Figure 5 Gibellula scorpioidesa fungus on a spider (BBH 29669) b fungus on a spider (BBH 31439) c perithecia (BBH 31439) d conidiophores arising on synnema (BBH 29669) e penicillate conidiophore (BBH 29669) f conidia (BBH 29669) g asci (BBH 31439) h ascus with apical apparatus (BBH 31439) i ascospores (BBH 31439) j penicillate conidiophore produced on PDAk conidia on PDAl colonies obverse and reverse on PDA at 25 °C after 4 months. Scale bars: 500 μm (c); 50 μm (d, g); 20 μm (e, h–j); 10 μm (f, k)
FIGURE 5. Kiekie sinuatipes (F.O. Pickard-Cambridge, 1897). A–B, male palp; A, ventral view; B, retr...
FIGURE 5. A–E. Erythropompilus thailandensis Pitts & Shimizu, 2021. female; A habitus, lateral view;...
Figure 5. Jacaena spp. Male palps, ventral (A, D, G). Ditto, prolateral (B, E, H). Ditto, retrolater...
FIGURE 1. Morphological description of Gibellula aurea. (a) Spider Macrophyes pacoti (Anyphaenidae) ...
Thailand is known to be a part of what is called the Indo-Burma biodiversity hotspot, hosting a vast...
FIGURE 2. Diversity of host spiders parasitized by Gibellula aurea. (a) and (b) Corinnidae; but diff...
FIGURE 5. Intra- and interspecific genetic distances among sequences. (a) Proportion of intra- and i...
Figure 5 - Morphology and anatomy of Ocellularia krathingensis (A–F); A habitat of as...
FIGURE 5. Ischnothyreus bauri sp. nov. Male: A, E, left bulbus and cymbium, prolateral view; B, F, l...
FIGURE 5. Photographs of Thomisidae. A Borboropactus bituberculatus (MNHN 5460/1572); B Borboropactu...
FIGURE 5. Gippsicola raleighi Hogg, 1900, male from Bordertown, South Australia (WAM T122927). (A) h...
FIGURE 5. A–D, Oecobius kowalskii sp. nov. A–B, male palpus (CASENT 9004911). A, retrolateral view; ...
FIGURE 3. Placement of Gibellula aurea within the genus. Phylogenetic trees were based on concatenat...
FIGURE 5. Scytodes kumonga Zamani & Marusik (MACN-Ar 41841, male). A–F left palp. A retrolateral; B ...
Figure 5 Microscopic features of Spodocybe rugosiceps (KUN-HKAS 112563, holotype) a basidiospores b ...
FIGURE 5. Kiekie sinuatipes (F.O. Pickard-Cambridge, 1897). A–B, male palp; A, ventral view; B, retr...
FIGURE 5. A–E. Erythropompilus thailandensis Pitts & Shimizu, 2021. female; A habitus, lateral view;...
Figure 5. Jacaena spp. Male palps, ventral (A, D, G). Ditto, prolateral (B, E, H). Ditto, retrolater...
FIGURE 1. Morphological description of Gibellula aurea. (a) Spider Macrophyes pacoti (Anyphaenidae) ...
Thailand is known to be a part of what is called the Indo-Burma biodiversity hotspot, hosting a vast...
FIGURE 2. Diversity of host spiders parasitized by Gibellula aurea. (a) and (b) Corinnidae; but diff...
FIGURE 5. Intra- and interspecific genetic distances among sequences. (a) Proportion of intra- and i...
Figure 5 - Morphology and anatomy of Ocellularia krathingensis (A–F); A habitat of as...
FIGURE 5. Ischnothyreus bauri sp. nov. Male: A, E, left bulbus and cymbium, prolateral view; B, F, l...
FIGURE 5. Photographs of Thomisidae. A Borboropactus bituberculatus (MNHN 5460/1572); B Borboropactu...
FIGURE 5. Gippsicola raleighi Hogg, 1900, male from Bordertown, South Australia (WAM T122927). (A) h...
FIGURE 5. A–D, Oecobius kowalskii sp. nov. A–B, male palpus (CASENT 9004911). A, retrolateral view; ...
FIGURE 3. Placement of Gibellula aurea within the genus. Phylogenetic trees were based on concatenat...
FIGURE 5. Scytodes kumonga Zamani & Marusik (MACN-Ar 41841, male). A–F left palp. A retrolateral; B ...
Figure 5 Microscopic features of Spodocybe rugosiceps (KUN-HKAS 112563, holotype) a basidiospores b ...
FIGURE 5. Kiekie sinuatipes (F.O. Pickard-Cambridge, 1897). A–B, male palp; A, ventral view; B, retr...
FIGURE 5. A–E. Erythropompilus thailandensis Pitts & Shimizu, 2021. female; A habitus, lateral view;...
Figure 5. Jacaena spp. Male palps, ventral (A, D, G). Ditto, prolateral (B, E, H). Ditto, retrolater...