Colletes species
publication ID |
https://doi.org/ 10.11646/zootaxa.5022.1.1 |
publication LSID |
lsid:zoobank.org:pub:C93F663E-78B7-4269-A7D4-833F2461F78B |
persistent identifier |
https://treatment.plazi.org/id/03FDB438-FFCE-FFF3-CEEC-F8EEFA2958E1 |
treatment provided by |
Plazi |
scientific name |
Colletes species |
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Key to the Colletes species found in Xizang (Tibet), China :
The key provided below is largely based on either absolute (body length) or relative measurements of taxonomically- the terminalia (especially the S7) of males prior to using the key so that they can be more confidently identified. It should also be noted that identification of females whose pubescence is mostly to entirely lost may be difficult to achieve through our key. Note that the males of C. inspersus , C. xizangensis and C. xuezhongi are unknown.
1 Male ............................................................................................... 2
- Female............................................................................................ 25
2(1) Paraocular area without black hairs ( Fig. 38A View FIGURE 38 ).............................................................. 3
- Paraocular area with black hairs ( Fig. 38B View FIGURE 38 )................................................................ 15
3(2) T2–T3 without distinct apical bands (Figs 7B, 14B)......................................................... 4
- T2–T3 with distinct apical bands ( Figs 2B View FIGURE 2 , 6B View FIGURE 6 , 11B, 15B, 16B, 18B, 22B, 23B, 26B, 31B, 36B)...................... 5
4(3) Relatively small bees, body length 6.0–7.0 mm; head and mesosoma covered with off-white pubescence (Figs 7B, 7D); S7 as in Fig. 7F. .......................................................................... C. hedini Kuhlmann
- Relatively large bees, body length 8.0–9.0 mm; head and mesosoma covered with pale to bright-orange pubescence (Figs 14B, 14D); S7 as in Fig. 14F. ............................................................... C. sanctus Cockerell
5(3) S5 with a specialized patch of inwardly-curved long hairs apicolaterally ( Fig. 38C View FIGURE 38 ); gonostylus remarkably enlarged and broadened towards apex ( Fig. 6E View FIGURE 6 ); S7 as in Fig. 6F. ...................................... C View FIGURE 6 . haubrugei Kuhlmann
- S5 without specialized patch of hairs apicolaterally ( Fig. 38D View FIGURE 38 ); gonostylus of ordinary size and with a narrow apex ( Figs 2E View FIGURE 2 , 11E, 15E, 16E, 18E, 22E, 23E, 26E, 31E, 36E); S7 with a different shape ( Figs 2F View FIGURE 2 , 11F, 15F, 16F, 18F, 22F, 23F, 26F, 31F, 36F)................................................................................................ 6
6(5) Malar area shorter than basal width of mandible............................................................. 7
- Malar area longer than basal width of mandible............................................................ 12
7(6) Hind basitarsus at most 3.75× as long as broad; gonostylus needle-like ( Figs 22E View FIGURE 22 , 23E View FIGURE 23 ).............................. 8
- Hind basitarsus at least 4.25× as long as broad; gonostylus with a different shape (Figs 11E, 15E, 31E, 36E)............. 9
8(7) T2–T3 apical bands 1.25× MOD; S7 as in Fig. 22F. ..................................... C View FIGURE 22 . tuberculatus Morawitz
- T2–T3 apical bands as broad as MOD; S7 as in Fig. 23F. ............................... C View FIGURE 23 . xuechengensis Kuhlmann
9(7) Malar area 0.35× as long as basal width of mandible; wing venation pale-brown ( Fig. 39A View FIGURE 39 ); S7 as in Fig. 31F. .......................................................................................... C View FIGURE 31 . annejohnae Kuhlmann
- Malar area at least 0.75× as long as basal width of mandible; wing venation dark-brown to black ( Fig. 39B View FIGURE 39 ); S7 with a different shape (Figs 11F, 15F, 36F)............................................................................. 10
10(9) T1 densely punctate medially ( Fig. 39C View FIGURE 39 ); S7 as in Fig. 11F. .................................. C. packeri Kuhlmann
- T1 sparsely punctate medially ( Fig. 39D View FIGURE 39 ); S7 as in either Fig. 15F View FIGURE 15 or Fig. 36F View FIGURE 36 .................................... 11
11(10) Lower face with mostly appressed short hairs ( Fig. 40A View FIGURE 40 ); S7 as in Fig. 36F. ................. C View FIGURE 36 . sichuanensis Kuhlmann
- Lower face with mostly erect long hairs ( Fig. 40B View FIGURE 40 ); S7 as in Fig. 15F. ...................... C View FIGURE 15 . sidemii Radoszkowski
12(6) S5 with erect dense setae medially ( Fig. 40C View FIGURE 40 ); S7 convex basally and with a subtriangular glabrous apex (Figs 16F, 18F). 13
- S5 with subappressed sparse setae medially ( Fig. 40D View FIGURE 40 ); S7 with a different shape ( Figs 2F View FIGURE 2 , 26F View FIGURE 26 )..................... 14
13(12) Mesosoma covered with pale-brown pubescence (Fig. 16B); hind basitarsus 3.75× as long as broad; S7 as in Fig. 16F. ....................................................................... C. splendidus Ferrari, Niu & Zhu sp. nov.
