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35 results for “Asemonea”
Fig. 17 in Intraspecific Interactions Asemonea Tenuipes, A Lyssomanine Jumping Spider (Araneae: Salticidae) From Singapore
Fig. 17. Summary of 37 interactions between adult males and females on leaf. WDA is the summation of the Watch, Distant displays and Approach categories of the intra-gender specific interactions. Close proximity displays for males include raised body, flexed/ bent abdomen and leg postures (hunched and arched-out), rotated posturing, zigzag dance and side switching. Females predominantly attack males by charging or rarely, by striking or lunging.
Fig. 15 in Intraspecific Interactions Asemonea Tenuipes, A Lyssomanine Jumping Spider (Araneae: Salticidae) From Singapore
Fig. 15. Summary of interactions by 50 individuals (25 pairings) between adult females on leaf. Distant displays predominantly refer to raised body and leg postures (hunched and arched-out). Approach includes both with and without concurrent displays. Close proximity displays for females are similar to above defined displays but also include propulsive displays (truncated leap, charge) that did not result in contact unlike in Contact. Unbracketed numbers refers to the number of individuals that proceeded to the next category while bracketed numbers refer to the number of interactions that proceeded after the first decamp.
Fig. 16 in Intraspecific Interactions Asemonea Tenuipes, A Lyssomanine Jumping Spider (Araneae: Salticidae) From Singapore
Fig. 16. Summary of interactions by 36 individuals (18 pairings) between adult males on leaf. Distant displays predominantly refer to raised body, flexed/bent abdomen and leg postures (hunched and arched-out). Approach includes both with and without concurrent displays. Close proximity displays for males are similar to above defined displays but also include zigzag dance and propulsive displays (long leap, strike) that did not result in contact unlike in Contact.
Figs. 1–6 in Intraspecific Interactions Asemonea Tenuipes, A Lyssomanine Jumping Spider (Araneae: Salticidae) From Singapore
Figs. 1–6. Adult Asemonea tenuipes male and female as well as scales from adult male. Male A. tenuipes (1) (dorsal view) possess a bluish-purple iridescence and orange colour on the dorsal abdomen with the former hue also on the lateral carapace (2) (lateral view) with distinctive reddish-brown enlarged palps. Female A. tenuipes (3) (dorsal view) are generally paler in colouration (whitish-green) and (4) possess a short and plump abdomen in contrast to the slim and elongated abdomen of males. (5) Scales were gently removed from the spider with a sticky tape and placed on a glass slide for viewing under light microscope: 40× magnification scales on the bluish-purple region of the male anterior dorsal abdomen. The scales are translucent. (6) Light microscope: 40× magnification scales on the orange region of the male posterior dorsal abdomen.
Figs. 7–14 in Intraspecific Interactions Asemonea Tenuipes, A Lyssomanine Jumping Spider (Araneae: Salticidae) From Singapore
Figs. 7–14. (7) Left: female; Right: male. Male decamped just after performing a close proximity display. (8) Male (facing left) displays with arched-forward legs. (9) Male (facing to right) displays with raised body, arched-out legs and flexed-up abdomen. (10) Side view of male: displays with flexed-down abdomen. (11) Female: bent abdomen to her right. (12) Side view of male: displays with highly flexed-up abdomen and arched-forward legs. 17, 18. Raised and lowered body postures. (13) Female (side view, facing to left) with lowered body and raised cephalothorax. (14) Male (side view, facing to left) with raised body parallel to substrate.
Figure 2 in Multiple broods of the jumping spider Asemonea tenuipes (Araneae: Salticidae: Asemoneinae)
Figure 2. Multiple broods of a second female Asemonea tenuipes, in a different nest. 1, Female at center between her first, emergent brood and a second group of 22 eggs. Note how her position between these broods allows free access to the two entrances at either end of the nest (top and bottom of each photograph). 2, Eight days later, and most spiderlings of the first brood (at right) have molted into the free-living second instar stage, as shown by the presence of exuviae. The second brood, at left, has hatched, and this female has deposited a third brood of about 17 eggs between the other broods.
Figure 3 in Multiple broods of the jumping spider Asemonea tenuipes (Araneae: Salticidae: Asemoneinae)
Figure 3. Multiple broods of a third female Asemonea tenuipes in a different nest. Members of the first brood (at left) already have well-developed eyes, and the 14 eggs of the second brood are ready to hatch. Note the presence of this well-fed female outside of her nest with captured prey (a brachyceran fly). Also note the multiple entrances at either side of this nest (top and bottom of the photograph), and a clear space for the female to move between these between her broods.
Figure 1 in Multiple broods of the jumping spider Asemonea tenuipes (Araneae: Salticidae: Asemoneinae)
Figure 1 (continued from previous page). Multiple broods of a female Asemonea tenuipes, in a single nest. 3, Same female with the 20 emergent spiderlings from her first brood, and a second brood of 19 eggs deposited in two continguous rows. 4, Nine days later, the same female was once again gravid, after the departure of the first brood. At least 14 emergent instars from the second brood are visible. 5, Three days later, the female has deposited a third brood of 17 eggs near the first one, and about 10 spiderlings from the second brood can still be seen. 6, Ten days later, and only emergent instars of the third brood can be seen. All photographs in Figures 1-3 were taken by the senior author (PJ) in his backyard next to the Sanjay Gandhi National Park in Mumbai, Maharashta, India (19°13'59.6"N 72°51'52.5"E).
