virtualComCompetition

<p>50 species in interaction in a metaweb, with presence/absence data for
  400 locations and a single enviromental variable.</p>

A collection of advanced tools, methods and models specifically  designed  for  analyzing different  types  of  ecological  networks - especially  antagonistic  (food  webs,  host-parasite),  mutualistic (plant-pollinator, plant-fungus, etc)  and competitive networks, as well as their variability in time and space. Statistical models are developed to describe and understand the mechanisms that determine species interactions, and to decipher the organization of these ecological networks (Ohlmann et al. (2019)  <doi:10.1111/ele.13221>, Gonzalez et al. (2020) <doi:10.1101/2020.04.02.021691>, Miele et al. (2021) <doi:10.48550/arXiv.2103.10433>, Botella et al (2021) <doi:10.1111/2041-210X.13738>).

Vincent Miele

econetwork

Analyzing Ecological Networks

Catherine Matias

Stephane Dray

Christophe Botella

Marc Ohlmann

Giovanni Poggiato

Wilfried Thuiller

virtualComCompetition function

<p>A list containing three objects presence, metaweb and environmentvar.</p>

Format

Dataset simulated with communities whose composition is driven
  simultaneously by biotic (competition) and abiotic environmental effects. — virtualComCompetition

Dataset simulated with communities whose composition is driven
  simultaneously by biotic (competition) and abiotic environmental effects.

virtualComCompetition: Dataset simulated with communities whose composition is driven simultaneously by biotic (competition) and abiotic environmental effects.

Description

Usage

Arguments

Format