Hyleoglomeris
Creators: name: Golovatch, Sergei I.
name: Liu, Weixin
name: Geoffroy, Jean-Jacques
Publisher: name: Zenodo
Year: 2012
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Diplopoda
Glomerida
Glomeridae
Hyleoglomeris

description: Key to Hyleoglomeris species currently known to occur in China
1. Dorsum dark, usually with a vivid colour pattern............................................................. 2
– Body uniformly pallid to light, only slightly pigmented at best.................................................. 7
2. Body rather uniformly orange-brown, dorsum devoid of a colour pattern. Chongqing........................ H. aschnae
– Colour pattern vivid................................................................................... 3
3. Background coloration pallid to yellow, spots on tergites brown to dark brown. Collum, second tergite and tergite 11 entirely pale. Body with a distinctive pattern of 1+1 large, transverse-oval, evidently separated, paramedian spots on tergites 3–10 and on anal shield, as well as of 1+1 increasingly small, roundish, sublateral spots on tergites 3–(8)9. Yunnan....... H. maculata
– Background coloration of dorsum dark, markings lighter...................................................... 4
4. Coloration of dorsum nearly entirely dark brown to blackish, only front third of second tergite contrasting light. Sichuan................................................................................................ H. sinensis
– Coloration of dorsum variegated, with evident spots............................................................
5. Tergites 3–11 with a light yellow axial row of spots flanked by two rows of rather vague, marbled, olive-yellowish spots. Hong Kong ....................................................................................... H. bicolor
– Tergites 3–11 with a light axial row of spots flanked by only one row of large, marbled yellowish spots................. 6
6. Caudal half of head and nearly entire collum dark brown to blackish. Telopod syncoxital horns usual, not hypertrophied. Jiangsu................................................................................... H. emarginata
– Head and nearly entire collum light (Fig. 9 A, B). Telopod syncoxital horns greatly hypertrophied (Fig. 10 C). Guangxi................................................................................................. H. qiyi sp. n.
7. An evident transverse sulcus above schism on second tergite. Collum with one (front) transverse stria................... 8
– Surface above schism of second tergite smooth. Collum rarely with one, usually with two transverse striae, but 2nd one some- times obliterated mid-dorsally............................................................................ 9
8. Second tergite with 8–11 striae, of which usually seven cross the dorsum. Tips of syncoxital horns with a minute setoid fila-
ment (Fig. 4 E). Guizhou....................................................................... H. eusulcata – Second tergite with six striae, of which only 3 or 4 cross the dorsum. Tips of syncoxital horns devoid of a setoid filament (Fig. 16 E). Guangxi........................................................................ H. curtisulcata sp. n.
9. Collum with one (front) transverse stria................................................................... 10
– Collum with two transverse striae, of which 2nd can be obliterated mid-dorsally.................................... 11
10. Central lobe of telopod syncoxite rather low and roundly subtriangular (Fig. 15 C). Mulun Karst, Guangxi................................................................................................... H. mashanorum sp. n.
– Central lobe of telopod syncoxite rather high and subquadrate (Fig. 8 C). Guizhou........................ H. yinshi sp. n.
11. Collum with two transverse striae, of which 2nd obliterated mid-dorsally. Mulun Karst.............................. 12
– Collum as usual, with two complete transverse striae........................................................ 13
12. Tip of telopod syncoxite horns devoid of a setoid filament (Fig. 17 D)................................ H. kunnan sp. n.
– Tip of telopod syncoxite horns with a minute setoid filament (Fig. 14 D)............................ H. mulunensis sp. n.
13. Brownish pigment usually retained at least in some parts of head.............................................. 14
– Body completely unpigmented (sometimes except for 2 or 3 caudalmost ocelli).................................. 18
14. Head, antennae and collum usually with traces of brownish coloration, sometimes body either uniformly slightly infuscate (Fig. 9 D–F) or even with a faint pattern of paramedian light brown spots on following tergites........................ 15
– Only head with traces of pigment........................................................................ 16
15. Antennomere 6 ca 2.5 times as long as high. Second tergite with 6 or 7 transverse striae, of which (1)2–3 crossing the dorsum. Yunnan...................................................................................... H. reducta
– Antennomere 6 ca 2.0 times as long as high. Second tergite with 5–7 transverse striae, of which 4 or 5 crossing the dorsum. Guangxi..................................................................................... H. lii sp. n.
16. Head (especially near ocelli and Tömösváry’s organ) and antennae often slightly infuscate, very light brownish. Central lobe of telopod syncoxite broadly subtrapeziform (Fig. 3 C). Hunan........................................ H. youhao sp. n.
– Only either ocelli or antennae infuscate. Central lobe of telopod syncoxite considerably narrower..................... 17
17. Only ocelli brownish to dark brown. Larger: width 3.8–4.0 mm. Tips of telopod syncoxital horns with a minute lobule devoid of a setoid filament (Fig. 13 C). Guangxi......................................................... H. xueju sp. n.
– Only antennae sometimes very faintly brownish. Smaller: width 2.5–3.0 mm. Tips of telopod syncoxital horns with a setoid fil- ament (Fig. 2 E). Hunan........................................................................ H. xia sp. n.
18. Caudomedial process of telopod femur with a distinct distolateral lobe (Fig. 2 C, lo)................................ 19
– Caudomedial process of telopod femur devoid of a distinct distolateral lobe...................................... 21
19. Tip of telopod syncoxite horn with a minute setoid filament. Yunnan.................................. H. albicorporis
– Tip of telopod syncoxite horn devoid of a setoid filament..................................................... 20
20. Central lobe of telopod syncoxite nearly as high as lateral horns (Fig. 7 C). Second tergite with six transverse striae, of which three crossing the dorsum. Guizhou............................................................. H. gudu sp. n.
– Central lobe of telopod syncoxite evidently lower, roundly subtriangular (Fig. 12 C). Second tergite with at least eight trans- verse striae. Guangxi...................................................................... H. heshang sp. n.
21. Telopod tibial process absent (Fig. 6 C, D). Central lobe of telopod syncoxite rather low and semi-circular (Fig. 6 C)................................................................................................... H. nigu sp. n.
– Telopod tibial process present. Central lobe of telopod syncoxite higher.......................................... 22
22. Second tergite with 6 or 7 transverse striae, of which only two crossing the dorsum. Central lobe of telopod syncoxite high, subtrapeziform, slightly concave at ventral margin (Fig. 1 D). Hunan................................... H. tiani sp. n.
– Second tergite with 9 or 10 transverse striae, of which seven crossing the dorsum. Central lobe of telopod syncoxite high, nar- row, linguiform (Fig. 5 C). Guizhou.............................................................. H. wuse sp. n.
description: Published as part of Golovatch, Sergei I., Liu, Weixin & Geoffroy, Jean-Jacques, 2012, Review of the millipede genus Hyleoglomeris Verhoeff, 1910 in China, with descriptions of new species (Diplopoda, Glomerida, Glomeridae), pp. 1-27 in Zootaxa 3358 on pages 24-25, DOI: 10.5281/zenodo.214383