21 results on '"Liu, Peng-yu"'
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2. High-efficient and durable overall water splitting performance by interfacial engineering of Fe-doped urchin-like Ni2P/Ni3S2 heterostructure
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Chen, Wei-Zhe, Liu, Peng-Yu, Zhang, Lei, Liu, Yang, Liu, Zhiliang, He, Jinlu, and Wang, Yan-Qin
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- 2021
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3. Enhanced electrocatalytic nitrogen reduction reaction performance by interfacial engineering of MOF-based sulfides FeNi2S4/NiS hetero-interface
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Liu, Peng-Yu, Shi, Ke, Chen, Wei-Zhe, Gao, Rui, Liu, Zhi-Liang, Hao, Haigang, and Wang, Yan-Qin
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- 2021
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4. Interwoving polyaniline and a metal-organic framework grown in situ for enhanced supercapacitor behavior
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Liu, Peng-Yu, Zhao, Jiao-Jiao, Dong, Zhen-Peng, Liu, Zhi-Liang, and Wang, Yan-Qin
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- 2021
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5. Experiment and Computational Study on Pd-Catalyzed Methoxyiminoacyl-Directed γ-Alkoxylation of Alkylamides
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Liu, Peng-Yu, primary, Zhao, Yi-Min, additional, Xu, Yuehui, additional, Wang, Shuai, additional, Song, Lijuan, additional, Meng, Qingtao, additional, Zhang, Zhiqiang, additional, Yu, Fang, additional, and He, Yu-Peng, additional
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- 2023
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6. A Strong Real-time Communication Scheme for Substation of Coal Mine Safety Monitoring System
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DING Yuan, LIU Peng, YU Xiaomin
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coal mine safety monitoring and control system ,strong real-time ,can masterless communication ,monitoring and control system upgrade ,aq 6201—2006 ,Mining engineering. Metallurgy ,TN1-997 - Abstract
In view of the problems existing in the current mine safety monitoring system, such as low real-time performance, unstable communication and easy interruption, sensor failure or over-limit power failure control time, etc, the characteristics of CAN bus, software engineering, Coal Mine Safety Monitoring System Upgrade and Transformation Technology Program (Coal Safety Supervision [2016] No.5) and the real underground environment of coal mine were investigated and analyzed in detail. A strong real-time communication scheme is designed, and the software and hardware of the system are designed. During the continuous operation of the system, abnormal data are not generated, sensor failure or over-limit power off time can be completed locally within 2 s, and the out-of-control can be completed within 5 s. The technical indicators comply with the General Technical Requirements for Coal Mine Safety Monitoring System (AQ 6201—2006).
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- 2020
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7. Retraction notice to “Super-hydrophilic MgO/NiCo2S4 heterostructure for high-efficient oxygen evolution reaction in neutral electrolytes" [Appl. Catal. B Environ. 312 (2022) 121432]
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Chen, Wei-Zhe, primary, Zhang, Meng, additional, Liu, Yang, additional, Yao, Xiao-Man, additional, Liu, Peng-Yu, additional, Liu, Zhiliang, additional, He, Jinlu, additional, and Wang, Yan-Qin, additional
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- 2023
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8. Retraction notice to “Super-hydrophilic MgO/NiCo2S4 heterostructure for high-efficient oxygen evolution reaction in neutral electrolytes" [Appl. Catal. B Environ. 312 (2022) 121432]
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Chen, Wei-Zhe, Zhang, Meng, Liu, Yang, Yao, Xiao-Man, Liu, Peng-Yu, Liu, Zhiliang, He, Jinlu, and Wang, Yan-Qin
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- 2024
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9. Super-hydrophilic MgO/NiCo2S4 heterostructure for high-efficient oxygen evolution reaction in neutral electrolytes
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Chen, Wei-Zhe, primary, Zhang, Meng, additional, Liu, Yang, additional, Yao, Xiao-Man, additional, Liu, Peng-Yu, additional, Liu, Zhiliang, additional, He, Jinlu, additional, and Wang, Yan-Qin, additional
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- 2022
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10. A new species of Polyneura Westwood, 1842 from Yunnan, China (Hemiptera, Cicadidae, Cicadinae)
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Wang, Cheng-Bin, primary and Liu, Peng-Yu, additional
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- 2022
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11. RETRACTED: Super-hydrophilic MgO/NiCo2S4 heterostructure for high-efficient oxygen evolution reaction in neutral electrolytes
