (Lefcheck and Duffy 2010, Ecology)

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

simple.case function

a list of 4 elements:<dl class="dl-horizontal">
 <dt>mat</dt><dd>the network adjacency matrix</dd>
 <dt>met.rate</dt><dd>metabolic rates of species (J.h-1)</dd>
 <dt>biomasses</dt><dd>species biomasses (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. — simple.case

a list of 4 elements:<dl class='dl-horizontal'>
 <dt>mat</dt><dd>the network adjacency matrix</dd>
 <dt>met.rate</dt><dd>metabolic rates of species (J.h-1)</dd>
 <dt>biomasses</dt><dd>species biomasses (g)</dd>
 <dt>efficiencies</dt><dd>species assimilation efficiencies</dd>
 <dt>names</dt><dd>species names</dd>
</dl>

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

Description

Arguments

Format