<p>Top row: The population potential landscape ((A) predation model. (B) competition model. (C) mutualism model.) Purple arrows represent the flux velocity() while the black arrows represent the negative gradient of population potential(). Bottom row: The potential intrinsic energy landscape . ((D) predation model. (E) competition model. (F) mutualism model.). Purple arrows represent the intrinsic flux velocity() while the black arrows represent the negative gradient of intrinsic potential().</p
Predator-prey system, as an essential element of ecological dynamics, has been recently studied expe...
<p>(A) The barrier height of the population landscape versus . (B) The escape time versus barrier he...
<p>(A) The population potential landscape for lynx-snowshoe hare model. (B) The barrier heights vers...
<p>(A) The paths on the intrinsic potential landscape for competition model. (B) The paths on the i...
<p>The 3 dimensional population landscapes <i>U</i> with increasing parameter <i>c</i> are shown in ...
<p>The flux on the population potential landscape with . Purple arrows represent the flux () while t...
<p>(A) shows the 2-dimensional landscape and probabilistic flux for oscillation state at D = 0.001, ...
<p>The barrier heights of intrinsic potential landscape versus parameters (A), (B), (C). The free...
<div><p>The species in ecosystems are mutually interacting and self sustainable stable for a certain...
The species in ecosystems are mutually interacting and self sustainable stable for a certain period....
The species in ecosystems are mutually interacting and self sustainable stable for a certain period....
<p>Predators are pictured as open circles while prey individuals are represented as black dots. Thic...
This code base creates the raw image files used in the Hale & Valdovinos 2021 manuscript entitled "E...
<p>The barrier heights of intrinsic potential landscape versus (A), (B), (C). The free energy ver...
<p>(A/B) Color map of the reconstructed potential <i>U</i> = -ln<i>P</i><sub><i>ss</i></sub> on the ...
Predator-prey system, as an essential element of ecological dynamics, has been recently studied expe...
<p>(A) The barrier height of the population landscape versus . (B) The escape time versus barrier he...
<p>(A) The population potential landscape for lynx-snowshoe hare model. (B) The barrier heights vers...
<p>(A) The paths on the intrinsic potential landscape for competition model. (B) The paths on the i...
<p>The 3 dimensional population landscapes <i>U</i> with increasing parameter <i>c</i> are shown in ...
<p>The flux on the population potential landscape with . Purple arrows represent the flux () while t...
<p>(A) shows the 2-dimensional landscape and probabilistic flux for oscillation state at D = 0.001, ...
<p>The barrier heights of intrinsic potential landscape versus parameters (A), (B), (C). The free...
<div><p>The species in ecosystems are mutually interacting and self sustainable stable for a certain...
The species in ecosystems are mutually interacting and self sustainable stable for a certain period....
The species in ecosystems are mutually interacting and self sustainable stable for a certain period....
<p>Predators are pictured as open circles while prey individuals are represented as black dots. Thic...
This code base creates the raw image files used in the Hale & Valdovinos 2021 manuscript entitled "E...
<p>The barrier heights of intrinsic potential landscape versus (A), (B), (C). The free energy ver...
<p>(A/B) Color map of the reconstructed potential <i>U</i> = -ln<i>P</i><sub><i>ss</i></sub> on the ...
Predator-prey system, as an essential element of ecological dynamics, has been recently studied expe...
<p>(A) The barrier height of the population landscape versus . (B) The escape time versus barrier he...
<p>(A) The population potential landscape for lynx-snowshoe hare model. (B) The barrier heights vers...