47,073 research outputs found
Performowanie – odczucie, autotransformacja i ekspresja: Tang Shu-wing i jego Stu-dio Teatralne w Hong Kongu
No full textThis article presents the multifaceted persona of Tang Shu-wing, an acclaimed director, actor, and drama teacher, and examines his profound connections with the Polish theater tradition, particularly Jerzy Grotowski. The text also discusses Tang Shu-wing’s Shakespearean productions staged in Warsaw and Gdańsk. Marzenna Wiśniewska’s introduction contextualizes the appendix, which contains the edited transcript of a lecture delivered by Tang Shu-wing during the international online conference Contemporary Acting Techniques in Eurasian Theatre, Performance and Audiovisual Art: Intercultural and Intermedia Perspective (2021). In this lecture, the director characterizes the main ideas underlying his actor training and work on performances at the Tang Shu-wing Theatre Studio in Hong Kong. An essential part of the presentation is the characterization of Tang Shu-wing’s philosophy of art, including the four stages of an artist’s development and the methodology of authorial performance grounded in pre-verbal expression and body-based minimalist aesthetics.Artykuł prezentuje wszechstronną osobowość Tang Shu-winga, uznanego reżysera, aktora oraz pedagoga teatru, i bada jego głębokie związki z polską tradycją teatralną, zwłaszcza z Jerzym Grotowskim. Tekst omawia także szekspirowskie spektakle Tang Shu-winga wystawiane w Warszawie i w Gdańsku. Wprowadzenie Marzenny Wiśniewskiej kontekstualizuje aneks, będący opracowanym zapisem wykładu wygłoszonego przez Tang Shu-winga podczas międzynarodowej konferencji online Contemporary Acting Techniques in Eurasian Theatre, Performance and Audiovisual Art: Intercultural and Intermedia Perspective (2021). Reżyser charakteryzuje w nim główne idee stanowiące podstawę treningu aktorskiego i pracy nad spektaklami w Studiu Teatralnym Tang Shu-winga w Hongkongu. Ważną część prezentacji stanowi charakterystyka filozofii sztuki Tanga Shu-winga, obejmująca cztery etapy rozwoju artysty oraz metodę autorskiego performansu, której fundamentem jest ekspresja przedwerbalna połączona z opartą na cielesności minimalistyczną estetyką
Tang O 1950-1954
No full textA report on the village of Tang O, detailing its location, the current projects there, and the resources available
Cycadophila debaonica Xu, Tang & Skelley, new species
No full textCycadophila debaonica Xu, Tang & Skelley, new species (Figures 2–4) Adult diagnosis. Distinguished from other Cycadophila spp. by the long supraocular striae, head width/ventral interocular distance ratio 1 times coxal width; meso- and metacoxae separated by> 2 times coxal width (Fig. 4 E). Spiracles raised, annular-biforous. Type locality. China, Guangxi Province, Debao County, Fuping village, N 23 ° 29.624 ', E 106 ° 12.980 '. Range. Known from Debao and Napo Counties of Guangxi province, China. The range of the host, C. debaoensis, extends to Banshui, Baise City, Guangxi province and Funing County, Yunnan Province with 16 known natural populations (Xie et al. 2005; Fang 2009). Material examined. Holotype (by designation) male with the following labels: 1) [rectangular; white; printed in black ink] CHINA, Guangxi, [Debao,] Fuping, ex ♂ cone Cycas debaoensis, N 23 ° 29.624 ', E 106 ° 12.980 ', 21 -V- 2004, W. Tang, # 331; 2) [rectangular; red; printed in black ink] HOLOTYPE ♂ Cycadophila debaonica G. Xu, W. Tang & P. Skelley 2015. Deposited in the FSCA. Allotype (FSCA) and 1683 adult + 329 larval paratypes: CHINA: Guangxi: [Debao Co. ]: Fuping, ex ♂ cone Cycas debaoensis, N 23 ° 29 ’ 50 ” E 106 ° 12 ’ 87 ”, V- 2001, W. Lu (241); N 23 ° 29.643 ', E 106 ° 12.915 ', 21 -V- 2004, W. Tang, # 1 (146); N 23 ° 29.663 ', E 106 ° 12.903 ', 21 -V- 2004, W. Tang, # 7 (92); N 23 ° 29.655 ', E 106 ° 12.867 ', 21 -V- 2004, W. Tang, # 31 (97 larvae); N 23 ° 29.595 ', E 106 ° 12.944 ', 21 - V- 2004, W. Tang, # 210 (31 larvae); N 23 ° 29.624 ', E 106 ° 12.980 ', 21 -V- 2004, W. Tang, # 331 (holotype & allotype, FSCA, 535); N 23 ° 29.643 ', E 106 ° 12.914 ', 26 -V- 2006, W. Tang, # 1 (571); N 23 ° 29.601 ', E 106 ° 12.862 ', 26 -V- 2006, W. Tang, # 2 (50 + 85 larvae); N 23 ° 29.669 ', E 106 ° 12.909 ', 26 -V- 2006, W. Tang, # 4 (1 + 8 larvae); 24 -V- 2008, W. Tang (2 + 108 larvae); [Napo Co.]: Dingye, N 23 ° 24 ’ 26 ” E 106 °01’ 27 ”, 22 -V- 2004, W. Tang, # 1 (5); # 2 (38). Paratypes deposited at ANIC, BMNH, FSCA, IZCAS, MNHN, NZAC, USNM. Etymology. Named for the county of collection. Remarks. The only known host of this beetle is Cycas debaoensis. This cycad occurs in small, relict populations (Tang et al. 2004; Xie et al. 2005) and this beetle species has only been collected from the male cones of this host at two localities. Determination and description of larvae were based on large numbers found associated with adults in C. debaoensis male cones and partial 16 S rRNA gene sequences which were identical to the adults. Field observations of the larvae indicate they feed and develop on the male cones of this species in large numbers, feeding on sporophyll tissue. The adults remain on the male cones by the hundreds and dissection of adults confirm cycad pollen in their guts. They typically account for the highest