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Chen, Wei-Zhe, Zhang, Meng, Liu, Yang, Yao, Xiao-Man, Liu, Peng-Yu, Liu, Zhiliang, He, Jinlu, and Wang, Yan-Qin
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- 2022
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12. Pd-Catalyzed γ-Acetoxylation of Alkylamides: Structural Influence of Directing Groups
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Liu, Peng-Yu, primary, Zhao, Shi-Chen, additional, Zhang, Ming-Yuan, additional, Song, Lijuan, additional, Wang, Caiping, additional, Yu, Fang, additional, Meng, Qingtao, additional, Zhang, Zhiqiang, additional, and He, Yu-Peng, additional
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- 2022
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13. MIA-Directed 2-Pyridione-Enabled Selective Ortho-C–H Arylation of Phenylalanine: A Mechanistic Study
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Niu, Peng-Peng, primary, Liu, Peng-Yu, additional, Meng, Yue-Ning, additional, Yu, Fang, additional, and He, Yu-Peng, additional
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- 2021
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14. Trachystolodes tonkinensis Breuning 1943
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Huang, Gui-Qiang, Guo, Liang, and Liu, Peng-Yu
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Coleoptera ,Trachystolodes ,Insecta ,Arthropoda ,Trachystolodes tonkinensis ,Cerambycidae ,Animalia ,Biodiversity ,Taxonomy - Abstract
Trachystolodes tonkinensis Breuning, 1943 ���������X+ Figures 29���31, 32���34, 35���45, 46���51, 52 Trachystolodes tonkinensis Breuning, 1943: 188, fig. 2 (type locality: ���Chapa, Tonkin, Vietnam ���); Breuning, 1961: 319 (catalogue); Rondon & Breuning, 1970: 424, fig. 25a; Pu, 1980: 90, pl. IX, fig. 124; Hua, 1982: 128 (catalogue); Hua et al. 1993: 113, pl. XIX, figs. 184a (male) & 184b (female); Hua, 2002: 235 (catalogue); Hua et al., 2009: 120, pl. CXX, fig. 1389 (female); L��bl & Smetana, 2010: 287 (catalogue); Xiang et al., 2016: 119, 120, figs. (female) 1, 4, 7, 10, 13, 16, 19, 22; Lin & Yang, 2019: 323 (catalogue). Trachystolodes tonkinensis m. pici Breuning, 1943: 188, fig. 3 (type locality: ���Hoa-Binh, Tonkin, Vietnam ���); Breuning, 1961: 319 (catalogue). Redescription. Male. Body length: 14.0���27.0 mm, humeral width: 7.0���11.0 mm (20 individuals); one specimen (Figs. 29���34, 35���45), body length: 18.6 mm, humeral width: 7.2 mm. Anteclypeus brown (Fig. 32). Mandibles sparsely covered with short white setae and short brown setae on outside of dorso-basal 3/5 and latero-basal 3/5, with several long brown hairs on latero-basal 3/5 (Fig. 32). Labrum sparsely covered with long brown hairs (mainly concentrated at sides), short white setae and short brown setae, with a row of extremely dense golden setae at apex (Fig. 32). Frons sparsely covered with long brown hairs at basal margin (Fig. 32), vertex with several brown long pubescence at posterior of upper lobe of eyes. Antennomeres covered with short grayish-brown hairs (hairs gradually dense from basal segments to apical segments, but densest at antennomeres 9 th��� 11 th), antennomere 11 th densely with short light grayish-brown hairs at apical 1/3; apical cicatrix of scape moderately covered with dense short yellowish brown hairs; scape, pedicle, venter of antennomere 3 rd sparsely covered with short brown setae; antennomeres 3 rd��� 10 th sparsely with slightly long thick light brown setae apically. Pronotum and sides of prothorax sparsely covered with short dark brown setae located in rounded punctuations, pronotum with several long dark brown pubescence near sides of the large callus and near base of lateral spines; prosternal process reddish brown apically. Black setal spots near elytral middle sub-rectangular and bordered with short light yellowish brown hairs. Abdomen sparsely covered with semi-erected brown and dark brown setae, abdominal 5 th segment covered with several long thick dark brown hairs at sides and yellowish brown hairs at sides of apical 1/3, densely with long and short yellowish brown hairs at apical margin. Apex (except venter) of femora and basal dorsum of tibiae densely covered with short golden yellow setae. Mandibles wide and thickened, nearly as long as frons, nearly smooth at dorso-apical 2/5, wrinkled on outsides of dorso-basal 3/5 and latero-basal 3/5, depressed on latero-basal 3/5. Labrum transversally raised in middle. Frons with a transverse furrow at base and a pair of oblique short furrows at basal sides. Antennae 1.98 times as long as body, relative length of each antennomere as follows: 2.8: 0.5: 3.0: 2.3: 2.1: 1.8: 1.8: 1.6: 1.4: 1.3: 2.0. Pronotum and sides of prothorax sparsely covered with rounded punctuations; both small calluses on pronotum sub-pyramidal, the large callus on pronotum anchor-shaped, wrinkled dorsally and notched apically, with a mesial longitudinal furrow. Elytra 1.58 times as long as wide at base. Hind wing with Cu vein not extending to margin, Pc vein reduced into basal and apical parts, basal part short, not connecting with Cu vein and without a cross vein connecting with 1A 3 +2A vein; 1A 1 and 1A 2 veins