340,255 research outputs found
Pristidia ramosa Yu, Sun & Zhang 2012
No full textPristidia ramosa Yu, Sun & Zhang, 2012 Figs 9–17 Pristidia ramosa Yu, Sun & Zhang, 2012: 45, f. 1–16. (male holotype; 6 male and 2 female paratypes from China, Jiangxi Province, Mt. Jinggang) Clubiona expansa Huang & Chen, 2012: 55, f. 15A–G. (male holotype; 1 male and 1 female paratypes from China, Taiwan Province, New Taipei City). Syn. N. Material examined. CHINA: Taiwan, New Taipei City, District Pinglin (24o55’55.78"N, 121°42′41.10"E, 210m), 19 July 2013, F. Liu and W.Gan leg., 1 male (HUBU-TW- 130177) and 1 female (HUBU-TW- 130178); Guizhou, Mt. Fanjing, Taiping village (24o55’55.78"N, 121o42’41.10"E, 634m), 24 May 2015, M. Yan and J.Li leg., 1 female (HUBU-GZ- 150249). Diagnosis. Pristidia ramosa can be easily distinguished from P. cervicornuta sp. nov. by the embolus distinctly longer, the presence of basal teeth on the RTA, RTA expanded, with a blunt tip, and by the absence of TA (Figs 13, 14). Yu, Sun & Zhang (2012: 45) highlighted the differences of this species from P. prima. Description. See Yu, Sun & Zhang (2012). Intraspecific variation. There is almost no difference between the male from Taiwan (HUBU-TW- 130177, Figs 10, 12–14) and the holotype from Jiangxi (Yu, Sun & Zhang 2012: figs 1–7, 12–14). However, some intraspecific variation is exhibited by females from different localities, mostly related to different degrees of sclerotization. The female from Taiwan (HUBU-TW- 130178, Fig. 11) is distinctly larger in size and darker in color than the paratype from Jiangxi (Yu, Sun & Zhang, 2012: fig. 8). Furthermore, in HUBU-TW- 130178, the epigynal ventral plate is more sclerotized (Fig. 15) than in the paratype (Yu, Sun & Zhang 2012: fig. 9); both spermathecae and bursae are totally transparent in HUBU-TW- 130178 (Fig. 16), while more sclerotized in the paratype (Yu, Sun & Zhang 2012: figs 10, 16). Natural history. The spiders inhabit forests in low mountain areas (210–800 m). This is in accordance with data of the type locality provided by Yu, Sun & Zhang (2012) and Huang & Chen (2012). Distribution. Mt. Jinggang in Jiangxi, Mt. Fanjing in Guizhou and New Taipei City in Taiwan, China. The present data showed the extension of the known range of this species of about 560 km to the northwest (Mt. Fanjing) and of 750 km to the southeast (Taiwan) from the type locality (Fig. 17). Remark. Although we have not examined the type specimens of C. expansa, the long filiform embolus, the expanded RTV with a subapical flange, the bell-shaped atrium, and the course of vulvar duct system shown in the original illustrations (Huang & Chen 2012, fig. 15A–G), leave no doubts on this synonymy. Huang & Chen (2012) was published in May, 2012 (day of publication not specified), while Yu, Sun & Zhang (2012) was published in May, 3, 2012. According to the article 21.3 of the International Code of Zoological Nomenclature, the publication date of Huang & Chen (2012) must be specified as May, 31, 2012. Consequently, C. expansa is here considered as a junior synonym of P. ramosa.Published as part of Yu, Hao, Zhang, Jianshuang & Chen, Jian, 2017, Taxonomy of the genus Pristidia Deeleman-Reinhold, 2001 (Araneae: Clubionidae) in China, pp. 411-418 in Zootaxa 4306 (3) on pages 413-416, DOI: 10.11646/zootaxa.4306.3.7, http://zenodo.org/record/84452
Story of the Zhang Family
No full textInterview was conducted from March 4 to March 6, 2015 at the East Asian Library of the University of Kansas.In these videos, Artist Zhang Chun Hong interviews her mother Bai Yu Zhi about her family history and growing up in China in 1970s and 1980s.Center for East Asian Studies, University of Kansa
Replication Data for: Transmission of Income Variations to Consumption Variations: The Role of the Firm
No full textJin, Miao, Liu, Yu-Jane, Meng, Juanjuan, and Zhang, Yu, (2024) “Transmission of Income Variations to Consumption Variations: The Role of the Firm.” Review of Economics and Statistics 106:2, 423–436
Chalcovietnamicus daiqini Yu & Hoang & Maddison & Zhang 2023
No full text<i>daiqini</i> -species group <p> This group can be distinguished from the <i>vietnamensis</i> -group by the lack of a large apical flag-like embolic apophysis (EA) on the back side of the embolus (Figs 60, 63–64, 66–67). The body is covered with dense khaki setae but never on the male face, palp, and tibia I, which are conspicuously darker than other body parts (Figs 4–5, 42–43, 70–72, 88–89). Females share three pairs of transverse setal bands on the posterior half of abdomen; the posterior pair is connected or very close to each other (Figs 11, 30, 48, 73, 90); female sternum has a cluster of long white setae on the posterior lateral edge of each side (but reduced in <i>C. marusiki</i> <b>sp. nov.</b> and <i>C. terbakar</i> <b>sp. nov.</b>; Figs 14, 32, 96).</p> <p> <b>Species included.</b> <i>Chalcovietnamicus daiqini</i> (Prószyński & Deeleman-Reinhold, 2012) <b>comb. nov.</b>, <i>C. logunovi</i> Yu, Maddison & Zhang, <b>sp. nov.</b>, <i>C. marusiki</i> Yu, Maddison & Zhang, <b>sp. nov.</b>, <i>C. terbakar</i> Yu, Maddison & Zhang, <b>sp. nov.</b>, <i>C. weihangi</i> Yu & Zhang, <b>sp. nov.</b>.</p>Published as part of <i>Yu, Kun, Hoang, Quang Duy, Maddison, Wayne P. & Zhang, Junxia, 2023, Review of Chalcovietnamicus Marusik, 1991, with description of four new species (Araneae, Salticidae, Euophryini), pp. 451-480 in Zootaxa 5336 (4)</i> on page 455, DOI: 10.11646/zootaxa.5336.4.1, <a href="http://zenodo.org/record/8282322">http://zenodo.org/record/8282322</a>
