145,806 research outputs found
Coprophilus formosanus Y. Shibata 1993
No full text<i>Coprophilus</i> (s. str.) <i>formosanus</i> Shibata, 1993 <p>Figs 2, 3, 6–8</p> <p> TYPE MATERIAL EXAMINED (Figs. 2, 3). Holotype – ♂, Taiwan, with labels “(SUNGCHUANKANG) Nantou, TAIWAN Mar. 27th, 1986 | Y. Shibata leg.” “[HOLOTYPE] <i>Coprophilus formosanus</i> Y. Shibata, 1993 ♂ ” – [red label] “ <i>Coprophilus</i> (s.str.) <i>formosanus</i> Shibata, 1993 | det. M. Gildenkov, 2016 ” (TULE). Paratype – 1 ♂, Taiwan, with labels “(KUANSHAN YAKOU) Taitung, Taiwan Aug. 21st, 1987 Y. Shibata leg.” “[PARATYPE] <i>Coprophilus formosanus</i>, | Y. Shibata, 1993 ” – [blue label] “ <i>Coprophilus</i> (s.str.) <i>formosanus</i> Shibata, 1993 | det. M. Gildenkov, 2016 ” (cYSh).</p> <p> REMARKS. The holotype body length – 7.7 mm, pronotum width – 1.54 mm. It should be noted that the illustration of the aedeagus of <i>C</i>. <i>formosanus</i> in the original description (Shibata, 1993) does not reflect fully the arrangement of sclerites in the internal sac of the aedeagus in the holotype (Fig. 8).</p>Published as part of <i>Gildenkov, M. Yu., 2017, A New Species Of The Genus Coprophilus Latreille, 1829 (Coleoptera: Staphylinidae: Oxytelinae) From Central China, pp. 17-20 in Far Eastern Entomologist 334</i> on page 20, DOI: <a href="http://zenodo.org/record/10084331">10.5281/zenodo.10084331</a>
CCT-2017-11-03-Conferencia "Perspectivas de futuro y funciones de los robots en la sociedad actual. El caso del robot NUKA" a cargo del Dr. Takanori Shibata (solo audio)
No full textAudio de la conferencia “Perspectivas de futuro y funciones de los robots en la sociedad actual. El caso del robot NUKA" a cargo del Dr. Takanori Shibata. Presenta Jordi Ojeda.70 minutos en japonés con traducción consecutiva al castellano, viernes 3 de noviembre de 2017 a las 18:00 horas en el XXIII Salón del Manga de Barcelona.El Dr. Shibata es el inventor de una foca robot llamado Paro (comercializado en España con el nombre de Nuka) que está considerado el robot más terapéutico del mundo. Científico invitado en el XXIII Salón del Manga de Barcelona, en la charla explica los resultados de los proyectos de investigación en el ámbito de la robótica terapéutica. El robot NUKA está diseñado especialmente para acompañar a niños hospitalizados y/o enfermos y a personas con enfermedades mentales, con todas las ventajas de la terapia con animales pero sin sus inconvenientes. Charla organizada por FICOMIC en colaboración con la Japan Foundation y el Consulado General del Japón en Barcelona.Más información en: http://comiccienciatecnologia.blogspot.com.es
On the decay of solutions to the 2D Neumann exterior problem for the wave equation
No full textAbstractWe consider the exterior problem in the plane for the wave equation with a Neumann boundary condition and study the asymptotic behavior of the solution for large times. For possible application we are interested to show a decay estimate which does not involve weighted norms of the initial data. In the paper we prove such an estimate, by a combination of the estimate of the local energy decay and decay estimates for the free space solution
CCT-2017-11-03-Conferencia "Perspectivas de futuro y funciones de los robots en la sociedad actual. El caso del robot NUKA" a cargo del Dr. Takanori Shibata (solo audio)
No full textAudio de la conferencia “Perspectivas de futuro y funciones de los robots en la sociedad actual. El caso del robot NUKA" a cargo del Dr. Takanori Shibata. Presenta Jordi Ojeda.70 minutos en japonés con traducción consecutiva al castellano, viernes 3 de noviembre de 2017 a las 18:00 horas en el XXIII Salón del Manga de Barcelona.El Dr. Shibata es el inventor de una foca robot llamado Paro (comercializado en España con el nombre de Nuka) que está considerado el robot más terapéutico del mundo. Científico invitado en el XXIII Salón del Manga de Barcelona, en la charla explica los resultados de los proyectos de investigación en el ámbito de la robótica terapéutica. El robot NUKA está diseñado especialmente para acompañar a niños hospitalizados y/o enfermos y a personas con enfermedades mentales, con todas las ventajas de la terapia con animales pero sin sus inconvenientes. Charla organizada por FICOMIC en colaboración con la Japan Foundation y el Consulado General del Japón en Barcelona.Más información en: http://comiccienciatecnologia.blogspot.com.es
Thermostabilization of the neurotensin receptor NTS1
No full textAbstract not availableYoko Shibata, Jim F. White, Maria J. Serrano-Vega, Francesca Magnani, Amanda L. Aloia, Reinhard Grisshammer and Christopher G. Tat
Incidence of stroke in Shibata, Japan: 1976-1978.
