40,538 research outputs found
Lamnostoma taiwanense Chiu, Huang & Shao in Chiu, Huang, Shao & Chen 2018
No full text* Lamnostoma taiwanense Chiu, Huang & Shao, this volume Lamnostoma taiwanense Chiu, Huang & Shao in Chiu, Huang, Shao & Chen, 2018: this volume (type locality: Juan-wei, Yilan, northeastern Taiwan). Remarks. Newly described in Taiwan by Chiu et al. (2018); only found in river mouths of northeastern Taiwan.Published as part of Ho, Hsuan-Ching, Smith, David G., Tighe, Kenneth A., Hibino, Yusuke & Mccosker, John E., 2018, Checklist of eels of Taiwan (orders Anguilliformes and Saccopharyngiformes): An update, pp. 5-17 in Zootaxa 4454 (1) on page 14, DOI: 10.11646/zootaxa.4454.1.3, http://zenodo.org/record/144668
臺灣產福姬蜂亞科之分類（膜翅目：姬蜂科）
No full textThe subfamily Phrudinae of Ichneumonidae has not been recorded from Taiwan. This paper presents 5 genera and 11 species from this island. Two known species, Phrudus monilicornis Bridgman and Earobia paradoxus Perkins are new to Taiwan, and 9 species namely Brachyscieroma townesi Chiu, B. umbilici Chiu, Lygurus marjoriae Chiu, Phrudus longius Chiu, P. montanus Chiu, P. angustus Chiu, P. linorum Chiu, Astrenis granum Chiu, and A. densa Chiu are new to science.
福姬蜂亞科(Subfamily Phrudinae)乃姬蜂科中之一小科。體型甚小，僅知其係甲蟲類民蟲之內寄生(internal parasitoid)。該亞科妒蜂全球記載10屬(genus)，零星分布於舊北區（Palearctic Region )，新北區(Nearctic Region)，新熱帶區(Ethiopian Region)，及東洋區(Oriental Region)。本省尚無記錄。
本文記載本省產之福姬蜂亞科5囑、11種內合2新記錄種(new record), Phrodus monilicornis Bridgman 與Earobia paradoxus Perkins，及9新種(new species)，分別為Brachysleroma townesi Chiu, B. umbilici Chiu; Lygurus marjoriae Chiu; Phrudos longius Chiu, P . montanus Chiu, P. angustos Chiu, P. linorum Chiu; Astrenis granum Chiu 及A. densa Chiu.全部標本均從本省高山森林用掃網採得，而L. marjoriae Chiu 與E. paradoxus Perkins 係借自美國昆蟲學研究所，其餘標本均保存於臺灣省農業試驗所昆蟲標本館
Chen Chusheng : Jinwen changyong zidian
No full textYau Shun-chiu. Chen Chusheng : Jinwen changyong zidian. In: Cahiers de linguistique - Asie orientale, vol. 17 2, 1988. pp. 295-297
Lamnostoma Chiu & Shao & Huang & Chen 2018
No full textKey to species of Lamnostoma 1a. Eyes placed about 1/3 upper jaw from snout tip; gill opening lateral, anterior duplicate gill membrane absent; distance between dorsal fin origin and upper margin of gill opening 10.5–26.5% HL; no papilla on both of nostrils; 2 rows of white spots on lateral side of head meeting above gill opening and becoming a single row posteriorly, and forming a “Y”.............................................................................. Lamnostoma mindora (Jordan & Richardson, 1908) 1b. Eyes placed near the midpoint of upper jaw; gill opening ventral, anterior duplicate gill membrane present; distance between dorsal fin origin and upper margin of gill opening more than 23.3% HL; both of nostrils with a slim papilla along the anterior margin; 2 rows of white spots on lateral side of head not meeting, but arranged in parallel arched rows..................2 2a. Head about 12.4–12.7% TL........................................... Lamnostoma orientalis (McClelland, 1844) 2b. Head less than 12.4% TL...............................................................................3 3a. Ventral width between gill opening about 6.5–6.9% HL; 2 preopercular pores; 33–41 teeth on lower jaw; lateral white spots on head without hill-shaped papilla, indistinct ventrally...................... Lamnostoma polyophthalmum (Bleeker, 1853) 3b. Ventral width between gill opening about 8.0–9.1% HL; 3 preopercular pores; 47–49 teeth on lower jaw; lateral white spots on head in the form of a series of hill-shaped papilla, all spots distinct.................... Lamnostoma taiwanense sp. nov.Published as part of Chiu, Yung-Chieh, Shao, Kwang-Tsao, Huang, Shih-Pin & Chen, Hong-Ming, 2018, The freshwater snake eel genus Lamnostoma (Anguilliformes: Ophichthidae) in Taiwan, with description of a new species in Zootaxa 4454 (1), DOI: 10.11646/zootaxa.4454.1.4, http://zenodo.org/record/144668
Callogobius sheni Chen, Chen and Fang 2006
No full text270. Callogobius sheni Chen, Chen and Fang, 2006:228, figs.1–2 Holotype: MNNB P6980 (27.2), female, near Yu –fu tsun, Liu –chiu Shiang, Shiao –liu–chiu Island, Pingtung County, Taiwan, 15 m, 22 Oct. 2003, coll. J. –P. Chen and I. –S. Chen. Paratype: ASIZP 64285 (1, 24.5); NMMB P6981 (1, 22.6), NMMB P6982 (1, 28.4), NMMB P6983 (1, 18.9); all collected with the holotype.Published as part of Ho, Hsuan-Ching & Shao, Kwang-Tsao, 2011, 2957, pp. 1-74 in Zootaxa 2957 on page 5
Chen, Chiu (2023) Supplemental data
No full textAssociation of Herpes zoster with COVID-19 vaccination: A Systematic Review and Meta-Analysi
Hotspot Analysis of Spatial Environmental Pollutants Using Kernel Density Estimation and Geostatistical Techniques
Get PDFConcentrations of four heavy metals (Cr, Cu, Ni, and Zn) were measured at 1,082 sampling sites in Changhua county of central Taiwan. A hazard zone is defined in the study as a place where the content of each heavy metal exceeds the corresponding control standard. This study examines the use of spatial analysis for identifying multiple soil pollution hotspots in the study area. In a preliminary investigation, kernel density estimation (KDE) was a technique used for hotspot analysis of soil pollution from a set of observed occurrences of hazards. In addition, the study estimates the hazardous probability of each heavy metal using geostatistical techniques such as the sequential indicator simulation (SIS) and indicator kriging (IK). Results show that there are multiple hotspots for these four heavy metals and they are strongly correlated to the locations of industrial plants and irrigation systems in the study area. Moreover, the pollution hotspots detected using the KDE are the almost same to those estimated using IK or SIS. Soil pollution hotspots and polluted sampling densities are clearly defined using the KDE approach based on contaminated point data. Furthermore, the risk of hazards is explored by these techniques such as KDE and geostatistical approaches and the hotspot areas are captured without requiring exhaustive sampling anywhere
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