Myrmarachne mariaelenae Edwards & Benjamin, 2009
publication ID |
https://doi.org/ 10.11646/zootaxa.3710.6.1 |
publication LSID |
lsid:zoobank.org:pub:C5F537B3-8112-4CC7-A0AC-B5CA071AD9BA |
DOI |
https://doi.org/10.5281/zenodo.6150843 |
persistent identifier |
https://treatment.plazi.org/id/03FD87D4-FF96-3D5F-FF6E-C7C6F9D7FCC4 |
treatment provided by |
Plazi |
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Myrmarachne mariaelenae Edwards & Benjamin, 2009 |
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Myrmarachne mariaelenae Edwards & Benjamin, 2009
( Figs 26 View FIGURE 26. M A–G, 27A–G)
Damoetas galianoae Prószyński, 2001: 520 , Figs 5–10 View FIGURE 5. M View FIGURE 6. M View FIGURE 7. M View FIGURE 8. M View FIGURE 9. M View FIGURE 10. M .
Myrmarachne mariaelenae Edwards & Benjamin, 2009: 14 (replacement name for Damoetas galianoae ).
Non-type material examined. BORNEO: 2 males and 3 females, Gunung Alab, Crocker Range Park, Sabah, 9 X 2010, T. Yamasaki leg.; 5 males and 24 females, Kinabalu Park Headquarter area, Sabah, 10–12 XI 2010, T. Yam asaki leg
Diagnosis. Very small, pale yellow species; abdomen with two transverse black bands dorsally ( Figs 26 View FIGURE 26. M A, 27A). In males chelicera shorter than carapace; femur I basally broad. In females, copulatory atria indistinct; sclerotised copulatory ducts twist once; median pocket present.
Measurements (male/female). Carapace length 1.60–1.98/ 1.60–1.70, width 1.16–1.28/ 1.04–1.16. Abdomen length 1.70–1.83/ 1.48–2.00. Chelicera length 0.95–1.25. Sternum length 0.85–1.00/ 0.78–0.83. Width of eye row I 1.14–1.26/ 1.08–1.18; II 0.98–1.06/ 0.92–1.04; III 1.22–1.32/ 1.14–1.28. ALE–PLE 0.82–0.92/ 0.76–0.84; ALE– PME 0.38–0.44/ 0.36–0.40. Eye size: AME 0.38–0.43/ 0.35–0.40, ALE 0.19–0.23/ 0.18–0.20, PME 0.05–0.06/ 0.05–0.06, PLE 0.23–0.26/ 0.21–0.23.
Male ( Figs 26 View FIGURE 26. M A–G). Carapace without distinct constriction; cephalic part weakly convex; thoracic part sloping downward posteriorly. Chelicera shorter than carapace, with three to five prolateral and no retrolateral teeth. Sternum broad and oval. Leg I robust; femur I basally broad. Abdomen oval with translucent dorsal scutum.
Palp ( Figs 26 View FIGURE 26. M E–G). Tegulum large oval with thin v-curved seminal reservoir in prolateral part and blurred thick seminal reservoir along edge of tegulum. Embolus forming two large oval coils; embolus coils occupying more than half of venter of cymbium. RTA moderately curved. Flange of RTA not well developed.
Leg spination. Femur I pd 1; patella I rv 0–1; tibia I pv 6–7, rv 5–6; metatarsus I pv 2, rv 2; tibia II rv 2–3; metatarsus II pv 2, rv 2; femur III pd 1, rd 1; femur IV pd 1, rd 1.
Coloration and pilosity. Cephalic part pale brown, sparsely covered with black and white hairs; thoracic part pale yellow, almost without hairs; posterior margin of thoracic part tinged with grey. Chelicera brown. Maxilla and labium brown. Sternum cream. Coxae cream. Abdomen grey, with two transverse black bands dorsally.
Female ( Figs 27 View FIGURES 27. M A–G). Carapace similar to that of males. Chelicera with three or four prolateral and five retrolateral teeth. Sternum similar to that of males. Abdomen oval, without dorsal scutum.
Epigyne ( Figs 27 View FIGURES 27. M D–G). Copulatory openings indistinct. Spermathecae elongate-oval. Sclerotised copulatory ducts twisted once; posterior part of sclerotised copulatory ducts narrower than anterior part. Median pocket present in front of epigastric furrow.
Leg spination. Patella I rv 1; tibia I pv 6, rv 5–6; metatarsus I pv 2, rv 2; tibia II rv 1–2; metatarsus II pv 2, rv 2.
Coloration and pilosity similar to those of males.
Distribution. Borneo (Prószyński, 2001)
Remarks. Although we did not examine the type material of Damoetas galianoae , our specimens agreed with the original description by Prószyński (2001).
Myrmarachne mariaelenae is similar to M. brevichelicera in the structures of the male palp and epigyne, but they are distinguishable from each other by coloration of the abdomen.
Biology. The species is so far collected from 1500–1900 m above the sea level. The retreats are constructed on the underside of leaves with a mixture of threads and dead plant fragments.
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
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