6,693 research outputs found
Bu guan hei mao bai mao neng zhuo dao lao shu du shi hao mao! miao. miao. miao dui ji le
No full text下款: 《造反戰报》画刊 (1967.5); 文字: 不管黑猫白猫 能捉到老鼠都是好猫! 妙.妙.妙 对极了… …裝裱後高寬: 118 x 65 cm.Xia kuan : "Zao fan zhan bao" hua kan (1967.5); Wen zi : bu guan hei mao bai mao neng zhuo dao lao shu du shi hao mao! miao. miao. miao dui ji le… …Zhuang biao hou gao kuan : 118 x 65 cm
"Han zai" Sichuan bu xia yu he miao du ku si
No full text珠江水利造反兵团.文字: 《旱灾》 四川不下雨 禾苗都枯死; 下款: 珠江水利造反兵团批判李井泉漫画 一九六七年三月.裝裱後高寬: 119 x 37 cm.Zhujiang shui li zao fan bing tuan.Wen zi : "Han zai" Sichuan bu xia yu he miao du ku si; Xia kuan : Zhujiang shui li zao fan bing tuan pi pan Li Jingquan man hua 1967 nian 3 yue.Zhuang biao hou gao kuan : 119 x 37 cm
[[alternative]]The Study on the Cultural Creativity Industry's Brand Image Visual Design and Application Miao-Li kiln
No full text[[abstract]]The study is conducted by qualitative research methodology, using case study, field research, oral history and depth interview skills to collect research data. The author intends to find Miao-Li Kiln brand's opportunities from the current "culture creativity industry" and "Community improvement construction" policies. In order to survey Miao-Li kiln industry, the author uses field research and interviews several practitioners to propose a series of brand identity visual system.
The study uses "Miao-Li kiln" as brand name, which identifies its difference from "Yin-Gou pottery". "Kiln" is the place where makes pottery, china, and brick.
The author tries to emphasize "Miao-Li kiln" from the perspectives of its culture and historical value. In the brand visual system, -'nature", -'humanity", and "emotion" are added, and district culture, value are also integrated. Finally, all these elements are transferring into a visual system, to represent the idea of elegant and bring a new life for local industry.
During the period of research, the author finds that the owners of kiln are very interested in this brand and show highly expectation upon the visual system. They are
looking forward to gaining assistance from government's "culture creativity industry
plan". From the government's financial help and kiln industry promotion plan, the
handy craft industry can be created, thus makes Taiwan's culture creativity industry
further improvement.
At the end the author suggests:1. Builds a new brand for Miao-Li kiln industry and integrates all the resources of marketing channels.2.Adopts Miao-Li kiln industry's movement into local culture class materials of elementary education.3.Construct a museum for kiln industry and a research center for kiln industry.
A Conversation with Xianghong Feng, Author of Tourism and Prosperity in Miao Land
No full textIn this installment of Lexington Books\u27 Anthropology of Tourism: Heritage, Mobility and Society Author Conversations, series editor Michael A. Di Giovine talks to anthropologist Xianghong Feng, author of the book, Tourism and Prosperity in Miao Land: Power and Inequality in Rural China. With rich ethnographic detail, Feng focuses on the intersection of tourism development, power and inequality in the southern interior of China. Capital-intensive, elite-driven tourism has reshaped the social and cultural patterns of the ethnic Miao. Although tourism is often touted as able to empower women, lower classes, and minorities, Feng shows that often it reinforces the very power structures that it attempts to equalize
Textbook research in mathematics education: development status and directions
No full textThis paper presents a survey study aiming to systematically examine, analyse and review relevant research focusing on mathematics textbooks and hence identify future directions in this field of research. The literature surveyed is selected from different data sources, including mainly journal articles, research theses and conference proceedings. The survey revealed that important progress has been made over the last few decades in mathematics textbook research, though the major achievement has been concentrated in the areas of textbook analysis (including textbook comparison), and the use of textbooks in teaching and learning. It is overall no longer true that the textbook research in mathematics is “scattered, inconclusive, and often trivial” as described six decades ago; however, the development of research on mathematics textbooks has been unbalanced in different areas. Following the review and discussion, the paper proposes five needed directions for advancing the research in this field
sj-docx-1-ijpp-10.1177_19401612221086905 - Supplemental material for The Effects of Flagging Propaganda Sources on News Sharing: Quasi-Experimental Evidence from Twitter
No full textSupplemental material, sj-docx-1-ijpp-10.1177_19401612221086905 for The Effects of Flagging Propaganda Sources on News Sharing: Quasi-Experimental Evidence from Twitter by Fan Liang, Qinfeng Zhu and Gabriel Miao Li in The International Journal of Press/Politics</p
Uronema orientalis Pan & Huang & Fan & Ma & Al-Rasheid & Miao & Gao 2015, spec. nov.
