<p>The solid line represents a forager with a long time-frame of foraging (i.e., a simulation which ended after the forager consumed 10,000 food units). The dashed line represents a forager with an intermediate time-frame (1,000 food units), and the dotted line represents a forager with a short time-frame (100 food units). The dotted vertical line indicates on the average quality of the environment. Error bars represent one standard deviation.</p
Change in average fitness (A), Φ (B) and surprisal (C) over evolutionary time for the easy task (bla...
<p>The figure shows the parameters of the experiments using the conventional representation used in ...
<p>Proportion of simulations that reach extinction after 3 simulated years when males are released w...
<p>The solid line represents a forager with a long time-frame of foraging (i.e., a simulation which ...
<p>The lines' color and shape represent different foragers making decisions according to different e...
<p>The different lines represent foragers with different initial estimates of the environment, as de...
<p>The different lines represent foragers with different initial estimates of the environment, as de...
Abstract. Attempts to include psychological constraints in models of foraging behaviour diVer in the...
A predator's foraging performance is related to its ability to acquire sufficient information on env...
<p>Shaded region indicates 95% credible interval. Dotted lines indicate uncertainty of upper and low...
<p>Boxes represent a 68% credible interval (corresponding to the 16th and 84th percentiles) while th...
<p>The blue line represents the patch that had more agents after 600 time steps, the red line the ot...
<p>Central points indicate median value and error bars indicate the interquartile ranges for the 50 ...
<p>Black = no preparedness, gray = with preparedness. The means are derived from averaging time-step...
<p>Characteristics of the simulated populations separated by life form for A) mean frequency, B) num...
Change in average fitness (A), Φ (B) and surprisal (C) over evolutionary time for the easy task (bla...
<p>The figure shows the parameters of the experiments using the conventional representation used in ...
<p>Proportion of simulations that reach extinction after 3 simulated years when males are released w...
<p>The solid line represents a forager with a long time-frame of foraging (i.e., a simulation which ...
<p>The lines' color and shape represent different foragers making decisions according to different e...
<p>The different lines represent foragers with different initial estimates of the environment, as de...
<p>The different lines represent foragers with different initial estimates of the environment, as de...
Abstract. Attempts to include psychological constraints in models of foraging behaviour diVer in the...
A predator's foraging performance is related to its ability to acquire sufficient information on env...
<p>Shaded region indicates 95% credible interval. Dotted lines indicate uncertainty of upper and low...
<p>Boxes represent a 68% credible interval (corresponding to the 16th and 84th percentiles) while th...
<p>The blue line represents the patch that had more agents after 600 time steps, the red line the ot...
<p>Central points indicate median value and error bars indicate the interquartile ranges for the 50 ...
<p>Black = no preparedness, gray = with preparedness. The means are derived from averaging time-step...
<p>Characteristics of the simulated populations separated by life form for A) mean frequency, B) num...
Change in average fitness (A), Φ (B) and surprisal (C) over evolutionary time for the easy task (bla...
<p>The figure shows the parameters of the experiments using the conventional representation used in ...
<p>Proportion of simulations that reach extinction after 3 simulated years when males are released w...