No full textA stroke registry was established in Shibata City, Niigata Prefecture, Japan (population 75,000) in 1976. WHO recommendations for criteria were followed. This paper reports stroke incidence for the initial 3 years of the registry: 1976 through 1978. All living patients were examined clinically by a staff physician. Only patients with a diagnosis of first stroke were included in the study. Sensitivity of the referral system was estimated at 85 + %, comparable to that in American studies. Average annual incidence per 1,000 in resident greater than or equal to 20 years was 2.61 for all strokes (3.42 for males; 1.88 for females), 0.20 for subarachnoid hemorrhage, 0.61 for cerebral hemorrhage, 1.51 for cerebral infarction - rates similar to those reported 10-20 years previously for the United States. The male-female ratio, 2:1, reflected a high rate among males, low among females. Rats among Shibata males were higher than 1972 U.S. rates reported by the Epidemiologic Study Group; rates among Shibata females were lower than corresponding U.S. rates. Incidence of all strokes combined increased with age, the age relationship being strongest for cerebral infarction. No subarachnoid hemorrhage was observed in Shibata residents greater than or equal to 70 years of age.</jats:p
Report on Ordering Key DS CE
No full textIn this document, we report the result of our core experiment on the Ordering Key DS. In the last meeting a decision is made to specialize the Weight DS [m6227] in a new DS in order to achieve ordering functionalities. This new DS is the Ordering Key DS which indicates which descriptors can be used in order to obtain an ordering of generic DSs (Segment, Concept, Object, Event). The main objectives of this CE are: an improvement of the syntax which is currently part of the XM document; to clarify explicitly the semantics of this DS so that users can understand what they should obey in their application; to demonstrate the benefit to have such component for ordering purposes
Naddia taiwanensis Shibata 1979
No full textNaddia taiwanensis Shibata, 1979 (Fig. 13) Material examined. TAIWAN: Nantou County: 1 female, Huisun Forest Area, Renai Township (èḵIJợ), 26.VII.2016 - 11.VIII.2016, by MLT, leg. W. R. Liang (FSHc); 1 female, same data as above except 15.IV.2016 – 20. V.2016 (FSHc); 1 male, Chunyang [Ɓọ], V /11–VII/13/2004, C. S. Lin & W. T. Yang, Malaise trap (KCN) [NMNS ENT 5249-5515] (NMNS); 1 female, same data as above except No: II Sampling plots, IV/10– V /8/2007 [NMNS ENT 7530-1035] (NMNS); 1 male, Yuchig Lienhuachi [ẅƤô], V–VI/19-9/1998, C. S. Lin & W. T. Yang, Mlaise trap [= Malaise trap] [NMNS ENT 3161-1421] (NMNS); 1 spec., Formosa [=Taiwan], Musha [=Wushe (= Ḩ)], 1919. V. 18– V. 19, T. Okuni, J. Sonan (TARI); 1 spec., Lushan [ƋƜ], VI. 25.1997, C.C.Lo, None (NMNS). New Taipei City: 1 female, Qiancuokeng (Ṇĸḿ), Taishan Dist., 04-VIII-2017, leg. C. K. Liu (FSHc); 1 spec., Wanli Distric. [Aoiȅ], IX/10–X/14/2014, W. T. Yang & K. W. Huang, Malaise trap (KCN) (NMNS). Taipei City: 1 male, Huagang [ƤN], 28.III.1995, leg. K. L. Li [the collection label was printed in Chinese, all collection data was translated to English herein] (NMNS); 1 spec., Lengshuikeng (ṅửḿ), 13. VI.2009, leg. H. Lee (TARI); 1 female, Xiang Mt. (ÞƜ), Xinyi District 