No full text<i>Uronema orientalis</i> spec. nov. (Fig. 4; Table 1) <p> <b>Diagnosis:</b> <i>In vivo</i> about 40–55 × 20–30 μm with a truncated apical plate; buccal field about 50% of body length; consistently twenty somatic kineties; membranelle 1 (M1) one-rowed, divided into two parts: the anterior part (M1a) and the posterior part (M1b), comprising four and three basal bodies, respectively; contractile vacuole caudally positioned near ventral margin; contractile vacuole pore (CVP) positioned at end of the second somatic kinety; marine habitat.</p> <p> <b>Type locality:</b> A beach near Sculpture Garden (36°4′N; 120°29′E), Qingdao, China.</p> <p> <b>Type slides:</b> The holotype slide (registration number: PXM-2012041301) and one paratype slide (registration number: NHMUK 2013.8.15.2) with protargol stained-specimens are deposited in the Laboratory of Protozoology, OUC and the Natural History Museum, London, respectively.</p> <p> <b>Dedication and etymology:</b> The species receives its name ‘ <i>orientalis</i> ’ from the locality where it was isolated.</p> <p> <b>Description:</b> Size <i>in vivo</i> about 40–55 × 20–30 μm, elongate-elliptical in outline (Figs 4A, E). An- terior end flat, with an apical plate, dorsal posterior area broadly rounded (Figs 4A, E). Buccal field about 50% of body length (Fig. 4A). Pellicle smooth, with- out ridges (Figs 4E–G). Extrusomes bar-shaped, about 4 μm long, and sparsely arranged beneath pellicle. Cytoplasm colourless to grayish, containing several to many large (ca 5 μm across) food vacuoles and dumb- bell-shaped crystals, which are usually 4 μm long (Figs 4A, I, J). Single macronucleus oval to spherical, centrally located (Fig. 4C). Contractile vacuole moderately large, 5 μm in diameter, caudally positioned (Figs 4A, J). Somatic cilia about 10 μm long, densely arranged; single caudal cilium approximately 20 μm long (Figs 4G, H). Swimming moderately fast while rotating about main body axis, sometimes crawling on debris, or resting on the bottom.</p> <p>Consistently twenty somatic kineties arranged longitudinally, which usually have monokinetids in the entire length of each row (Figs 4B, C, K). Buccal apparatus as shown in Figs 4D, K: M1 one-rowed, divided into two parts: the anterior part (M1a) and the posterior part (M1b) comprising four and three basal bodies, respectively. M2 composed of two longitudinal rows of basal bodies; M3 comprising three longitudinal rows (Figs 4D, K). Paroral membrane on right of buccal cavity terminating halfway along M2 (Figs 4D, K). Scutica consisting of four pairs of basal bodies (Figs 4D, K). Contractile vacuole pore positioned at the end of second somatic kinety (Fig. 4L).</p> <p> <b>SSU rRNA gene sequence:</b> The SSU rRNA gene sequence of <i>Uronema orientalis</i> spec. nov. has been deposited in the GenBank database with the accession number, length and G+C content as follows: KF840517, 1657 bp, 42.37%.</p> <p> <b>Remarks and comparison:</b> Considering the morphology, infraciliature and habitat, three species have similarities with our new species: <i>Uronema marinum</i> Dujardin, 1841, <i>U. elegans</i> Maupas, 1883 and <i>U. heteromarinum</i> Pan <i>et al</i>., 2010.