Laccophilus alluaudi, Regimbart, 1900
publication ID |
https://doi.org/ 10.11646/zootaxa.4822.4.2 |
publication LSID |
lsid:zoobank.org:pub:D1AF5AD7-E23A-4121-B6E6-4F31B430D9B4 |
DOI |
https://doi.org/10.5281/zenodo.4451195 |
persistent identifier |
https://treatment.plazi.org/id/3F782856-250E-8979-FF23-F8CA89C9FCF0 |
treatment provided by |
Plazi |
scientific name |
Laccophilus alluaudi |
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Key to species of the Laccophilus alluaudi View in CoL -group (adapted and updated from Biström et al. 2015)
1. Large species, body length 5.0– 5.8 mm; along medial part of anterior pronotal margin with distinct dark transverse band; dark elytral vittae hollow, with pale enclosed area sharply delimited and of same colour as pale stripes in-between dark vittae................................................................................................ L. seyrigi View in CoL
- Smaller species; along medial part of anterior pronotal margin without distinct dark transverse band; dark elytral vittae entirely dark or if hollow, with pale enclosed area diffusely delimited and of darker colour than pale stripes in-between dark vittae.. 2
2. Humeral region of elytron with well-delimited and contrasted dark brown marking(s) (anterior prolongation of lateral dark elytral vittae); median lobe as in Biström et al. (2015), Figs. 230–231...................................... L. comes View in CoL
- Humeral region of elytron entirely testaceous or at most with faint, poorly delimited pale brown marking; median lobe different................................................................................................. 3
3. Median lobe in lateral view with dorsal outline evenly curved from base to apex ( Biström et al. 2015, Fig. 237); in ventral view with distinct process near base on right side ( Biström et al. 2015, Fig. 238); species from the Comoro Islands.... L. tigrinus View in CoL
- Median lobe in lateral view with dorsal outline angled close to base; in ventral view lacking latero-basal process; species from Madagascar.......................................................................................... 4
4. Ventral surface of prothorax brown....................................................................... 5
- Ventral surface of prothorax testaceous.................................................................... 6
5. Metacoxal plates testaceous with only narrow area along lateral margin brown; mesotibia strongly modified, especially in male: broad with dorsal outline strongly curved and ventral outline straight ( Fig. 5 View FIGURES 5–8 )..................... L. leguyaderi View in CoL sp. nov.
- Metacoxal plates with lateral dark area much more extended; mesotibia unmodified ( Fig. 6 View FIGURES 5–8 ).......... L. bergsteni sp. nov.
6. Ventral surface entirely testaceous........................................................................ 7
- Ventral surface with metacoxal plates conspicuously darkened, at least in lateral half................................ 8
7. Dark elytral vittae ending close to anterior margin of elytron; median lobe in ventral view with marked constriction shortly before apex ( Biström et al. 2015, Fig. 241); known only from the Isalo Massif in central-southern Madagascar... L. pseustes View in CoL
- Dark elytral vittae ending farther from anterior margin of elytron; median lobe in ventral view without marked constriction shortly before apex ( Fig. 18 View FIGURES 9–22 ); known only from the Makay massif in central-southern Madgascar......... L. makay View in CoL sp. nov.
8. Median lobe in ventral view from angle to apex almost evenly broad and almost straight ( Biström et al. 2015, Fig. 236).................................................................................................. L. furthi View in CoL
- Median lobe in ventral view from angle to apex of unequal width and strongly twisted ( Fig. 19–22 View FIGURES 9–22 )............ L. alluaudi View in CoL
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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