20-III-2020, leg. M. H. Hsiao (FSHc); Taoyuan City: 1 female, Lala Mt. Fuxing District (ḤḤƜ), 09.VII.2017, by hand, leg. Y. H. Ho (FSHc). Diagnosis. Naddia taiwanensis can be easily distinguished from other members of Naddia Fauvel, 1867 in Taiwan by its elytra, which are entirely covered with orange-red pubescence. Bionomics. Many specimens of N. taiwanensis were collected by Malaise trap from middle elevation mountainous forests. Shibata (1979) reported the types series of N. taiwanensis were collected under a dead tree or from fallen leaves on the forest ground. Distribution. Naddia taiwanensis is only known from Taiwan but is widespread on the island. The species is at present known from Nantou County, New Taipei City, Pingtung County, Taipei City, and Taoyuan City (Shibata, 1979, this study), and is presumably distributed in mountainous areas of the entire island.Published as part of Hu, Fang-Shuo, 2020, New distributional records of Staphylinina in Taiwan, including a new species of Miobdelus Sharp (Coleoptera: Staphylinidae: Staphylininae: Staphylinini), pp. 334-360 in Zootaxa 4768 (3) on page 344, DOI: 10.11646/zootaxa.4768.3.2, http://zenodo.org/record/378403
Thoracostrongylus formosanus Shibata 1982
No full textThoracostrongylus formosanus Shibata, 1982 (Figs. 17, 53) Material examined. TAIWAN: Hualien County: 55 spec., Guanyuan (Mẉ), alt. 2200~ 2300 m, 24°11’12”N, 121°20’00”E // 27. VI.2006, Pitfall traps, with carrions, leg. Y.-F. Hsu (TARI); 4 spec., same data as above// Thoracostrongylus formosanus SHIBATA det Schillhamer ’10 (TARI); 7 spec., same data as above// 22~ 29. VIII. 2006, Pitfall traps, with carrions, leg. Y.-F. Hsu (TARI); 1 spec., same data as above// 22~ 29.VIII.2006, Pitfall traps with fruits, leg. L-H. Wang, J.-K. Wang, J.-J. Lyu, J.-H. Lin, M.-S. Sun (TARI); 5 spec., Pilu (āó), alt. 2100 m, 24°10’58”N, 121°23’16”E // 13~ 21.IX.2006, Pitfall traps with fruits, leg. J.-K. Wang, J.-H. Lin, M.-C. Ke, M.-S. Sun (TARI); 1 spec., same data as above// 20.VII.2006, Pitfall traps, with carrions, leg. Y.-F. Hsu (TARI); 12 spec., same data as above// 06. V5.2006, Pitfall traps with carrions, leg. Y.-F. Hsu (TARI); 2 spec., same data as above// Thoracostrongylus formosanus SHIBATA det Schillhamer ’10 (TARI); 14 spec., same locality as above but no coordinate, 28.II.2006, leg. Y.-F. Hsu (TARI); 4 spec., same data as above// Thoracostrongylus formosanus SHI- BATA det Schillhamer ’10 (TARI); 51 spec., same data as above except 06. V.2006, leg. Y.-F. Hsu (TARI); 2 spec., same data as above// Thoracostrongylus formosanus SHIBATA det Schillhamer ’10 (TARI); 1 spec., same data as above except 12. VI.2010, leg. W.-P. Chan (TARI); 3 spec., same data as above except 05.VII.2010, leg. W.-P. Chan (TARI); 3 spec., Biliu Shemu (āóė+), 6–27. V.2006, leg. Y.-F. Hsu // corpse (small white rat) trap [in Chinese] (TARI); 1 spec., Songcyuangang (Ẹẽà), alt. 2400~ 2500 m, 24°12’11”N, 121°17’17”E // 22~ 29.VIII.2006, Pitfall traps with fruits, leg. L.-H. Wang, J.-K. Wang, J.-J. Lyu, J.-H. Lin, M.-S. Sun (TARI); 1 spec., Dayuling (± Þ ờ), 6–27. V.2006, leg. Y.-F. Hsu // corpse (small white rat) trap [in Chinese] (TARI); 3 spec., Kuanyun (PĔ), 18.IX.2010, leg. W.-P. Chan (TARI); 1 spec., same data as above except 12. VI.2010 (TAIR); 1 spec., same data as above except 05.VII.2010 (TARI); 1 spec., Pulowan (ħüá) (2A-1), 13.III.2010, leg. W.