Making sense of ecological networks is a very complicated process. We build tools and measures to understand their structure, and develop theory to understand how this structure emerges.
EcologicalNetworks.jl: Analysing Ecological Networks of Species Interactions
Complex Ecological Networks
Mangal.jl and EcologicalNetworks.jl: Two Complementary Packages for Analyzing Ecological Networks in Julia
The Structure of Probabilistic Networks
Analysing Ecological Networks of Species Interactions
A Comparative Study of Ecological Specialization Estimators
An a Posteriori Measure of Network Modularity
BiMat: A MATLAB Package to Facilitate the Analysis of Bipartite Networks
Identifying a Common Backbone of Interactions Underlying Food Webs From Different Ecosystems
Revisiting the Links-Species Scaling Relationship in Food Webs
SVD Entropy Reveals the High Complexity of Ecological Networks
Shortcomings of Reusing Species Interaction Networks Created by Different Sets of Researchers
What Constrains Food Webs? a Maximum Entropy Framework for Predicting Their Structure With Minimal Biases
When Is an Ecological Network Complex? Connectance Drives Degree Distribution and Emerging Network Properties