Pseudoglomeris (Pseudoglomeris) beybienkoi

Pseudoglomeris (Pseudoglomeris) beybienkoi (Anisyutkin, 2003) Fig. 5 Trichoblatta beybienkoi Anisyutkin, 2003: 65. Pseudoglomeris angustifolia (Wang & Che, 2011) — Li et al. 2018: 272. Pseudoglomeris (Pseudoglomeris) beybienkoi (Anisyutkin, 2003) — Li 2021: 9. Material examined. China • 3 males & 6 females; Yunnan Province, Dali Bai Autonomous Prefecture, Weishan Yizu Huizu Autonomous County, Weibao Mountain; 2286 m elev.; 25.1801°N, 100.3499°E; 22 Apr. 2024; Yi-Feng Liu, Peng-Hui Hu, Sen-Chen, Tu-Nan Zhou leg; SWU -B-BB 52-2 to 10 • 5 males & 1 female; Guizhou Province, Guiyang, Guiyang Forest Park; 26.55°N, 106.76°E; 5 Mar. 2019; Qiu Lu, Wen-Bo Deng, Sen Chen, Shu-Ran Liao, He-Jia Jun, Yi-Shu Wang, Jin-Du Ting & Li-Bo Yan leg; SWU -B-BB 53-1 to 6 • 1 male & 4 females; Yunnan Province, Honghe Hani and Yi Autonomous Prefecture, Gejiu, Yin Mountain; 2063 m elev.; 23.3817°N, 103.1690°E; 7 Feb. 2024; Yi-Feng Liu leg; SWU -B-BB 53-1 to 5 • 1 male; Yunnan Province, Xinping Yi and Dai Autonomous County, Jinshan Primeval Forest, 10 May 2016; Lu Qiu, Zhi-Wei Qiu leg; SWU -B-BB 52-1. Supplementary description. Male. The apex of R 5 extends upwards and to the right. Diagnosis. The females of this species are similar to P. (P.) montana and P. (P.) magnifica, but they can be differentiated by their pit formula, [1] in P. (P.) beybienkoi, [2] in P. (P.) montana and [4–6] in P. (P.) magnifica. The male of this species resembles P. (P.) magnifica, but they can be distinguished by the broad and oval pronotum of P. (P.) magnifica. Remarks. The drawings of this species by Li et al. (2018: fig. 30) were not published with the intended grayscale; therefore, parts of the sclerotizations appear oddly darker than the original version.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-10-15
DOI
https://doi.org/10.5281/zenodo.17362127
Primary Topic
Mycorrhizal Fungi and Plant Interactions
Type
article
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article

Pseudoglomeris (Pseudoglomeris) beybienkoi

Zenodo (CERN European Organization for Nuclear Research)
Mycorrhizal Fungi and Plant Interactions
article

Pseudoglomeris (Pseudoglomeris) beybienkoi

article en

Abstract

Pseudoglomeris (Pseudoglomeris) beybienkoi (Anisyutkin, 2003) Fig. 5 Trichoblatta beybienkoi Anisyutkin, 2003: 65. Pseudoglomeris angustifolia (Wang & Che, 2011) — Li et al. 2018: 272. Pseudoglomeris (Pseudoglomeris) beybienkoi (Anisyutkin, 2003) — Li 2021: 9. Material examined. China • 3 males & 6 females; Yunnan Province, Dali Bai Autonomous Prefecture, Weishan Yizu Huizu Autonomous County, Weibao Mountain; 2286 m elev.; 25.1801°N, 100.3499°E; 22 Apr. 2024; Yi-Feng Liu, Peng-Hui Hu, Sen-Chen, Tu-Nan Zhou leg; SWU -B-BB 52-2 to 10 • 5 males & 1 female; Guizhou Province, Guiyang, Guiyang Forest Park; 26.55°N, 106.76°E; 5 Mar. 2019; Qiu Lu, Wen-Bo Deng, Sen Chen, Shu-Ran Liao, He-Jia Jun, Yi-Shu Wang, Jin-Du Ting & Li-Bo Yan leg; SWU -B-BB 53-1 to 6 • 1 male & 4 females; Yunnan Province, Honghe Hani and Yi Autonomous Prefecture, Gejiu, Yin Mountain; 2063 m elev.; 23.3817°N, 103.1690°E; 7 Feb. 2024; Yi-Feng Liu leg; SWU -B-BB 53-1 to 5 • 1 male; Yunnan Province, Xinping Yi and Dai Autonomous County, Jinshan Primeval Forest, 10 May 2016; Lu Qiu, Zhi-Wei Qiu leg; SWU -B-BB 52-1. Supplementary description. Male. The apex of R 5 extends upwards and to the right. Diagnosis. The females of this species are similar to P. (P.) montana and P. (P.) magnifica, but they can be differentiated by their pit formula, [1] in P. (P.) beybienkoi, [2] in P. (P.) montana and [4–6] in P. (P.) magnifica. The male of this species resembles P. (P.) magnifica, but they can be distinguished by the broad and oval pronotum of P. (P.) magnifica. Remarks. The drawings of this species by Li et al. (2018: fig. 30) were not published with the intended grayscale; therefore, parts of the sclerotizations appear oddly darker than the original version.

Zenodo (CERN European Organization for Nuclear Research)
Southwest University (CN)
Openalex Percentile: Top 31%
Mycorrhizal Fungi and Plant Interactions
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