</p> <p> Though <i>Uronema marinum</i> is similar to <i>U. orientalis</i> in body shape and the conspicuous extrusomes, it can be distinguished by the patterns of M1 (one row with 3–6 basal bodies in <i>U. marinum</i> vs. divided into two parts and comprising four and three basal bodies, respectively in <i>U. orientalis</i>), the number of somatic kineties (12–14 vs. 20 in <i>U. orientalis</i>), and the location of the contractile vacuole pore (at posterior end of kinety 2 in <i>U. marinum</i> vs. at posterior end of kinety 1 in <i>U. orientalis</i>) (Pan <i>et al</i>. 2010).</p> <p> Compared with <i>Uronema orientalis</i>, <i>U. elegans</i> is distinguished by the ratio of body length to width (1.5: 1 vs. 2.5: 1 in <i>U. orientalis</i>) and more somatic kineties (23–26 vs. 20) (Song <i>et al</i>. 2002).</p> <p> <i>Uronema heteromarinum</i> differs from <i>U. orientalis</i> in having reticulate ridges on a notched pellicle and fewer somatic kineties (15–16 vs. 20 in <i>U. orientalis</i>) (Pan <i>et al</i>. 2010).</p>Published as part of <i>Pan, Xuming, Huang, Jie, Fan, Xinpeng, Ma, Honggang, Al-Rasheid, Khaled A. S., Miao, Miao & Gao, Feng, 2015, Morphology and Phylogeny of Four Marine Scuticociliates (Protista, Ciliophora), with Descriptions of Two New Species: Pleuronema elegans spec. nov. and Uronema orientalis spec. nov., pp. 31-43 in Acta Protozoologica 54 (1)</i> on pages 38-40, DOI: 10.4467/16890027AP.15.003.2190, <a href="http://zenodo.org/record/8356852">http://zenodo.org/record/8356852</a>
Pleuronema elegans Pan & Huang & Fan & Ma & Al-Rasheid & Miao & Gao 2015, spec. nov.
No full text<i>Pleuronema elegans</i> spec. nov. (Fig. 2, Table 1) <p> <b>Diagnosis:</b> Size <i>in vivo</i> 90–115 × 45–60 µm with a distinctly pointed posterior end; contractile vacuole located dorsally near posterior end; about 10 prolonged caudal cilia; consistently two preoral and 18 or 19 somatic kineties; membranelle 1 with a length about 50% that of the anterior part of membranelle 2 which is double-rowed with its posterior end straight but not hook-shaped; marine habitat.</p> <p> <b>Type locality:</b> Swimming beach, Qingdao, northern China (36°06′N; 120°32′E).</p> <p> <b>Type slides:</b> The holotype slide (registration number: PXM-20120515) and one paratype slide (registration number: NHMUK 2013.8.15.1) with protargol stained-specimens are deposited in the Laboratory of Protozoology, Ocean University of China (OUC) and the Natural History Museum, London, respectively.</p> <p> <b>Etymology:</b> This new form named ‘ <i>elegans</i> ’ refers to its elegant body shape.</p> <p> <b>Description:</b> The body is about 100 × 50 µm <i>in vivo</i>, slender oval in outline, with a distinctly pointed posterior end (Figs 2A, H, I). Buccal field cavity is about 70% of body length with a conspicuous, saillike, undulating membrane (Fig. 2I). Pellicle is rigid and slightly notched with closely arranged extrusomes, which is about 3 µm long (Fig. 2B). Cytoplasm is colourless to slightly grayish, packed with large amounts of green ingested algae and shining globules of varying size, food vacuoles which are usually large and filled with bacteria, and blue irregularly-shaped crystals (<6 μm in diameter) (Figs 2A, H, I). One spherical ma- cronucleus, about 32 × 32 µm, located in anterior half of cell. No micronucleus is observed (Fig. 2P). Single contractile vacuole is about 10 µm in diameter, located slightly dorsally near posterior end of cell (Fig. 2A). Somatic cilia is about 12 µm long (Figs 2A, L). There are about ten prolonged caudal cilia, each is about 30 µm in length (Fig. 2K).