dissociative and weak apically, 1A 3 +2A vein weak apically, 3A vein weak at most of parts of basal 1/2, 1A 3 +2A and 3A veins fused at most of parts of apical 1/2. Abdominal 5 th segment sub-truncated apically. Fore femora wrinkled. Male terminalia. Dorsum of tergite VIII (Fig. 35) sparsely covered with long and short brown setae (most of setae located at sides and apical 1/5), sparsely with long dark brown setae at apex and sides of apical 1/5, with a piece of longitudinally glabrous section in center of basal 2/3; ventral of tergite VIII (Fig. 36) sparsely covered with short brown setae at apical 1/3 (mainly concentrated on the dark brown section), sparsely with long brown setae and several long dark brown setae at apex and apical 3/5 of sides; disc wider than long, rounded apically, sub-trapezoidal at apical 3/5, sides of basal 2/5 sub-paralleled. Venter of sternite VIII (Fig. 36) sparsely covered with long and short brown setae at apical 2/3 (setae mainly concentrated at apical 1/3); most of parts of disc membranous, sclerotic section slightly with an arc notch at apical middle; spiculum relictum nearly 1.3 times as long as sternite VIII, sub-paralleled at sides of basal 1/3, then gradually expanded to apex, gradually constricted towards apex in dorsal view. Spiculum gastrale (Figs. 37���39) nearly 2.5 times as long as tergite VIII, stem of spiculum gastrale curved at basal 1/4 and hook-like basally in profile (Fig. 38), branches of spiculum gastrale 0.28 time as long as stem. Tegmen (Figs. 40���42) longer than penis, dorsum of parameres nearly glabrous at basal 1/3, sparsely covered with short brown setae and long thick brown setae (setae mainly concentrated at apical 1/4, longest setae nearly 0.5 time as long as parameres) at apical 2/3; venter of parameres with short and fine sparse brown setae at basal 2/3 (setae mainly concentrated at base), with several long brown setae at apical 1/3, each lobe rounded apically and longitudinally depressed at outer half of ventro-basal 1/2 (Fig. 42); phallobase nearly 3.0 times as long as parameres, expanded at apical 2/5 and gradually constricted to base, then curved near basal 1/5 (Fig. 41), anterior tegminal strut sub-truncated apically (Figs. 40 & 42). Penis uniformly curved (Fig. 44), dorsal plate shorter than ventral plate and sub-triangular apically (Fig. 43), ventral plate widely rounded at apex (Fig. 45); dorsal struts 0.43 time as long as entire penis, apex of dorsal struts slightly expanded towards inner sides (Fig. 43), outer side of apical margin of dorsal struts folded towards dorsum (Fig. 44). Female. Similar to male, but body length: 16.0��� 27.5 mm, humeral width: 7.0���10.0 mm (18 individuals); one specimen (Figs. 46���49), body length: 26.0 mm, humeral width: 9.0 mm. Antennae 1.46 times as long as body, relative length of each antennomere as follows: 3.0: 0.5: 3.1: 2.1: 1.8: 1.5: 1.4: 1.2: 1.1: 1.1: 1.2. Elytra 1.35 times as long as wide at base. Hind wing with 1A 3 +2A vein connecting with a very short cross vein near middle (Fig. 51). Abdominal 5 th segment notched apically. Material examined. CHINA: Fujian: 1 male (IZAS), Shuibei street, Shaowu city, Nanping city, 25. VI.1963; 1 female (CJBH), Liangye mountain, Wuping county, Longyan city, alt. 1100 m, 20. VI.2017, Jian-Bin Huang leg.; Guangxi: 1 male (CJBH), Shengtang mountain, Jinxiu county, Laibin city, alt. 950 m 1. VI.2015, Jian-Bin Huang leg.; Guizhou: 1 female (CGQH), no detailed collecting data; Sichuan: 1 female (IZAS), 3.VII.1931, Xue-Guang Wen leg.; Yunnan: 1 female (CPYL), Daweishan National Nature Reserve, Pingbian county, Honghe Hani and Yi autonomous prefecture, alt. 2000 m, 6. VI.2019, Liang Guo leg.; 1 female (CGQH), same data, but 103��41���54.40��� E, 22��54���14.24��� N, alt. 2100 m, 18���19.VIII.2018, Si-Yao Huang leg.; 4 males and 2 females (IZAS), same data, but alt. 1300 m, 23. VI.1956, Ke-Ren Huang et al. leg.; 4 males and 2 females (IZAS), same data, but alt. 1500 m, 17. VI.1956, Ke-Ren Huang et al. leg.; 1 male (IZAS), same data, but alt. 1350 m, 21. VI.1956, Panfilov leg.; 1 male (IZAS), same data, but alt. 1350 m, 25. VI.1956, Panfilov leg.; 1 female (IZAS), same data, but alt. 1350 m, 26. VI.1956, Panfilov leg.; 1 female (IZAS), same data, but alt. 1350 m, 27. VI.1956, Panfilov leg.; 1 female (IZAS), same data, but alt. 1500 m, 22. VI.1956, Ke-Ren Huang et al. leg.; 1 male (YZU), Maoping village, Dulong town, Maguan county, Wenshan Zhuang and Miao autonomous prefecture, 25.VII.2017, Yong-Xia Wu & Yu-Jie Dou leg.; 1 female (YZU), Gulinjing township, Maguan county, Wenshan Zhuang and Miao autonomous prefecture, 20.VII.2006, Ben-Yong Mao leg.; 1 male (YAFG), Kashang forestry center, Maguan county, Wenshan Zhuang bitus of live adults females (49 from Bizuo group, Yaosuo village, Dongtang township, Maolan town, Libo county, Guizhou, China, photograph by Ri-Xin Jiang on 28 April 2017; 50 from Daweishan National Nature Reserve, Yunnan, China, photograph by Lu Qiu on 18 May 2015); 51. right hind wing, dorsal view (A: anal, C u: cubitus, P c: post cubitus; red arrow indicates broken section); 46, 49, 50 & 51. dorsal view, 47. lateral view, 48. ventral view. Scale bars: 5 