- Mesosoma covered with pale-yellow pubescence ( Fig. 18B View FIGURE 18 ); hind basitarsus 4.5× as long as broad; S7 as in Fig. 18F. ........................................................................................ C View FIGURE 18 . tibeticus Kuhlmann
14(12) Relatively large bees, body length at least 7.0–8.0 mm; mesosoma covered with pale-yellow to pale-orange pubescence ( Fig. 2B View FIGURE 2 ); S7 as in Fig. 2F. ................................................................. C View FIGURE 2 . floralis Eversmann
- Relatively small bees, body length 5.0–6.0 mm; mesosoma covered with off-white pubescence ( Fig. 26B View FIGURE 26 ); S7 as in Fig. 26F. ................................................................................ C View FIGURE 26 . laevigena Noskiewicz
15(2) S6 with a pair of deep circular depressions basolaterally ( Fig. 41A View FIGURE 41 )............................................ 16
- S6 without a pair of depressions basolaterally ( Fig. 41B View FIGURE 41 )..................................................... 18
16(15) S7 strongly expanded laterally ( Fig. 32F View FIGURE 32 )............................................... C. bhutanicus Kuhlmann
- S7 weakly expanded laterally ( Figs 33F View FIGURE 33 , 35F View FIGURE 35 )............................................................. 17 17(16) Hind basitarsus 4.50× as long as broad; S7 as in Fig. 33F. ................................. C View FIGURE 33 . bischoffi Noskiewicz
- Hind basitarsus 5.25× as long as broad; S7 as in Fig. 35F. ....................................... C View FIGURE 35 . collaris Dours
18(15) Mesoscutum without black hairs ( Fig. 42A View FIGURE 42 )............................................................... 19
- Mesoscutum with black hairs ( Fig. 42B View FIGURE 42 )................................................................. 20
19(18) Malar area as long as basal width of mandible; S7 as in Fig. 9F. .......................... C View FIGURE 9 . himalayensis Kuhlmann
- Malar area 1.5× as long as basal width of mandible; S7 as in Fig. 30F. .................. C View FIGURE 30 . pseudolaevigena Kuhlmann
20(18) S5 with erect dense setae medially ( Fig. 40C View FIGURE 40 )............................................................. 21
- S5 with subappressed sparse setae medially ( Fig. 40D View FIGURE 40 )...................................................... 22
21(20) Malar area 1.50× as long as basal width of mandible; hind basitarsus 4.70× as long as broad; S7 as in Fig. 25F. ........................................................................................ C View FIGURE 25 . annapurnensis Kuhlmann
- Malar area 1.15× as long as basal width of mandible; hind basitarsus 3.70× as long as broad; S7 as in Fig. 12F. ......................................................................................... C View FIGURE 12 . paratibeticus Kuhlmann
22(20) Anterolateral angle of pronotum obtuse ( Fig. 41C View FIGURE 41 ); S7 largely bare apically ( Figs 4F View FIGURE 4 , 5F View FIGURE 5 )........................... 23
- Anterolateral angle of pronotum pointed ( Fig. 41D View FIGURE 41 ); S7 densely haired apically ( Figs 27F View FIGURE 27 , 28F View FIGURE 28 )...................... 24
23(22) Malar area 1.50× as long as basal width of mandible; S7 as in Fig. 4F. .......................... C View FIGURE 4 . harreri Kuhlmann
- Malar area 1.25× as long as basal width of mandible; S7 as in Fig. 5F. ............. C View FIGURE 5 . harrerioides Niu, Zhu & Kuhlmann
