Indonemoura BAUMANN
Creators: name: Sivec, Ignac
name: Stark, Bill P.
Publisher: name: Zenodo
Year: 2010
Subjects: Biodiversity
Taxonomy
Animalia
Arthropoda
Insecta
Plecoptera
Nemouridae
Indonemoura

description: Provisional Key to Males of <i>Indonemoura</i> from Vietnam and Thailand 1 Tergum 10 bearing a pair of raised tubercles or spine-like processes beneath or along side of the epiproct (Figs. 2, 12) …………………....……….… 2 1’ Tergum 10 without tubercles or spine-like processes beneath or along side of the epiproct (Fig. 17) …………………………………………… 6 2 Tergum 9 without sensilla basiconica patch (Fig. 6) …………………………….…………..………… 3 2’ Tergum 9 with sensilla basiconica patch (Fig. 11) ……………………………..………………….…… 4 3 Dorsal aspect of epiproct abruptly widened subapically (Fig. 6); mesal paraproct lobe with an antler-like branching pattern in caudal aspect (Fig. 9) ……………………………….……... <i>auberti</i> 3’ Epiproct without dorsal subapical broad area (Fig. 1); mesal and outer paraproct lobes somewhat scissors-like (Figs. 3-4) ………. <i>angulata</i> 4 Outer lobe of paraprocts bearing a subapical, laterally directed spine (Fig. 11) ……..…... <i>bilobata</i> 4’ Outer lobe of paraprocts without subapical spine …………………………….……………………….. 5 5 Subapical area of mesal paraproct lobe abruptly narrowed (Fig. 49); ventral margin of epiproct with a sparse subapical group of teeth (Fig. 48) ………………………………..………… <i>rostrilobata</i> 5’ Subapical area of mesal paraproct lobe gradually narrowed to tip (Fig. 31); ventral margin of epiproct with a cluster of small spines (Fig. 30) ……………………………………..………... <i>horvati</i> 6 Tergum 9 with a sensilla basiconica patch (Fig. 16) …………………………………………………. 7 6’ Tergum 9 without sensilla basiconica patch (Fig. 25) ………………………….……………………... 10 7 Epiproct thickness in lateral aspect subequal to length (Fig. 21) ……………………….………...... 8 7’ Epiproct slim in lateral aspect (Figs. 17, 39); mesal lobe of paraprocts slender (Fig. 41) …………….. 9 8 Mesal lobe of paraprocts club shaped (Fig. 22); outer lobe of paraprocts bifurcate (Fig. 20) ………………………………………………… <i>clavata</i> 8’ Mesal lobe of paraprocts without slender, club shaped apex; outer lobe of paraprocts terminating in three prominent spines (Figs. 51, 53) ……………………………………………... <i>tricantha</i> 9 Paraprocts with long, slender, sclerotized processes projecting freely from mesal and outer lobes (Fig. 41); lateral margins of epiproct almost parallel in dorsal aspect (Fig. 38); ventral margin of epiproct with a prominent subapical cluster of spines (Fig. 39) …………………………… <i>malickyi</i> 9’ Paraprocts with long, slender, sclerotized process projecting freely only from outer lobe (Fig. 19); lateral margins of epiproct convex in dorsal aspect (Fig. 16); ventral margin of epiproct without a cluster of spines (Fig. 17) …………………………………. <i>chantaramongkolae</i> 10 Apex of epiproct ends in an acute spine (Figs. 33- 34); ventrolateral aspect of epiproct without row of prominent spines (Fig. 34) ……………. <i>javanica</i> 10’ Apex of epiproct blunt or slightly bifurcate (Fig. 25); ventrolateral aspect of epiproct with row of prominent spines (Figs. 26, 44) ……………….. 11 11 Outer and mesal paraproct lobes cross, or nearly so (Figs. 27-28) …………………………... <i>forcipata</i> 11’ Outer paraproct lobe reduced, mesal lobe with a slender, projecting process (Fig. 45) …….. <i>reducta</i>
description: Published as part of <i>Sivec, Ignac &amp; Stark, Bill P., 2010, Eleven New Species Of The Genus Indonemoura Baumann (Plecoptera: Nemouridae) From Thailand And Vietnam, pp. 210-226 in Illiesia 6 (14)</i> on page 211, DOI: 10.5281/zenodo.4759796