mm. and Miao autonomous prefecture, alt. 1300 m, 16.VII.1979, Qi-Lin Xiong leg.; 1 female (YAFG), Baihe township, Pingbian county, Honghe Hani and Yi autonomous prefecture, alt. 800 m, 3.VII.1979, Bao-Yuan Zhang leg.; LAOS: Houaphan: 2 males and 1 female (CSH), Mt. Phu Phan, 2060 m, VI.2017, local collector leg.; 1 male and 1 female (CXG), Mt. Phu Phan, 17.VII.2013, local collector leg.; 1 female (CXG), Mt. Phu Phan, 1. V.2012, local collector leg.; Xiang Khuang: 1 male (CGQH), Muang Phang, IX. 2017, local collector leg.; 1 female (CGQH), Muang Phang, 5���15. V.2019, local collector leg.; VIETNAM: Vinh Phuc: 1 male (CSH), Tam Dao NP, near Tam Dao town, 2���5. V.2013, 21��27���N, 105��38���E, alt. 700���1000m, Andre Skale leg; Tonkin: 1 male (IZAS), MonBavi, alt. 900���1000 m, VIII.1940, P.A. de Cooman leg.; 1 female (IZAS), Hoa-Binh, VIII.1959, A de Cooman leg. Distribution. China (Fujian, Guangdong, Guangxi, Guizhou, Hainan, Jiangxi, Sichuan, Yunnan); Vietnam (Tonkin, Vinh Phuc); Laos (Houaphan, Xiang Khuang). Remarks. Figures 29, 31, 46 and 48 show the elytra of this species separated from each other at apex, which was caused by the senior author dissecting the hind wings, the elytra are actually not separate from each other at apex in natural condition. Pu (1980) recorded this species distributed in China (Yunnan: Jinping), Laos and Vietnam, then Hua et al. (1993) recorded this species distributed in China [Guangdong (Fengkai), Hainan (Jiangfengling), Guangxi, Yunnan] and provided figures of male and female, Hua (2002) also recorded this species distributed in China (Fujian, Guangdong, Guangxi, Hainan, Jiangxi, Sichuan, Yunnan), Laos and Vietnam; but above authors did not provide any details of specimens examination. After examining the specimens from China (Fujian, Guangxi, Guizhou, Sichuan, Yunnan), we verified some above mentioned localities of this species, but other localities still need to be verified by examining additional specimens. Therefore, the distribution map of this species was made based on the records in original paper (Breuning, 1943; Rondon & Breuning, 1970), data from specimens examined and photographs., Published as part of Huang, Gui-Qiang, Guo, Liang & Liu, Peng-Yu, 2020, A review of the genus Trachystolodes Breuning, 1943 (Coleoptera: Cerambycidae Lamiinae: Lamiini), pp. 49-64 in Zootaxa 4759 (1) on pages 56-61, DOI: 10.11646/zootaxa.4759.1.3, http://zenodo.org/record/3735956, {"references":["Breuning, S. (1943) Etudes sur les Lamiaires (Coleop. Cerambycidae). Douzieme tribu: Agniini Thomson. Novitates Entomologicae, 3 eme supplement (89 - 106), 137 - 280.","Breuning, S. (1961) Catalogue des Lamiaires du Monde. Verlag des Museums G. Frey, Tutzing bei Munchen, 5, 287 - 382.","Rondon, J. A. & Breuning, Sv. (1970) Lamiines du Laos. In: Gressitt, J. L., Rondon, J. A. & Breuning, Sv. (Eds.), Cerambycid beetles of Laos (Longicornes du Laos). Pacific Insects Monograph 24. Bishop Museum, Hawaii, pp. 315 - 571.","Pu, F. - J. (1980) Economic Insect Fauna of China. Fasc. 19. Coleoptera: Cerambycidae (II). Science Press, Beijing, x + 146 pp. [in Chinese]","Hua, L. - Z. (1982) A Check List of The Longicorn Beetles of China (Coleoptera: Cerambycidae). Zhongshan University, Guangzhou, 158 pp.","Hua, L. - Z., Nara, H. & Yu, C. - K. (1993) Longicorn Beetles of Hainan & Guangdong. Muh-Sheng Museum of Entomology, Taiwan, 320 pp.","Hua, L. - Z. (2002) List of Chinese Insects. Vol. II. Zhongshan (Sun Yat-sen) University Press, Guangzhou, 612 pp.","Hua, L. - Z., Nara, H., Saemulson (misspelling of Samuelson), G. A. & Lingafelter, S. W. (2009) Iconography of Chinese Longicorn Beetles (1406 Species) in Color. Sun Yat-sen University Press, Guangzhou, xii + 474 pp.","Lobl, I. & Smetana, A. (2010) Catalogue of Palaearctic Coleoptera. Vol. 6. Chrysomeloidea. Apollo Books, Stenstrup, pp. 84 - 334. https: // doi. org / 10.1163 / 9789004260917 _ 004","Xiang, L., Xie, G. & Wang, W. (2016) A new species of the genus Pseudotrachystola Breuning (Coleoptera: Cerambycidae: Lamiinae) from China. Zootaxa, 4179 (1), 118 - 122. https: // doi. org / 10.11646 / zootaxa. 4179.1.8","Lin, M. & Yang, X. (2019) Catalogue of Chinese Coleoptera. Vol. 9. Chrysomeloidea: Vesperidae, Disteniidae, Cerambycidae. Science Press, Beijing, 575 pp."]}
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- 2020
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15. Trachystolodes bimaculatus
- Author
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Huang, Gui-Qiang, Guo, Liang, and Liu, Peng-Yu
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Coleoptera ,Trachystolodes ,Insecta ,Arthropoda ,Cerambycidae ,Animalia ,Trachystolodes bimaculatus ,Biodiversity ,Taxonomy - Abstract
