<p>Percentage of cooperators when there are 40 <i>SD</i><sub>1</sub> and varying <i>PD</i> and <i>SD</i><sub>2</sub> agents.</p
<p>On the top panel (a), corresponding players on two networks always have the same coupling strengt...
<p>Panel (a) illustrates the average fraction of cooperators, while (b) corresponds to the level of ...
<p>Cooperation starts at just below 50% in all treatments. Cooperation rapidly increases over period...
<p>Percentage of cooperators when there are 20 <i>SD</i><sub>1</sub> and varying <i>PD</i> and <i>SD...
<p>Percentage of cooperators when there are 60 <i>PD</i>, 20 <i>SD</i><sub>1</sub> and 20 <i>SD</i><...
<p>Percentage of cooperators when there are different portions of <i>SD</i><sub>1</sub> and <i>SD</i...
<p>Percentage of cooperators when there are different portions of <i>SD</i><sub>1</sub> agents.</p
<p>Agents’ strategies when there are 29 <i>PD</i>, 20 <i>SD</i><sub>1</sub> and 51 <i>SD</i><sub>2</...
<p>Four different situations are shown after 5 runs and 2000 iterations per simulation with <i>a</i>...
<p>Percentage of cooperators with respect to time for 4 different initial conditions for 5 runs and ...
<p>The plot shows the evolution of the number of cooperators over a typical run (see also <a href="h...
<p>Percentage of cooperators with respect to time for 2 different initial conditions for 5 runs and ...
<p>Proportion of established links with defectors, cooperators, and unknown partners according to pl...
<p>It is interesting to observe that too high initial values of may act detrimental on the evolutio...
The depicted results are obtained for M = 1 and K = 0.5. The curves show that the proportion of coop...
<p>On the top panel (a), corresponding players on two networks always have the same coupling strengt...
<p>Panel (a) illustrates the average fraction of cooperators, while (b) corresponds to the level of ...
<p>Cooperation starts at just below 50% in all treatments. Cooperation rapidly increases over period...
<p>Percentage of cooperators when there are 20 <i>SD</i><sub>1</sub> and varying <i>PD</i> and <i>SD...
<p>Percentage of cooperators when there are 60 <i>PD</i>, 20 <i>SD</i><sub>1</sub> and 20 <i>SD</i><...
<p>Percentage of cooperators when there are different portions of <i>SD</i><sub>1</sub> and <i>SD</i...
<p>Percentage of cooperators when there are different portions of <i>SD</i><sub>1</sub> agents.</p
<p>Agents’ strategies when there are 29 <i>PD</i>, 20 <i>SD</i><sub>1</sub> and 51 <i>SD</i><sub>2</...
<p>Four different situations are shown after 5 runs and 2000 iterations per simulation with <i>a</i>...
<p>Percentage of cooperators with respect to time for 4 different initial conditions for 5 runs and ...
<p>The plot shows the evolution of the number of cooperators over a typical run (see also <a href="h...
<p>Percentage of cooperators with respect to time for 2 different initial conditions for 5 runs and ...
<p>Proportion of established links with defectors, cooperators, and unknown partners according to pl...
<p>It is interesting to observe that too high initial values of may act detrimental on the evolutio...
The depicted results are obtained for M = 1 and K = 0.5. The curves show that the proportion of coop...
<p>On the top panel (a), corresponding players on two networks always have the same coupling strengt...
<p>Panel (a) illustrates the average fraction of cooperators, while (b) corresponds to the level of ...
<p>Cooperation starts at just below 50% in all treatments. Cooperation rapidly increases over period...
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