-P. Chan (TARI); 1 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ďǔḇƃŵớ)] 113.5~114K, 18.IX.2010, leg. W.-P. Chan (TARI); 1 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ďǔḇƃŵớ)] 132~132.5K, 20.III.2010, leg. W.-P. Chan (TARI); 14 spec., Kalabao (卡 Ḥơ), Xiulin To., 24.1655, 121.4053, ca. 2000m, 15~ 17-VII-2019 leg. B. H. Ho by FIT (FSHc); 2 spec., same data as above except 05.VII.2010 (TARI); 3 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ďǔḇƃŵớ)] 140.5~141K, 25.IX.2010, leg. W.P. Chan (TARI); 1 spec., same data as above except 18.IX.2010 (TARI); 9 spec., same data as above except 05.VII.2010 (TARI); 9 spec., same data as above except 27. VI.2010 (TARI); 1 spec., same data as above except 19. VI.2010 (TARI); 3 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ď ǔḇƃŵớ)] 144.5~145K, 12. VI.2010, leg. W.-P. Chan (TARI); 1 spec., same data as above except 05.VII.2010 (TARI); 4 spec., same data as above except 27. VI.2010 (TARI); 6 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ď ǔḇƃŵớ)] 149.5~150K, 12. VI.2010, leg. W.-P. Chan (TARI); 7 spec., same data as above except 05.VII.2010 (TARI); 3 spec., same data as above except 27. VI.2010 (TARI); 4 spec., same data as above except 12.VII.2010 (TARI); 2 spec., same data as above except 20.III.2010 (TARI); 1 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ďǔḇƃŵớ)] 158~158.5K, 25.IX.2010, leg. W.P. Chan (TARI); 2 spec., same data as above except 05.X.2010 (TARI); 8 spec., same data as above except 12. VI.2010 (TARI); 1 spec., same data as above except 09.X.2010 (TAIR); 2 spec., same data as above except 05.VII.2010 (TARI); 1 spec., same data as above except 27. VI.2010 (TARI); 5 spec., same data as above except 20.III.2010 (TARI); 2 spec., same data as above except 19. VI.2010 (TARI); 3 spec., same data as above except 13.III.2010 (TARI); 1 spec., Ṅ 8 Ṛ [= Central Cross-Island Highway (ďǔḇƃŵớ)] 168K, 20.III.2010, leg. W.-P. Chan (TARI). Nantou County: 1 spec., Shalixian, Xinyi Township (ūoiẃ), 20.IV.2017 ~ 21. V.2017, by MLT, leg. H. T. Yeh (FSHc); 1 spec., Meifeng [đø], VII/18–VIII/6/2001, C. S. Lin & W. T. Yang, Malaise trap (KCN) [NMNS ENT 6014-1273] (NMNS); 1 spec., same data as above except IX/10–X/15/2002 [NMNS ENT 4913-72] (NMNS); 1 spec., same data as above except VIII/6–/ IX/11/2001 [NMNS ENT 6014-2201] (NMNS); 1 spec., same data as above except IV-9/ V-19/1998 [NMNS ENT 3243-175] (NMNS); 9 spec., Tatachia (mmẁ), 17–24.III.2007, leg. C.-S. Tung (TARI); 2 spec., Shitou [ữḆ], 7.IV.2005, leg. C.-F. Lee (TARI); 1 spec., same data as above// Thoracostrongylus formosanus SHIBATA det Schillhamer ’10 (TARI); 1 spec., Ṅ 14 ¬ Ṛ [= Central Cross-Island Highway (ďǔḇƃŵớ)] 40K, 19. VI.2010, leg. W.-P. Chan (TARI); 1 spec., Jenai Sungkang [Ḻṋ Ẹà], VI /17/1998, C.C. Lo (NMNS); 1 male, Bilu Mt. Trail (ąn'Ɯṃǎ), Renai To., ca. 2600m, 24.1901, 121.3138, 31-III-2020; leg. F. S. Hu & Y. J. Chen (on human dung) (FSHc); 1 male, Meifeng (đø), Renai To., ca. 2113m, 24.0973, 121.1764; 31-III-2020; leg. F. S. Hu & Y. J. Chen (sifting leaf litters) (FSHc); 1 male, same data as above except, 30-III~ 1-IV-2020 by pitfall trap (FSHc); 1 female, same data as above except by FIT (FSHc). Taichung City: 1 spec., Daxue Mt. Forest Trail 32k [±ũƜIJǎ 32k], 27-IV~ 