Trachystolodes bimaculatus (Kriesche, 1924) ���X+ Figures 1���4, 52 Trachystola bimaculata Kriesche, 1924: 285 (type locality: ���Montes Mauson, Tonkin, Vietnam ���). Trachystolodes bimaculatus: Breuning, 1943: 188, fig. 1; Breuning, 1961: 319 (catalogue). Type material examined. Holotype: male (MNHUB), Montes Mauson, Tonkin, Vietnam, IV���V, Hans Fruhstorfer leg. Distribution. Vietnam (Tonkin). Remarks. The TITAN Database (Tavakilian & Chevillotte, 2019) shows the holotype of this species was deposited in Senckenberg Deutsches Entomologisches Institut, M��ncheberg, Germany (SDEI), when the senior author contacted Mandy Schr��ter (SDEI) for the photos of holotype, while Mandy Schr��ter told the senior author that the holotype was not deposited in SDEI, but in Museum f��r Naturkunde Berlin (MNHUB) based on original paper. Finally, the senior author got the photos of holotype from Bernd Jaeger (MNHUB)., Published as part of Huang, Gui-Qiang, Guo, Liang & Liu, Peng-Yu, 2020, A review of the genus Trachystolodes Breuning, 1943 (Coleoptera: Cerambycidae Lamiinae: Lamiini), pp. 49-64 in Zootaxa 4759 (1) on pages 50-51, DOI: 10.11646/zootaxa.4759.1.3, http://zenodo.org/record/3735956, {"references":["Kriesche, R. (1924) Zur Kenntnis der Lamiinen (Col. Ceramb.). Deutsche entomologische Zeitschrift, 1924 (3), 285 - 290. https: // doi. org / 10.1002 / mmnd. 48019240309","Breuning, S. (1943) Etudes sur les Lamiaires (Coleop. Cerambycidae). Douzieme tribu: Agniini Thomson. Novitates Entomologicae, 3 eme supplement (89 - 106), 137 - 280.","Breuning, S. (1961) Catalogue des Lamiaires du Monde. Verlag des Museums G. Frey, Tutzing bei Munchen, 5, 287 - 382.","Tavakilian, G. & Chevillotte, H. (2019) Titan: International Database on Worldwide Cerambycidae or Longhorn Beetles. Available from: http: // titan. gbif. fr / index. html (accessed 8 August 2019)"]}
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- 2020
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16. Trachystolodes huangjianbini Huang & Guo & Liu 2020, sp. nov
- Author
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Huang, Gui-Qiang, Guo, Liang, and Liu, Peng-Yu
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Coleoptera ,Trachystolodes ,Insecta ,Arthropoda ,Cerambycidae ,Trachystolodes huangjianbini ,Animalia ,Biodiversity ,Taxonomy - Abstract
Trachystolodes huangjianbini sp. nov. �����������X+ Figures 5���7, 8���10, 11���21, 22���28, 52 Description. Male. Body length: 24.0 mm, humeral width: 10.0 mm (2 individuals); holotype (Figs. 5���10, 11���21), body length: 24.0 mm, humeral width: 10.0 mm. Anteclypeus brown (Fig. 8). Mandibles sparsely covered with short white setae and short brown setae on outside of dorso-basal 3/5 and latero-basal 3/5, with several long brown hairs on latero-basal 3/5 (Fig. 8). Labrum sparsely covered with long brown hairs (mainly concentrated at sides), short white setae and short brown setae, with a row of extremely dense golden setae at apex (Fig. 8). Frons sparsely covered with long brown hairs at basal margin (Fig. 8), vertex with several long dark brown pubescence at posterior of upper lobe of eyes. Antennomeres covered with short grayish-brown hairs (hairs gradually dense from basal segments to apical segments, but densest at antennomeres 9 th��� 11 th), antennomere 11 th densely with short light grayish-brown hairs at apical 1/3; scape, pedicle, inner sides of antennomere 3 rd sparsely with short dark brown setae; antennomeres 3 rd��� 10 th sparsely covered with slightly long and thick brown hairs apically. Pronotum and sides of prothorax sparsely covered with short dark brown setae located in rounded punctuations, pronotum with several long dark brown pubescence near sides of large callus and near base of lateral spines. Black setal spots near elytral middle mushroom-shaped (Fig. 5). Abdomen sparsely covered with semi-erected light brown and dark brown setae, abdominal 5 th segment sparsely with long and thick dark brown hairs at apical 1/3 (slightly dense at apical margin). Apex (except venter) of femora and basal dorsum of tibiae densely covered with short brown setae. Mandibles wide and thickened, nearly as long as frons, nearly smooth at dorso-apical 2/5, wrinkled on outsides of dorso-basal 3/5 and latero-basal 3/5, depressed on latero-basal 3/5. Labrum transversally raised in middle. Frons with a transverse furrow at base and a pair of oblique short furrows at basal sides. Antennae 1.65 times as long as body, relative length of each antennomere as follows: 4.5: 1.0: 4.0: 3.2: 2.9: 2.6: 2.5: 2.0: 1.8: 1.6: 3.0. Pronotum and sides of prothorax sparsely covered with rounded punctuations; posterior of both small calluses closed to anterior of large callus on pronotum, both small calluses sub-rectangular with oblique depression on inner side of dorsum, large callus sub-rectangular, wrinkled and with a mesial longitudinal furrow dorsally, notched apically. Elytra 1.38 times as long as wide at base. Hind wing with Cu vein weak apically, Pc vein reduced into basal and apical parts, basal part short, not connecting with Cu vein and without a cross vein connecting with 1A 3 +2A; 1A 1 and 1A 2 veins dissociative and weak apically, 1A 3 +2A and 3A veins well developed (weak apically) and fused at most of parts of apical 1/2 (Fig. 10). Abdominal 5 th segment sub-truncated apically. Profemora, sides of mid femora and inner sides of hind femora wrinkled. Male terminalia. Dorsum of tergite VIII (Fig. 11) sparsely covered with long and short brown setae (most of setae located at sides and apex), sparsely with long thick dark brown setae at apex and near apical sides, with a piece of