Nálezy podle období
Araneidae 0-19001901-19501951-20002001-2018
Larinioides sclopetarius (Clerck, 1757) Není ohrožený 12x 5x 36x 16x 69x

Larinioides sclopetarius (Clerck, 1757)

České jménokřižák mostní
Stupeň ohroženíNení ohrožený
Nálezy69 nálezů, 45 kvadrátů
První nález 1859, F. Prach, Prach 1866
Poslední nález 2020 , Kryštof Rückl
Areál rozšířeníHolarctic
Fytogeografická oblastMeso
Původnost stanovišťsemi-natural, artificial
Vlhkost stanovišťhumid, very humid
StratumVertical surfaces, (Tree trunks)
Osvětlení stanovišťopen, partly shaded
Hojnost výskytuscarce
Nadm. výška200-500


Habitus of Larinioides species

Аll known species of Larinioides Caporiacco, 1934 are revised. Seven species are recognised, of which one is transferred from Araneus Clerck, 1757 as a new combination, Larinioides jalimovi (Bakhvalov, 1981) comb. n. The first description of a male of L. jalimovi is given. The following four new synonyms are proposed: Epeira gracilis Menge, 1878 syn. n. and Aranea dumetorum islandicola Strand, 1906 syn. n. = L. patagiatus (Clerck, 1757); Araneus cungei Bakhvalov, 1974, syn. n. = Larinioides folium (Schrank, 1803); and Araneus sclopetarius Clerck, 1757 syn. n. = Larinioides cornutus (Clerck, 1757). Detailed illustrations of habitus, copulatory organs, and identification keys of males and females of all Larinioides species are provided.

© Ondřej Machač
Animals within a population differ consistently in behavior over time and/or across conditions. A general question is how such differences
referred to as personalities are maintained through evolution. One suggested mechanism is a nonrandom mate choice, which
has been supported in species in which mate choice associates with direct material benefits. Much less is known about mating patterns
and personality in species where males provide only sperm and in which the benefits of female choice are based only on good
and/or compatible genes. The bridge spider Larinioides sclopetarius Clerck (Araneidae) exhibits heritable between-individual differences
in intrasex aggressiveness. We studied mating probabilities by aggressiveness type of both sexes, and success in sperm
competition of aggressive versus nonaggressive males. We staged trials that resemble field conditions: 4 males (2 aggressive and 2
nonaggressive) had simultaneous choice between an aggressive and a nonaggressive female. Although there were no differences in
initial approaches of male types toward female types, aggressive males mainly mated with aggressive females, and nonaggressive
males more likely mated with nonaggressive females. Female aggressiveness type was not related to fecundity, which may be a consequence
of equal food supply in the laboratory. However, in double-mating trials using the sterile-male technique to measure paternity of
aggressive versus nonaggressive males, we found that sons of aggressive parents fathered relatively more offspring. We conclude that
assortative mating by aggressiveness type might maintain between-individual differences in aggressiveness in Larinioides sclopetarius.



Dle měsíce v roce

Dle nadmořské výšky

Dle metody sběru (41 použitých nálezů)
Larinioides sclopetarius (Clerck, 1757) ESSamciSamiceMláďataNálezy
Individuální sběr712416
Zemní past5706

Dle biotopu (32 použitých nálezů)
Larinioides sclopetarius (Clerck, 1757) ESSamciSamiceMláďataNálezy
vnější stěny budov1112
Cesty, silnice1163710516
Vnější stěny budov2505
vrbové křoviny0101
Vlhké louky0201
Skalní a suťové biotopy0101
Skupiny stromů, remízky < 1 ha1001
Interiéry budov41509
Urbánní biotopy2101