</p> <p>The cell swims moderately fast while rotating about main body axis, sometimes lying motionless along substrate such as bottom of Petri dish or detritus (Fig. 2D).</p> <p>There are eighteen or 19 somatic kineties, which are composed of dikinetids in anterior 60% of body and monokinetids in posterior third, extending almost the entire length of the cell, terminating anteriorly at a small glabrous apical plate (Figs 2E, F). There are consistently two preoral kineties to the left of the buccal field (Figs 2G, N).</p> <p>Oral apparatus is typical for genus: M1 comprises two longitudinal rows of basal bodies, the length of which is about 50% that of the anterior part of M2a (Figs 2G, M, O). M2a is double-rowed with its posterior end straight; posterior part of M2b is V-shaped, and is distinctly separated from M2a (Figs 2G, N). M3 is three-rowed with a similar length to that of M1 (Figs 2G, Q). Length of paroral membrane is about 70% of body length. Silverline system is typical for the genus with a near-hexagonal honeycomb pattern (Fig. 2C).</p> <p> <b>SSU rRNA gene sequence:</b> The SSU rRNA gene sequence of <i>Pleuronema elegans</i> spec. nov. has been deposited in the GenBank database with the accession number, length and G+C content as follows: KF840518, 1661 bp, 42.75%.</p> <p> <b>Remarks and comparison:</b> Based on its conspicuously pointed posterior end and marine habitat, <i>Pleuronema elegans</i> spec. nov. most resembles two nominal species: <i>P. czapikae</i> Wang <i>et al</i>., 2008 and <i>P. tardum</i> Czapik & Jordan, 1977 and can be readily separated from other congeners.</p> <p> <i>Pleuronema elegans</i> spec. nov. can be clearly distinguished from <i>P. czapikae</i> Wang <i>et al</i>., 2008 through its different body shape (slender oval in outline, with a distinctly pointed posterior end in <i>P. elegans</i> vs. elongate-elliptical in outline, almost parallel-sided with both ends slightly pointed in <i>P. czapikae</i>), fewer somatic kineties (18–19 vs. 29–35 in <i>P. czapikae</i>) and M2a double-rowed with its posterior end straight (vs. mostly two-rowed but with a short section that is single-rowed, posterior end invariably hook-shaped in <i>P. czapikae</i>) (Wang <i>et al</i>. 2008b).</p> <p> <i>Pleuronema elegans</i> spec. nov. differs from <i>P. tardum</i> in having more preoral kineties (two vs. one in <i>P. tardum</i>), less somatic kineties (18–19 vs. 40–50) and a different ratio of M1 and M3 to the anterior part of M2a (50% vs. M1 and M3 very short and M2a extreme- ly long in <i>P. tardum</i>) (Czapik and Jordan 1977).</p>Published as part of <i>Pan, Xuming, Huang, Jie, Fan, Xinpeng, Ma, Honggang, Al-Rasheid, Khaled A. S., Miao, Miao & Gao, Feng, 2015, Morphology and Phylogeny of Four Marine Scuticociliates (Protista, Ciliophora), with Descriptions of Two New Species: Pleuronema elegans spec. nov. and Uronema orientalis spec. nov., pp. 31-43 in Acta Protozoologica 54 (1)</i> on pages 32-36, DOI: 10.4467/16890027AP.15.003.2190, <a href="http://zenodo.org/record/8356852">http://zenodo.org/record/8356852</a>
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