Abstract
AbstractDuring the maternal social period, Amaurobius ferox spiderlings (Araneae: Amaurobiidae) show mutual tolerance, group cohesion and cooperation in prey capturing, which are recognized as the main characteristics in the evolution of spider sociality. Measuring spatial volume occupied by the spiderlings within the maternal web, this study investigated variation in group cohesion over the maternal social period, from emergence to dispersal. The results showed that the spatial volume of spiderlings varied greatly during the maternal social period and was associated with the development of the spiderlings. Strong group cohesion appeared to be related to maternal food provision, trophic egg laying and matriphagy. An increase of the spatial volume was obviously observed after matriphagy. The experiment revealed that group cohesion decreased after the second molt. A compact group of spiderlings should facilitate maternal food production at the prompted time, and reduced group cohesion after the second molt might lead to eventual dispersal of A. ferox spiderlings.
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