longitudinally glabrous section in center of basal 2/3; venter of tergite VIII (Fig. 12) sparsely covered with short brown setae at apical 1/3 (setae mainly concentrated on dark brown section), sparsely with slightly long brown setae at apical 3/4 of sides, sparsely with short dark brown setae at apex, sparsely with long dark brown setae at apex (setae mainly concentrated at apex) and apical 3/4 of sides; disc slightly wider than long, sub-trapezoidal and truncated apically. Venter of sternite VIII (Fig. 12) sparsely covered with long and short brown setae (setae mainly concentrated at apical 1/3), sparsely with long dark brown setae at sides; most of parts of disc membranous, with a piece of longitudinally glabrous section in center, sclerotic section with a triangular notch at apical center. Spiculum gastrale (Figs. 13���15) nearly 2.0 times as long as tergite VIII, stem of spiculum gastrale slightly curved at apical 1/4, strongly curved at basal 1/4, base drop-shaped in profile (Fig. 14), branches of spiculum gastrale less than 0.5 time as long as stem. Tegmen (Figs. 16���18) slightly longer than penis, dorsum of parameres nearly glabrous at basal 1/3, sparsely covered with short brown setae (setae mainly concentrated at apical 1/3) and long thick brown setae (setae mainly concentrated at apical 1/4, longest setae nearly 0.5 time as long as parameres) at apical 2/3 (Fig. 16); venter of parameres sparsely with short fine brown setae at basal 2/3 (setae mainly concentrated at base), sparsely with long thick brown setae on apical 1/3, each lobe rounded apically and longitudinally depressed at outer half of ventro-basal 1/2 (Fig. 18); phallobase nearly 2.6 times as long as parameres, expanded at apical 2/5 and gradually constricted to base, then curved near basal 1/5 (Fig. 17), both struts of anterior tegminal strut separated and only connected through membrane (Figs. 16 & 18). Penis abruptly curved at basal 2/5 (Fig. 20), dorsal plate shorter than ventral plate and rounded apically (Fig. 19), ventral plate wider than dorsal plate near apex (Fig. 20), sub-truncated apically (Fig. 21); dorsal struts about 0.5 time as long as entire penis and rounded apically, apex of dorsal struts slightly expanded towards inner sides (Fig. 19), outer side of apical margin of dorsal struts slightly folded towards dorsum (Fig. 20). Variation. The black setal spots near elytral middle securiform in male paratype. Female. Paratype (Figs. 22���28), similar to male, but body length: 23.5 mm, humeral width: 10.0 mm. The black setal spots near elytral middle converse ���V��� shaped (Figs. 22 & 25). Antennae 1.33 times as long as body, relative length of each antennomere as follows: 3.4: 0.6: 2.6: 2.0: 1.7: 1.4: 1.3: 1.2: 1.1: 1.1: 1.6. Elytra 1.46 times as long as wide at base. Hind wing with 1A 3 +2A vein connecting with a very short cross vein near middle (Fig. 28). Abdominal 5 th segment notched apically. tographs by Peng-Yu Liu on 2 July 2019); 28. right hind wing (A: anal, C u: cubitus, P c: post cubitus; red arrows indicate broken sections); 22, 25 & 28. dorsal view, 23, 26 & 27. lateral view, 24. ventral view. Scale bars: 5 mm. Diagnosis. This new species can be distinctly distinguished from T. bimaculatus and T. tonkinensis by the black setal spots near elytral middle mushroom-shaped or securiform (drop-shaped in T. bimaculatus, sub-rectangular and bordered with short light yellowish brown setae in T. tonkinensis) in males and converse ���V��� shaped (sub-rectangular and bordered with short light yellowish brown hairs in T. tonkinensis) in females, apex (except venter) of femora and basal dorsum of tibiae densely covered with short brown hairs (with short golden yellow hairs in T. bimaculatus and T. tonkinensis), the three calluses on pronotum large (compare with pronotum, small in T. bimaculatus and T. tonkinensis); tergite VIII truncated apically (rounded apically in T. tonkinensis), stem of spiculum gastrale strongly curved at basal 1/4, drop-shaped basally in profile [stem of spiculum gastrale curved (not strongly) at basal 1/4 and hook-like basally in profile in T. tonkinensis], parameres long (compare with width, short in T. tonkinensis) and apical 1/2 narrow (compare with basal width, wide in T. tonkinensis), the interval between both parameres gradually expanded from base to apex (sub-paralleled in T. tonkinensis), both struts of the anterior tegminal strut separated (combined in T. tonkinensis) in males. Type material examined. CHINA: Fujian. Holotype: male (LPSNU ex CJBH), Mountain temple, Gaoping village, Mangdang mountain, Nanping city, 118��5���24��� E, 26��37���43��� N, alt. 923 m, 21.V.2019, Jian-Bin Huang leg. Paratypes: 1 female (LPSNU ex CPYL), Daopaiyan, Zhongxian town, Youxi county, Sanming city, 2.VII.2019, Chao-Ming Chen leg.; 1 male (YZU), Yichao village, Mangdang town, Yanping district, Nanping city, 14. VI.1983, Bing-Rong Chen leg. Etymology. This new species is dedicated to Mr. Jian-Bin Huang (�� ��� ��), who collected the holotype and is a good friend of the authors. Distribution. Only known from type locality Fujian, China. Remarks. Figures 5, 7, 22 and 24 show the elytra of this new species separated from each other at apex, which was caused by the senior author dissecting the hind wings, the elytra actually are not separated from each other at apex in natural condition; photographs used in Figs. 25���27 were taken by the third author outdoors after collecting the specimen instead of in situ., Published as part of Huang, Gui-Qiang, Guo, Liang & Liu, Peng-Yu, 2020, A review of the genus Trachystolodes Breuning, 1943 (Coleoptera: Cerambycidae Lamiinae: Lamiini), pp. 49-64 in Zootaxa 4759 (1) on pages 52-56, DOI: 10.11646/zootaxa.4759.1.3, http://zenodo.org/record/3735956
