Afroedura wulfhaackei BRANCH, SCHMITZ, LOBÓN-ROVIRA, BAPTISTA, ANTÓNIO & CONRADIE, 2021
Can you confirm these amateur observations of Afroedura wulfhaackei?
Afroedura wulfhaackei
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| Higher Taxa | Gekkonidae, Gekkota, Sauria, Squamata (lizards: geckos) |
| Subspecies | |
| Common Names | E: Angolan Flat Gecko |
| Synonym | Afroedura wulfhaackei BRANCH, SCHMITZ, LOBÓN-ROVIRA, BAPTISTA, ANTÓNIO & CONRADIE 2021: 66 Afroedura bogerti – BRANCH et al. 2017: 157 (part) Afroedura bogerti – MARQUES et al. 2018: 177 (part) Afroedura bogerti – BRANCH et al. 2019: 287 (part) Afroedura bogerti (clade 4) – BRANCH et al. 2017: 147 |
| Distribution | Angola (Benguela, N Huila, S Cuanza Sul, W Bie, Huambo) Type locality: 3 km north of Maka-Mombolo (-12.17056, 14.88167, 1756 m a.s.l.), Benguela Province, Angola |
| Reproduction | |
| Types | Holotype. PEM R24234, adult male, collected by William R. Branch and Pedro Vaz Pinto on 15 November 2016. Paratypes. PEM R24232–3, adult females, collected 3 km north of Maka-Mombolo (-12.17056, 14.88167, 1756 m a.s.l), Benguela Province, Angola, by William R. Branch and Pedro Vaz Pinto on 15 November 2016; PEM R24236, adult male, collected above Maka-Mombolo, north-east of Balombo (-12.19833, 14.86833, 1857 m a.s.l.), Benguela Province, Angola, by William R. Branch and Pedro Vaz Pinto on 15 November 2016. |
| Diagnosis | Diagnosis: A member of the greater ‘transvaalica’ group in possessing two pairs of enlarged scansors per digit and a strongly verticillate and flattened tail (Jacobsen et al. 2014). It is part of the A. bogerti-group which differs from other members of the ‘transvaalica’ group by having less than 88 mid-body scale rows (vs. 97–102 in A. gorongosa, 113–120 in A. loveridgei, 102–119 in A. transvaalica); by the rostral bordering the nostril (nostril excluded from rostral in A. loveridgei); by the anterior nasals being mostly in contact ~ 68% (separated by 1–3 granules in A. gorongosa; always in broad contact in A. loveridgei; usually in broad contact in A. transvaalica ~ 3–18%); and in having 11–16 scales between the anterior borders of the eyes (19–22 in A. gorongosa; 15–19 in A. loveridgei; 15–20 in A. transvaalica) (comparative data fide Branch et al. 2017a). Afroedura wulfhaackei sp. nov. differs from other members of the A. bogerti-group by a combination of the following characters (see Tables 3, 4): 76–88 (mean 79.3) mid-body scale rows (69–77 [mean 73.5] in A. bogerti, 64–78 [mean 72.8] in A. donveae sp. nov., 73–86 [mean 80.3] in A. vazpintorum sp. nov., 73–78 [mean 74.8] in A. praedicta sp. nov.); by the anterior nasals being mostly (~ 68% of the time) in contact (~ 33% of the time in contact in A. bogerti; always in contact in A. donveae sp. nov., A. vazpintorum sp. nov. and A. praedicta sp. nov.); each verticil comprising 4–5 (mean 4.0) ventral and 5–6 (mean 5.1) dorsal rows of scales (4 and 5 in A. bogerti and A. praedicta sp. nov.; 5–6 [mean 5.5] and 6–7 [mean 6.6] in A. donveae sp. nov.; 5–6 [mean 5.0] and 6–7 [mean 6.1] A. vazpintorum sp. nov.); ventral surfaces greyish with scattered small black spots (similar to A. bogerti and A. praedicta sp. nov., immaculate in A. donveae sp. nov. and A. vazpintorum sp. nov.). Afroedura wulfhaackei sp. nov. differs more specifically from its sister highland species A. bogerti in having a higher number of mid-body scale counts (76–88 [mean 79.3] versus 69–77 [mean 73.5]) and differs from A. praedicta sp. nov. in that the nasals are separated by smaller granules (versus always in contact) (Branch et al. 2021). Additional details (1821 characters) are available for collaborators and contributors. Please contact us for details. |
| Comment | Distribution: see map in Branch et al. 2021: 57 (Fig. 1), Conradie et al. 2023: 280 (Fig. 3). |
| Etymology | The new species is named in honour of Wulf Haacke, retired curator of the herpetology collection at the former Transvaal Museum (now Ditsong National Museum of Natural History). His herpetological expeditions to Angola in the early 1970s paved the way for this study and much of the material used in this study resulted from his expeditions. The name is constructed in the masculine singular genitive. |
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