01-V-2018, B. H. Ho leg. By FIT (FSHc); 1 spec., Daxue Mt. Forest Trail 31k [±ũƜIJǎ 31k], 01~ 19-V-2018, B. H. Ho leg. By FIT (FSHc); 26 spec., Daxue Mt. 33k, Heping District (±ũƜ 33k), 19. V.2018~ 09. VI.2018, by FIT, leg. Y. H. Ho (FSHc and FMNH); 1 spec., Daxue Mt. Forest Trail 34k [±ũƜIJǎ 34k], B. H. Ho leg. (in barking deer’s dung) (FSHc); 1 male, Daxue Mt. Forest Trail 31.7k (±ũƜIJǎ 31.7k), Heping Dist. 24.2255, 120.9764, alt. about 1950m; 27-IV-2019, leg. B. H. Ho (on human dung) (FSHc); 1 male, same data as above except 19-V-2018 ~ 02-VI- 2018, By FIT (FSHc). Yilan County: 1 male, 2 females, Taiping Mt. Jianqing Trail [ƍḃṃǎ], 29-IV-2018, F. S. Hu, leg. [on human dung] (FSHc); 1 male, 100 rd Forest Trail 17K (100 ṚIJǎ 17K), Datong To., 06-VII-2018, leg. F. S. Hu (on goat dung) (FMNH); 1 male, 100rd Forest Trail 15K (100 ṚIJǎ 15K), Datong To., 05-VII-2018, leg. F. S. Hu by FIT (FMNH). Diagnosis. Thoracostrongylus formosanus can be distinguished from T. miyakei from Taiwan by the absence of a reddish reflection on the surface of head, pronotum and elytra, relatively smaller eyes and wider elytra. Bionomics. Based on an import of locality name into Google Earth from collection data (Shibata 1982, Yang et al. 2011, this study), the distributional altitude of this species in Taiwan is from 700–2600 m. Specimens of T. formosanus were mainly collected by pitfall trap or flight interception trap. Some specimens were collected from the surface of fresh mammal dung or carrion. Distribution. Thoracostrongylus formosanus is known from mainland China (Sichuan, Zhejiang, Hunan, Fujian and Hubei) and Taiwan. The species is widespread on Taiwan island and is at present known from Hualien County, Nantou County, Taichung City and Yilan County (Shibata 1982, Yang et al. 2011, this study).Published as part of Hu, Fang-Shuo, 2020, New distributional records of Staphylinina in Taiwan, including a new species of Miobdelus Sharp (Coleoptera: Staphylinidae: Staphylininae: Staphylinini), pp. 334-360 in Zootaxa 4768 (3) on pages 348-349, DOI: 10.11646/zootaxa.4768.3.2, http://zenodo.org/record/378403
Proposals for OrderingKey DS instantiation in MPEG-7 description
No full textThis document identifies some solutions to the problem stated in the Editor’s Note in clause 7.7.1.1 of the MDS Study of CD, document ISO/IEC JTC 1/SC 29/WG 11/N3816. Therefore this document is intended as a contribution to the MDS group.
Presently there is no way to instantiate an Ordering Key DS within a “valid” MPEG-7 description.
To solve this problem three proposals are here considered and their respective implication are discussed. The first proposal is to derive the OrderingKeyType as an extension of the HeaderType allowing the instantiation, at the header level, of any MPEG-7 Complete/Unit Description and DSType instances. The second solution is to include the OrderingKey DS as a component of the BasicDescriptionType. This allows to apply the ordering tool only in an MPEG-7 Complete Description, but no Unit Description. The third solution is to adopt both the first and second proposals. In Section 2 the three solutions are detailed and the required modification in terms of syntax and usage are discussed. In Section 3 the three solutions are compared
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