<p>(A) The average number of foraging bouts (mean ± s.e.m., <i>n</i> = 7 bees) before a bee made its first visit to each flower (F1–F5). Letters above columns indicate significant differences (GLMM, effect of flower on the number of bouts, <i>t</i> test: <i>p</i><0.05). (B) Proportion of arrivals (a) and departures (d) made by each bee in the four quadrants (90° sectors) of the landing platform on all flower visits. (C) Proportion of transition vectors (either nest-flower, flower-flower, or flower-nest) repeated in two successive bouts in relation to the optimality ratio (straight line length of the observed visitation sequence divided by the straight line length of the shortest possible sequence to visit the same number of flowers) of the ...
Number of times each type of plant was visited (i.e., the number of times the bee arrived at a plant...
Summary. In field experiments, we mapped the regular for-aging routes (traplines) of marked bumble b...
<p>Here, the percentage of errors (less rewarding (experiment 1) or unrewarding (experiment 2) flowe...
<p><b>a</b>) Predicted optimisation performance of bees in relation to the numbers of flowers, N, th...
<p>(a) The average time when training started for bees in each of the six colonies. The average numb...
<p>Average (mean ± s.e.) number of visits to a flower during a foraging bout in relation to the outc...
<p>On both the first and last flower of the trip, bees visiting flowers legitimately discovered nect...
<p><b>a</b>) Cumulative proportion of model bees with traplines of length L/L<sub>min</sub> is the l...
<p>Choices are broken down into the colony mean (±1 S.E.) numbers of blue and yellow landings (panel...
Pollinating bees develop foraging circuits (traplines) to visit multiple flowers in a manner that mi...
<p>First panel (a) shows a conceptual diagram, illustrating how landscape grid cells with flowers ar...
<p>When flowers had nectar guides (diagonal hatched lines), bees made a greater number of legitimate...
International audienceAddendum to: Lihoreau M, Raine NE, Reynolds AM, Stelzer RJ, Lim KS, Smith AD, ...
<p>Analysis of variance for the number of brood cells, flower visits, visited foraging habitat and f...
<p>The similarity index quantifies the similarity between pairs of flower visitation sequences. They...
Number of times each type of plant was visited (i.e., the number of times the bee arrived at a plant...
Summary. In field experiments, we mapped the regular for-aging routes (traplines) of marked bumble b...
<p>Here, the percentage of errors (less rewarding (experiment 1) or unrewarding (experiment 2) flowe...
<p><b>a</b>) Predicted optimisation performance of bees in relation to the numbers of flowers, N, th...
<p>(a) The average time when training started for bees in each of the six colonies. The average numb...
<p>Average (mean ± s.e.) number of visits to a flower during a foraging bout in relation to the outc...
<p>On both the first and last flower of the trip, bees visiting flowers legitimately discovered nect...
<p><b>a</b>) Cumulative proportion of model bees with traplines of length L/L<sub>min</sub> is the l...
<p>Choices are broken down into the colony mean (±1 S.E.) numbers of blue and yellow landings (panel...
Pollinating bees develop foraging circuits (traplines) to visit multiple flowers in a manner that mi...
<p>First panel (a) shows a conceptual diagram, illustrating how landscape grid cells with flowers ar...
<p>When flowers had nectar guides (diagonal hatched lines), bees made a greater number of legitimate...
International audienceAddendum to: Lihoreau M, Raine NE, Reynolds AM, Stelzer RJ, Lim KS, Smith AD, ...
<p>Analysis of variance for the number of brood cells, flower visits, visited foraging habitat and f...
<p>The similarity index quantifies the similarity between pairs of flower visitation sequences. They...
Number of times each type of plant was visited (i.e., the number of times the bee arrived at a plant...
Summary. In field experiments, we mapped the regular for-aging routes (traplines) of marked bumble b...
<p>Here, the percentage of errors (less rewarding (experiment 1) or unrewarding (experiment 2) flowe...