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- 2020
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17. Trachystolodes Breuning 1943
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Huang, Gui-Qiang, Guo, Liang, and Liu, Peng-Yu
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Coleoptera ,Trachystolodes ,Insecta ,Arthropoda ,Cerambycidae ,Animalia ,Biodiversity ,Taxonomy - Abstract
Trachystolodes Breuning, 1943 ���X+Oi Trachystolodes Breuning, 1943: 188; Breuning, 1961: 319; Rondon & Breuning, 1970: 424; Pu, 1980: 90; L��bl & Smetana, 2010: 287; Lin & Yang, 2019: 323. Type species: Trachystola bimaculata Kriesche, 1924. Redescription. Body black, densely covered with short brown setae (dorsal setae denser than ventral setae); head, antennae, prothorax, scutellum, mesosternum, metasternum, elytra, abdominal sternites and legs sparsely covered with short white setae (the white short setae on antennae gradually sparser from 7 th to 11 th segments, most of white short setae on elytra mainly located on apical 1/3 and forming some small irregular spots); frons, genae and vertex sparsely covered with short dark brown setae located in rounded punctuations; elytra sparsely covered with short black setae (parts of black setae located at basal 1/2 of elytra respectively located in a small sub-oval punctuation, rest of black setae located at apical 1/3 forming some small irregular spots), with a pair of black setal spots near middle. Frons, genae and vertex strongly wrinkled and sparsely covered with rounded punctuations, eyes coarsely faceted; antennae longer than body, antennal scape strongly wrinkled, gradually thickened from base to apex and reaching to or beyond middle of pronotum, apical cicatrix of antennal scape opened; pedicle nearly as long as wide. Pronotum transverse and strongly wrinkled, with pointed lateral spines located slightly in front of middle, with three calluses (two small located in front of middle and one slightly large near basal middle); prosternal process narrow and with a longitudinal furrow in middle, distinctly lower than procoxae; procoxal cavity closed posteriorly. Scutellum lingulate. Elytra broader than prothorax basally, gradually constricted towards posterior and abruptly constricted near apical 1/3, rounded apically; disc with a pair of oblique depressions at basal 2/5; each elytron covered with large numbers of granules at basal 3/5, big granules mainly forming three longitudinal curved lines (first line starting from near posterior of humeri and extending along elytral margin to near anterior of black setal spot, second line raised at basal 1/5 of elytra, starting from near basal middle and extending to near anterior of black setal spot, third line from near posterior of scutellum and extending to near basal 1/4), rest of small granules located among above three lines; elytral sides covered with large numbers of big and small granules at basal 2/3, granules denser basally and gradually sparser towards posterior. Mesosternal process raised in center, midcoxal cavity open to epimeron externally. Fifth abdominal segment distinctly longer than 2 nd, 3 rd and 4 th segments. Tarsi with 4 segments. Diagnosis. Trachystolodes is similar to Mimechthistatus Breuning, 1956 and Pseudotrachystola Breuning, 1943, but Trachystolodes can be distinguished from Mimechthistatus by the granules at basal 3/5 of elytron mainly forming three longitudinal and curved lines (the granules not forming three longitudinal and curved lines on elytron in Mimechthistatus, figs. 53���54), elytra not separated at apex (elytra distinctly separated at apex in Mimechthistatus, figs. 52���54, 56, 58); hind wing not vestigial [hind wing vestigial in Mimechthistatus (Chou, 2008)]. The differences between Trachystolodes and Pseudotrachystola refer to Xiang et al. (2016). Range. China, Laos, Vietnam., Published as part of Huang, Gui-Qiang, Guo, Liang & Liu, Peng-Yu, 2020, A review of the genus Trachystolodes Breuning, 1943 (Coleoptera: Cerambycidae Lamiinae: Lamiini), pp. 49-64 in Zootaxa 4759 (1) on page 50, DOI: 10.11646/zootaxa.4759.1.3, http://zenodo.org/record/3735956, {"references":["Breuning, S. (1943) Etudes sur les Lamiaires (Coleop. Cerambycidae). Douzieme tribu: Agniini Thomson. Novitates Entomologicae, 3 eme supplement (89 - 106), 137 - 280.","Breuning, S. (1961) Catalogue des Lamiaires du Monde. Verlag des Museums G. Frey, Tutzing bei Munchen, 5, 287 - 382.","Rondon, J. A. & Breuning, Sv. (1970) Lamiines du Laos. In: Gressitt, J. L., Rondon, J. A. & Breuning, Sv. (Eds.), Cerambycid beetles of Laos (Longicornes du