24(22) Gonostylus as in Fig. 27E; S View FIGURE 27 7 as in Fig. 27F. ................................. C View FIGURE 27 . linzhiensis Niu, Zhu & Kuhlmann
- Gonostylus as in Fig. 28E; S View FIGURE 28 7 as in Fig. 28F. .......................................... C View FIGURE 28 . luzhouensis Kuhlmann
25(1) Paraocular area without black hairs ( Fig. 43A View FIGURE 43 )............................................................. 26
- Paraocular area with black hairs ( Fig. 43B View FIGURE 43 )............................................................... 41
26(25) Hind basitarsus with dark setae posteriorly ( Fig. 43C View FIGURE 43 )....................................................... 27
- Hind basitarsus with pale setae posteriorly ( Fig. 43D View FIGURE 43 )....................................................... 28
27(26) Relatively large bees, body length 10.0–11.0 mm; T2–T3 without apical bands (Fig. 14A)........... C. sanctus Cockerell
- Relatively small bees, body length 8.0–9.0 mm; T2–T3 with distinct apical bands (Fig. 11A)........ C. packeri Kuhlmann
28(26) Mesoscutum with black hairs (as in Fig. 42C View FIGURE 42 )............................................................. 29
- Mesoscutum without black hairs (as in Fig. 42D View FIGURE 42 )........................................................... 32
29(28) Malar area as long as basal width of mandible.............................. C. splendidus Ferrari, Niu & Zhu sp. nov.
- Malar area at most 0.75× as long as basal width of mandible.................................................. 30
30(29) Relatively small bees, body length 7.0–8.0 mm................................ C. xuezhongi Niu, Zhu & Kuhlmann
- Relatively large bees, body length 9.0–10.0 mm........................................................... 31
31(30) Hind basitarsus 3.75× as long as broad; T2–T3 apical bands 1.75× MOD in lateral view............ C. floralis Eversmann
- Hind basitarsus 3.25× as long as broad; T2–T3 apical bands 1.25× MOD in lateral view C. xizangensis Niu, Zhu & Kuhlmann
32(28) Paraocular area with relatively short setae ( Fig. 44A View FIGURE 44 ).................................... C. sichuanensis Kuhlmann
- Paraocular area with long branched hairs ( Fig. 44B View FIGURE 44 )........................................................ 33
33(32) Malar area at most 0.50× as long as basal width of mandible.................................................. 34
- Malar area at least 0.75× as long as basal width of mandible.................................................. 37
34(33) Anterolateral angle of pronotum obtuse ( Fig. 44C View FIGURE 44 )...................................... C. sidemii Radoszkowski
- Anterolateral angle of pronotum modified as a spine ( Fig. 44D View FIGURE 44 )............................................... 35
35(34) Relatively large bees, body length 10.0–11.0 mm...................................... C. xuechengensis Kuhlmann
- Relatively small bees, body length 7.0–8.0 mm............................................................ 36
36(35) Malar area nearly absent; T1 covered with dense tomentum anteriorly ( Fig. 45A View FIGURE 45 ).............. C. annejohnae Kuhlmann
- Malar area 0.4× as long as basal width of mandible; T1 without tomentum anteriorly ( Fig. 45B View FIGURE 45 )... C. tuberculatus Morawitz 38(37) Relatively small bees, body length 7.0–8.0 mm; T1 with mostly subappressed short hairs basolaterally ( Fig. 45C View FIGURE 45 ).........
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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