Yu Zhang
No full textYu Zhang, Los Alamos National Laboratoryhttps://digitalcommons.montclair.edu/sust-seminar-headshots/1098/thumbnail.jp
Pristidia ramosa Yu, Sun & Zhang 2012
No full textPristidia ramosa Yu, Sun & Zhang, 2012 (Figs 19A–C) Pristidia ramosa Yu et al., 2012: 45, figs 1–16 (♂ ♀). Material examined. 1♀, Heiwanhe (27°50.80′N, 108°46.29′E; elev. 588 m), 18.VII.2013, L.Y. Wang, T. Lu & X.K. Jiang leg.; 1♀, Heiwanhe, 24.VII.2013, L.Y. Wang, T. Lu & X.K. Jiang leg.; 1♀, Zhiwuyuan (27°50′2.42″N, 108°45′30.08″E; elev. 532 m), 26.VII.2013, L.Y. Wang, T. Lu & X.K. Jiang leg. Description. See Yu et al. (2012). Habitus as shown in Fig. 19A, epigyne as in Figs 19B–C. Distribution. China (Fujiang, Guizhou, Guangxi, Jiangxi). Funding This study was supported by the National Natural Science Foundation of China (31471974, 31672278) and Fundamental Research Funds for the Central Universities (XDJK 2017B003) to Zhisheng Zhang, and the Foundation of Biologic Resource and Environment Big Data ([2015] 4013) to Huiming Chen. Acknowledgements Thanks are greatly given to the editor and two anonymous reviewers. Early version of this manuscript benefited from the comments of Yuri Marusik (Institute for Biological Problems of the North, Magadan, Russia), Kiril Mikhailov (Moscow Lomonosov State University, Russia) and Charles Haddad (University of the Free State, South Africa) for their helpful suggestions. We thank Dong Wang, Xuankong Jiang, Tian Lu (SWUC) and Junxia Zhang, Chi Jin, Zhizhong Gao (MHBU) for their assistance during the field work.Published as part of Wang, Luyu, Chen, Huiming, Wu, Panlong, Zhang, Feng & Zhang, Zhisheng, 2018, Spider diversity in Fanjing Mountain Nature Reserve, Guizhou, China, II: Clubionidae (Araneae), pp. 317-333 in Zoological Systematics 43 (3) on page 332, DOI: 10.11865/zs.201827, http://zenodo.org/record/536646
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Life as an early career researcher: interview with Yu Shrike Zhang
No full textYu Shrike Zhang talks to Francesca Lake, Head of Open Access Publishing: Yu Shrike Zhang received his BE degree in biomedical engineering in 2008 from Southeast University, PR China and PhD degree in biomedical engineering in 2013 from Georgia Institute of Technology. He is currently an Instructor of Medicine and Associate Bioengineer in the Division of Engineering in Medicine at the Brigham and Women’s Hospital, Harvard Medical School. His research interests include organs-on-chips, biomaterials, bioprinting, biomedical devices, biomedical imaging and biosensing with a focus on innovating medical engineering technologies to recreate functional tissues and biomimetic tissue models. He was also a finalist in the inaugural Future Science Early Career Research Award.Version of Recor
Life as an early career researcher: interview with Yu Shrike Zhang
No full text Yu Shrike Zhang talks to Francesca Lake, Head of Open Access Publishing: Yu Shrike Zhang received his BE degree in biomedical engineering in 2008 from Southeast University, PR China and PhD degree in biomedical engineering in 2013 from Georgia Institute of Technology. He is currently an Instructor of Medicine and Associate Bioengineer in the Division of Engineering in Medicine at the Brigham and Women’s Hospital, Harvard Medical School. His research interests include organs-on-chips, biomaterials, bioprinting, biomedical devices, biomedical imaging and biosensing with a focus on innovating medical engineering technologies to recreate functional tissues and biomimetic tissue models. He was also a finalist in the inaugural Future Science Early Career Research Award. </jats:p
Writing a Wikipedia Article on Cultural Competence in Health Care
No full textThis article describes how librarians created a Wikipedia article on cultural competence in health care to support the medical school’s curriculum. Wikipedia, often considered not as reliable as scholarly articles, continues to be popular. Rutgers librarians conducted a Wikipedia project to improve its content to benefit students. The importance of cultural competency in health care is widely recognized due to increasingly diverse patient populations. Medical schools integrate cultural competency in curricula to train students to be culturally competent. Therefore, this topic was chosen for the Wikipedia Project. It is hoped that health sciences librarians and educators will benefit from their experience
Qiu Changchun yu lu
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