Our latest research on Extinction-induced community reorganization in bipartite networks with @SomayeSheykhali, @AnnaTraveset and Víctor M. Eguíluz is out and open access. Check it out! https://t.co/JHxQOw31PC
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @AnnaTraveset: Our paper "Extinction-induced community reorganization in bipartite networks" is out in Applied Network Science. https:/…
RT @AnnaTraveset: Our paper "Extinction-induced community reorganization in bipartite networks" is out in Applied Network Science. https:/…
RT @AnnaTraveset: Our paper "Extinction-induced community reorganization in bipartite networks" is out in Applied Network Science. https:/…
RT @AnnaTraveset: Our paper "Extinction-induced community reorganization in bipartite networks" is out in Applied Network Science. https:/…
Our paper "Extinction-induced community reorganization in bipartite networks" is out in Applied Network Science. https://t.co/XbA9xLFLOa. We model extinctions as node or interaction removals; modularity increases and spp. persistence decreases with incre
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
RT @alexvespi: Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease…
Extinction-induced community reorganization in bipartite networks “increase of the effective modularity and a fast decrease of the persistence of the species in the original communities with increasing number of extinction events” https://t.co/twRJkf8JNA h
Extinction-induced community reorganization in bipartite networks. (arXiv:1905.13007v1 [physics.soc-ph]) https://t.co/8MdVFvLTzo
arXiv: Extinction-induced community reorganization in bipartite networks https://t.co/J0nVQ0Dpzq
Extinction-induced community reorganization in bipartite networks. (arXiv:1905.13007v1 [physics.soc-ph]) https://t.co/TnQCJGxwKE #sociophysics
Extinction-induced community reorganization in bipartite networks. https://t.co/WkWU3IHfJ2
RT @appliednetsci: Extinction-induced community reorganization in bipartite networks https://t.co/bmlPyJcf3b #community #ecology https://t…
RT @networkspapers: Appl. Network Sci.: Extinction-induced community reorganization in bipartite networks https://t.co/gqjVZCvZ2R
Appl. Network Sci.: Extinction-induced community reorganization in bipartite networks https://t.co/gqjVZCvZ2R
Extinction-induced community reorganization in bipartite networks https://t.co/bmlPyJcf3b #community #ecology https://t.co/pyXn8RrgRj