Number of workers visiting the circle before the introduction of clean paper, and when clean paper and then a prey were introduced.

<p>We compared the number of workers on the entire circle during 10 minutes before the experiment, during 10 minutes after the introduction of the new, unmarked area and then 10 minutes after a prey was carefully deposited in the centre of that area. The box plots indicate the median (large horizontal bars), the 25th and 75th percentiles (squares), and the minimum and maximum values (whiskers). Statistical comparisons were conducted using glmm; *** = P<0.001.</p

Illustrations of the posture of marking workers.

<p>Includes a case where a worker is marking while nestmates are spread-eagling a <i>Camponotus</i> worker (upper left photo).</p

MOESM1 of Identification of bifurcation transitions in biological regulatory networks using Answer-Set Programming

Additional file 1. Details on ASP implementation. Providing a commented implementation in ASP for the identification of bifurcations using formal approximations

MOESM2 of Identification of bifurcation transitions in biological regulatory networks using Answer-Set Programming

Additional file 2. Models and scripts. Archive containing the model and scripts used for the experiments. Available at https://www.lri.fr/~pauleve/additional_file_2.zip

Number of markings per quarter surface unit when a clean piece of paper and then a prey were introduced.

<p>We compared the number of markings on two areas (a marked area or ¾ of a circle 29 cm in diameter and clean; unmarked areas or ¼ of the same circle) during 10 minutes after the introduction of the new, unmarked area (n = 35). Just after, a prey was carefully deposited in the centre and we again compared the number of markings on the two areas during 10 minutes. The box plots indicate the median (large horizontal bars), the 25th and 75th percentiles (squares), and the minimum and maximum values (whiskers). Statistical comparisons were conducted using glmm; *** = P<0.001 and * = P<0.05.</p

Hirtella datasets

Hirtella dataset

effects of larval stress and parasite infection

full data set of effects of predation stress and infection on larval development, adult size, fecundity, longevity and mosquito susceptibility

Trade-offs in mutualistic investment ESM from Trade-offs in mutualistic investment in a tripartite symbiosis

Detailed methodology and supplementary dat

<i>Hirtella physophora</i> leaves, flowers and fruits.

<p>(a) Leaves bear leaf pouches (left arrow) at the base of their laminas. <i>Allomerus decemarticulatus</i> workers capture a green locust thanks to their trap: a gallery made using severed host plant trichomes and the mycelium of an Astomycota fungus that the ants manipulate to create a composite material pierced by numerous holes (from under which the workers ambush prey). A wasp is seen robbing a piece of the locust abdomen; the wasp was also captured in turn as was the red Reduviid (right arrow). (b) At the distal position of the branch, flowers are segregated on racemous inflorescences at different stages of maturation from flower buds to fully open flowers. (c) Development of young, green (i.e. unripe) drupes. (d) A dark purple (i.e. ripe) drupe. Scale bars represent 1 cm.</p

ALF OFs score characteristics.

<p>(a) ROC curves for ALF-OFs, CLIF-C OF and KCH for 3-month mortality in not-transplanted patients. (b) Kaplan Meier curve of ALF-OFs score for 3-month mortality in not-transplanted patients.</p