Figure 1 in Multiple broods of the jumping spider Asemonea tenuipes (Araneae: Salticidae: Asemoneinae)
Figure 1 (continued on next page). Multiple broods of a female Asemonea tenuipes, in a single nest. 1, Female attending to the 20 eggs of her first brood. 2, Same female, now gravid, with 20 emergent first instars from her first brood eight days later.
Figure 1. Evidence found under a in A short-lived mantispid in an Asemonea nest: parasitoid and prey?
Figure 1. Evidence found under a leaf on the Indraprastha Organic Farm of the senior author (Abhijith) at Mysuru, Karnataka, India (16 JUL 2022). 1, Recently-fed female Asemonea tenuipes. 2, Mantispid cocoon and exuvium. 3, Fragment of mantispid. 4-6, Relative positions of spider, cocoon, and mantispid. 7, Earlier (20 AUG 2019) photograph of an adult mantispid that emerged from the nest of a different A. tenuipes, at the same locality (Abhijith & Hill 2019).
Figure 3 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 3 (continued from previous page). 27-30, Views of Idris sp. parasitoids emerging from the third brood and, as adult wasps, moving over to the fourth brood, still attended by the female Asemonea. It is likely that this brood will also be infected. 31, View of cocoon (remnant of first brood) and exuviae remaining in second brood, the only successful brood of the four, under the first leaf. Note the presence of a Myrmarachne sp. (arrow) in this Asemonea nest. 32, Five days later the female Asemonea was gone, leaving only scattered eggs from her third and fourth broods on the underside of the second Ficus leaf.
Figure 3 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 3 (continued from previous page, continued on next page). 15-16, The mantispid emerged from its cocoon (apparently remnant of first brood) and molted. 17, Detail of empty mantispid cocoon. 18, Mantispid near spiderlings of the second brood. 19, Female Asemonea tending her third brood. 20, View of mantispid and second brood beneath lower leaf, and female attending third brood beneath upper Ficus microcarpa leaf.
Figure 3 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 3 (continued from previous page, continued on next page). 21, Mantispid near its empty cocoon and exuvium, also near the developing second brood. 22, About one week later the female Asemonea was gone but the third brood was developing normally. The emergent (instar II) spiderlings shown here most likely came from the second brood. 23, A female Asemonea, perhaps the original female, moved into the nest near the third brood. 24, Same female Asemonea feeding on a chironomid midge in her nest near the second brood. 25, Gravid female Asemonea near the third brood, now clearly infected with Idris sp. parasitoids. 26, Same female after depositing a fourth brood of 18 eggs near the infected third brood.
Figure 3 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 3 (continued from previous page, continued on next page). 7, Developing second brood (instar I) under the first leaf. 8, Female Asemonea with third brood under the second leaf (upper left) with cocoon that replaced the first brood and the developing second brood under the first leaf. 9-11,14, Cocoon and developing second brood. 12, Detail of small insect (Heteroptera) near the mantispid cocoon, from (10). 13, Female Asemonea attending her third brood of 10 eggs on the second leaf.
Figure 1 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 1 (continued from previous page). 8-9, The 9 instar I spiderlings continued to develop as the female returned to her original colour. 10-12, Still attended by the female, 7 remaining spiderlings molted to the emergent instar (instar II). 13, The female and all of her spiderlings were gone.
Figure 3 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 3 (continued on next page). 1-2, Female Asemonea tenuipes attending her nest including a mantispid cocoon and a normal brood of 19 eggs on the underside of a Ficus microcarpa leaf. 3-8, Eggs of the second brood of 19 eggs were hatching (3) as the female Asemonea tenuipes moved to a nearby leaf and deposited a new brood of 10 eggs (6).
Figure 2 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 2 (continued from previous page, continued on next page). 5-6, Neuropteran larva (possibly mantispid) feeding on eggs in the more recent or second brood. 7-10, The female Asemonea continued to attend to her nest, now inhabited by the cocooning neuropteran and 7 eggs that may have been damaged or infested by Idris.
Figure 1 in Impact of brood parasitoids and oophagy on survival of Asemonea tenuipes (Araneae: Salticidae: Asemoneinae) broods in Karnataka
Figure 1 (continued on next page). 1, Light green Female A. tenuipes tending her clutch of 9 eggs beneath a leaf of Ficus microcarpa. 2, 9 newly hatched spiderlings (instar I) with short legs. Note that the female was now darker. 3-7, The 9 instar I spiderlings continued to develop.
Figures 3-4 in Coexistence of Asemonea cf. tenuipes (Araneae: Salticidae: Asemoneinae) with Crematogaster ants (Formicidae: Myrmicinae) and a mealybug (Hemiptera: Pseudococcidae)
Figures 3-4. Penultimate male Asemonea cf. tenuipes in shelter under a leaf of a teak tree, Tectona grandis, with ants (Crematogaster sp.) tending to a mealybug.
Figures 1-2 in Coexistence of Asemonea cf. tenuipes (Araneae: Salticidae: Asemoneinae) with Crematogaster ants (Formicidae: Myrmicinae) and a mealybug (Hemiptera: Pseudococcidae)
Figures 1-2. Penultimate male Asemonea cf. tenuipes in shelter under a leaf of a teak tree, Tectona grandis, with ants (Crematogaster sp.) tending to a mealybug.
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