Laos). Pacific Insects Monograph 24. Bishop Museum, Hawaii, pp. 315 - 571.","Pu, F. - J. (1980) Economic Insect Fauna of China. Fasc. 19. Coleoptera: Cerambycidae (II). Science Press, Beijing, x + 146 pp. [in Chinese]","Lobl, I. & Smetana, A. (2010) Catalogue of Palaearctic Coleoptera. Vol. 6. Chrysomeloidea. Apollo Books, Stenstrup, pp. 84 - 334. https: // doi. org / 10.1163 / 9789004260917 _ 004","Lin, M. & Yang, X. (2019) Catalogue of Chinese Coleoptera. Vol. 9. Chrysomeloidea: Vesperidae, Disteniidae, Cerambycidae. Science Press, Beijing, 575 pp.","Kriesche, R. (1924) Zur Kenntnis der Lamiinen (Col. Ceramb.). Deutsche entomologische Zeitschrift, 1924 (3), 285 - 290. https: // doi. org / 10.1002 / mmnd. 48019240309","Breuning, S. (1956) Notes sur les Lamiaires. Longicornia, 3, 703 - 722.","Chou, W. I. (2008) The Atlas of Taiwanese Cerambycidae (second edition). Owl Publishing House, Taipei, 408 pp.","Xiang, L., Xie, G. & Wang, W. (2016) A new species of the genus Pseudotrachystola Breuning (Coleoptera: Cerambycidae: Lamiinae) from China. Zootaxa, 4179 (1), 118 - 122. https: // doi. org / 10.11646 / zootaxa. 4179.1.8"]}
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- 2020
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18. Metal-Free Aerobic Oxidative Cyanation of Tertiary Amines: Azobis(isobutyronitrile) (AIBN) as a Sole Cyanide Source
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Liu, Peng-Yu, primary, Zhang, Chao, additional, Zhao, Shi-Chen, additional, Yu, Fang, additional, Li, Fei, additional, and He, Yu-Peng, additional
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- 2017
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19. Impact of sulfuric and nitric acids on carbonate dissolution, and the associated deficit of CO 2 uptake in the upper–middle reaches of the Wujiang River, China
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Huang, Qi-bo, primary, Qin, Xiao-qun, additional, Liu, Peng-yu, additional, Zhang, Lian-kai, additional, and Su, Chun-tian, additional
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- 2017
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20. Protective effect of Danggui (Radix Angelicae Sinensis) on angiotensin II-induced apoptosis in H9c2 cardiomyoblast cells
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Huang, Chih-Yang, primary, Kuo, Wei-Wen, additional, Kuo, Chia-Hua, additional, Tsai, Fuu-Jen, additional, Liu, Peng-Yu, additional, and Hsieh, Dennis Jine-Yuan, additional
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- 2014
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21. Impact of sulfuric and nitric acids on carbonate dissolution, and the associated deficit of CO2 uptake in the upper–middle reaches of the Wujiang River, China.
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Huang, Qi-bo, Qin, Xiao-qun, Liu, Peng-yu, Zhang, Lian-kai, and Su, Chun-tian
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SULFURIC acid , *NITRIC acid , *CARBONATES , *ANTHROPOGENIC effects on nature , *GROUNDWATER management , *CATIONS - Abstract
Carbonate weathering and the CO 2 consumption in karstic area are extensive affected by anthropogenic activities, especially sulfuric and nitric acids usage in the upper-middle reaches of Wujiang River, China. The carbonic acid would be substituted by protons from sulfuric and nitric acids which can be reduce CO 2 absorption. Therefore, The goal of this study was to highlight the impacts of sulfuric and nitric acids on carbonate dissolution and the associated deficit of CO 2 uptaking during carbonate weathering. The hydrochemistries and carbon isotopic signatures of dissolved inorganic carbon from groundwater were measured during the rainy season (July; 41 samples) and post-rainy season (October; 26 samples). Our results show that Ca 2 + and Mg 2 + were the dominant cations (55.87–98.52%), and HCO 3 – was the dominant anion (63.63–92.87%). The combined concentrations of Ca 2 + and Mg 2 + commonly exceeded the equivalent concentration of HCO 3 − , with calculated [Ca 2 + + Mg 2 + ]/[HCO 3 − ] equivalent ratios of 1.09–2.12. The mean measured groundwater δ 13 C DIC value (− 11.38‰) was higher than that expected for carbonate dissolution mediated solely by carbonic acid (− 11.5‰), and the strong positive correlation of these values with [SO 4 2 − + NO 3 − ]/HCO 3 – showed that additional SO 4 2 − and NO 3 − were required to compensate for this cation excess. Nitric and sulfuric acids are, therefore, suggested to have acted as the additional proton-promoted weathering agents of carbonate in the region, alongside carbonic acid. The mean contribution of atmospheric/pedospheric CO 2 to the total aquatic HCO 3 – decreased by 15.67% (rainy season) and 14.17% (post-rainy season) due to the contributions made by these acids. The annual mean deficit of soil CO 2 uptake by carbonate weathering across the study area was 14.92%, which suggests that previous workers may have overestimated the absorption of CO 2 by carbonate weathering in other karstic areas worldwide. [ABSTRACT FROM AUTHOR]
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- 2017
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