percentage of adult Cycadophila beetles on male cones sampled in the early stage of cone elongation and pollen shed (range 57.6–89.3 %, mean = 79.8 %, n = 5 cones), but their abundance drops in cones that have nearly completed pollen shedding (range 0–55.6 %, mean = 13.6 %, n = 7 cones). Adults of other species of Cycadophila of the “XB” type (Tang et al. 1999) and identified as C. nigra and C. yunnanensis (see below) occur sympatrically within the same cones of C. debaoensis, these being more abundant on male cones that have nearly completed pollen shedding (range = 41.1–100 %, mean = 80.7 %, n = 7 cones). Larvae of the XB type have not been detected in these cones.Published as part of Xu, Guang, Tang, William, Skelley, Paul, Liu, Nian & Rich, Stephen, 2015, Cycadophila, a new genus (Coleoptera: Erotylidae: Pharaxonothinae) inhabiting Cycas debaoensis (Cycadaceae) in Asia, pp. 251-278 in Zootaxa 3986 (3) on pages 257-262, DOI: 10.11646/zootaxa.3986.3.1, http://zenodo.org/record/24031
Diffusion of aromatic compounds in nonaqueous solvents : a study of solute, solvent, and temperature dependences
No full textAuthor name used in this publication: Chan, T. C.Author name used in this publication: Tang, W. K.2012-2013 > Academic research: refereed > Publication in refereed journalVersion of RecordPublishedVoR allowe
Carbon cycling and POC turnover in the mesopelagic zone of the ocean: Insights from a simple model
No full textCarbon budgets of the mesopelagic zone are poorly constrained, highlighting our lack of understanding of the biota that inhabit this environment and their role in the cycling and sequestering of carbon in the deep ocean. A simple food web model of the mesopelagic zone is presented that traces the turnover of particulate organic carbon (POC), supplied as sinking detritus, through to its respiration by the biota via three pathways: colonization and solubilization of detritus by attached bacteria, production of free-living bacteria following losses of solubilization products during particle degradation, and consumption by detritivorous zooplankton. The relative consumption of detritus by attached bacteria was initially specified as 76%, with the remaining 24% by detritivores. Highlighting an asymmetry between consumption and respiration, the resulting predicted share of total respiration due to bacteria was 84.7%, with detritivores accounting for just 6.6% (with 6.5% and 2.2% by bacterivores and higher zooplankton, respectively). Bacteria thus dominated respiration and thereby acted as the principal sink for POC supplied to the mesopelagic zone, whereas zooplankton mainly recycled carbon back to the base of the food web as detritus or dissolved organic carbon rather than respiring it to CO2. Estimates of respiration are therefore not necessarily a reliable indicator of the relative roles of bacteria and zooplankton in consuming and processing POC in the mesopelagic zone of the ocean. The work highlighted a number of major unknowns, including how little we know in general about the dynamics and metabolic budgets of bacteria and zooplankton that inhabit the mesopelagic zone and, specifically, the degree to which the solubilized products of enzymatic hydrolysis of POC by attached bacteria are lost to the surrounding water, the magnitude and factors responsible for bacterial growth efficiency, the role of microbes in the nutrition of detritivores, and the recycling processes by which zooplankton return what they consume to the food web as detritus and dissolved organic matter
Tang Code, Tang Rite, and Other Manuscripts of Tang Dynasty
No full textIn the present paper, the author gives the preliminary reports on three newly found Tang 唐 official documents, pointing out their important value, and offering the all texts for further studies.1. In Tunhuang and Turfan Documents concerning Social and Economic History I. Legal Texts (Tokyo 1978-1980), Professors T. Yamamoto, O. Ikeda, and M. Okano published the joined texts of O. 5098 and O. 8099 from Otani collection. They identified the fragments with the Section on Violence and Robbery of the Tang Code (唐律), and pointed out the article comes from the Yonghui 永徽 or Chuigong 垂拱 Code according to the Zetian 則天 characters used in the Buddhist text on the verso. The author joins another fragment based on an old photograph of the Turfan document preserved in the Lüshun Museum (旅順博物館). The new text contains one different article from the printed text after the Song 宋 dynasty.2. Among the Dunhuang 敦煌 manuscripts in the National Library of China in Beijing, there is a good copy of the Tang Rite (唐礼) in high Tang characters (No. zhou 周 70A). It contains the text corresponding to the Da Tang Kaiyuan li 大唐開元礼, vol. 37: “Huangdi shixiang yu Taimiao 皇帝時享於太廟”. It is the first time to find the book in Dunhuang or Turfan manuscripts.3. In his Dunhuang Turfan Tangdai fazhi wenshu kaoshi 敦煌吐魯番唐代法制文書考釈, Liu Junwen thought the document of zhou 51 should be the Regulations of the Regional Military Organization. But the form of the original document could not conform to the Tang Regulations, so the author refutes his view and thinks that it is an official document relating to the beacon of the military fortress in the area of Dunhuang or Turfan.journal articl
- …
