(A) Raw network structure of an empirical mutualistic network from actual observation data [40]. (B) The proportion of different stable states (y-axis) with random removal of a certain percentage of pollinators (x-axis). Total 1000 sub-networks are simulated in each column except for the first (0% represents the original network). (C) A typical plant-pollinator network after removing 80% of pollinators, in which tristability occurs. (D) The abundance of 17 plant species and 13 pollinator species (indicated by each column) in low, intermediate and high stable states using default parameters. The default values are set as follows: , , , κ = 1.07, γ0 = 1, δ = 0.5, h = 0.2, μ(P) = μ(A) = 0.001. (E) Illustration of seven possible stable states, ...
Coextinction models are useful to understand community robustness to species loss and resilience to...
Plant-pollinator networks are systems of outstanding ecological and economic importance. A particula...
The architecture and properties of many complex networks play a significant role in the functioning ...
Species extinctions pose serious threats to the functioning of ecological communities worldwide. We ...
[eng] High robustness of complex ecological systems in the face of speciesextinction has been hypoth...
[eng] In the last 15 years, a complex networks perspective has been increasingly used in the robustn...
<div><p>Most flowering plants depend on pollinators to reproduce. Thus, evaluating the robustness of...
The foundational concepts behind the persistence of ecological communities have been based on two ec...
<p>Proportion of pollinator species surviving under different scenarios of plant extinction represen...
The global decline of mutualists such as pollinators and seed dispersers may cause negative direct a...
There is growing awareness of pollinator declines worldwide. Conservation efforts have mainly focuse...
Mutualistic interactions conform the skeleton of many systems widespread in nature, with abundant ex...
The pollination success of animal-pollinated plants depends on the temporal coupling between floweri...
[eng] Mutualistic interactions conform the skeleton of many systems widespread in nature, with abund...
Abstract Plant–pollinator systems are essential for ecosystem functioning, which calls for an unders...
Coextinction models are useful to understand community robustness to species loss and resilience to...
Plant-pollinator networks are systems of outstanding ecological and economic importance. A particula...
The architecture and properties of many complex networks play a significant role in the functioning ...
Species extinctions pose serious threats to the functioning of ecological communities worldwide. We ...
[eng] High robustness of complex ecological systems in the face of speciesextinction has been hypoth...
[eng] In the last 15 years, a complex networks perspective has been increasingly used in the robustn...
<div><p>Most flowering plants depend on pollinators to reproduce. Thus, evaluating the robustness of...
The foundational concepts behind the persistence of ecological communities have been based on two ec...
<p>Proportion of pollinator species surviving under different scenarios of plant extinction represen...
The global decline of mutualists such as pollinators and seed dispersers may cause negative direct a...
There is growing awareness of pollinator declines worldwide. Conservation efforts have mainly focuse...
Mutualistic interactions conform the skeleton of many systems widespread in nature, with abundant ex...
The pollination success of animal-pollinated plants depends on the temporal coupling between floweri...
[eng] Mutualistic interactions conform the skeleton of many systems widespread in nature, with abund...
Abstract Plant–pollinator systems are essential for ecosystem functioning, which calls for an unders...
Coextinction models are useful to understand community robustness to species loss and resilience to...
Plant-pollinator networks are systems of outstanding ecological and economic importance. A particula...
The architecture and properties of many complex networks play a significant role in the functioning ...