75,343 research outputs found
Biography: Chih-Chang Chu
No full textBiography of
Chih-Chang Chu,
Professor,
Department of Fiber Science and Apparel Design (FSAD
Xinjiang (China), folk dancing of Uyghurs
No full textFolk-dance of UighursImage is part of research conducted by Chang Chih-Yi for the article: Land Utilization and Settlement Possibilities in Sinkiang
Author(s): Chang Chih-Yi
Source: Geographical Review, Vol. 39, No. 1 (Jan., 1949), pp. 57-75
Published by: American Geographical Society
Stable URL: http://www.jstor.org/stable/211157http://www.jstor.org/stable/211157Grayscal
The political role of the people's liberation army 1949-1973
Full text linkThis thesis is to study the political role of the People's Liberation Army from the approach of structure and function. The framework of the thesis consists of three major parts, first, the influence of Chinese traditional political culture on, and the formation of, the political role of the PL A; second, the influence of domestic political struggles and external military conflicts on the development of the political role of the PLA; and the third, the analysis of the transition of the PLA's political role from the structure and personnel arrangements of the CCPCC Within the above-mentioned three scopes, this thesis make a thorough discussion on the following: (1) The relationship between the structure of the PRC and the formation of the PLA's political role; (2) How has ideology influenced the army's political role; (3) What is Mao's viewpoint and his influence on the development of the army's political role; (4) What is the link between the army and the party, and how has this developed; (6) What accounts for the expansion of the PLA's political functions; (7) What is the influence of political factional struggles on the PLA's political role; (8) Is it political institution or military institution that controls the recruitment of the military elite; (9) What are the disparities between the military elite in handling international conflicts and what are their political considerations; (10) What is the Party's position in the army; (11) How have the Party’s important meetings and personnel arrangements influenced the rise and fall of the PLA's political role
AAP Interview: Wah-Ming Chang
Full text linkWorra, Bryan Thao. (2004). AAP Interview: Wah-Ming Chang. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/166378
Portrait of Chang Chih-tung, Viceroy of Woo-nan
No full textPhotograph of a drawing of a portrait of Chang Chih-tung, Viceroy of Woo-nan, China. From the chest up. He has a high forehead. He is wearing a hat with with frills on the crown. His shirt has an embroidered designs on the chest. He is wearing a cape with a necklace of beads. He has a short beard and long moustache. Legible writing at the bottom: "Chang Chih-tung, the present Viceroy of Woo-nan and Woo-pak is the most intellectual viceroy of the Chinese empire". Seven Chinese characters are written above the preceding caption
Assessing Alternative Policies for Reducing Household Waste in Taiwan
Full text linkIn the last few years, the three major cities in Taiwan have been experimenting with two different demand-side management approaches to reduce the waste generated by households and to promote the recycling of recyclables. Thus, there are three different kinds of approaches of waste management that are concurrently used in Taiwan: fee-per-bag, mandatory recycling with free waste collection services, and the zero price of trash collection. We performed a comparative analysis of these policy instruments to take advantage of this important social experiment. We first developed an economic model for the three different waste charging programs concurrently in use and then performed an empirical study based on the implications from the theoretical analysis. It is clearly seen that the traditional approach of zero pricing of trash collection is very ineffective in terms of waste reduction and recycling. Households have all changed their behavior significantly in those cities with two new approaches. However, of the two, the fee-per-bag program is clearly the most effective approach. The results have important policy implications.
Metaphire matsuensis Shen & Chang & Chih 2013, sp. nov.
No full text<i>Metaphire matsuensis</i> Shen, sp. nov. <p>(Figure 7)</p> <i>Type material</i> <p> <i>Holotype.</i> Clitellate (mature) specimen (84 mm in length, dissected) collected 28 June 2012 beside the Yanhsiu Fort (elevation 19 m), Dongyin by H.P. Chen and W.J. Chih (TESRI-O-H-42) (voucher number: MTS 135).</p> <p> (<i>Continued</i>)</p> <p> <i>Paratypes.</i> Ten clitellates [one dissected (voucher number: MTS 71)] collected 31 May 2012 at Matsu Temple (elevation 67 m), Magang, Nangan by H.P. Chen and T. L. Ai (TESRI-O-P-37).</p> <i>Other material</i> <p>Two clitellates collected 28 May 2012 along the Central Boulevard near the borders of Changshou and Chingshui villages (elevation 121 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–33) (voucher number of specimen used for DNA barcoding analyses: MTS 7); six clitellates collected 28 May 2012 at Ten Martyrs Monument (elevation 90 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–34); one clitellate collected 28 May 2012 at Shangyaoshan bus stop (elevation 99 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–35); two clitellates collected 28 May 2012 beside Beihai Tunnel (elevation 21 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–36); four clitellates collected 29 May 2012 in front of Banli Reservoir (elevation 33 m), Beigan by H.P. Chen and T.L. Ai (coll. no. 2012–38) (voucher number of specimen used for DNA barcoding analyses: MTS 20); two clitellates collected 29 May 2012 from a roadside ditch at Chinbi Village (elevation 11 m), Beigan by H.P. Chen and T.L. Ai (coll. no. 2012–39); 14 clitellates collected 29 May 2012 along Luoshan Nature Trail (elevation 66 m), Beigan by H.P. Chen and T.L. Ai (coll. no. 2012–41) (voucher number of specimen used for DNA barcoding analyses: MTS 35); 13 clitellates collected 29 May 2012 at Junghsin Reservoir (elevation 54 m), Beigan by H.P. Chen and T.L. Ai (coll. no. 2012–42) (voucher number of specimen used for DNA barcoding analyses: MTS 37); one clitellate collected 29 May 2012 in front of Matsu Broadcasting Station (elevation 205 m), Beigan by H.P. Chen and T.L. Ai (coll. no. 2012–43); six clitellates collected 31 May 2012 from a roadside ditch near the weather station (elevation 48 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–54); 12 clitellates collected 31 May 2012 along the road facing Huangguan Channel (elevation 48 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–56) (voucher number of specimen used for DNA barcoding analyses: MTS 77); three clitellates collected 31 May 2012 in front of Tunnel 88 (elevation 62 m), Nangan by H.P. Chen and T.L. Ai (coll. no. 2012–57); eight clitellates collected 25 June 2012 from roadside ditches (elevation 39 m), Hanlinjiao, Nangan by H.P. Chen and W.J. Chih (coll. no. 2012–58) (voucher numbers of specimens used for DNA barcoding analyses: MTS 81, 82, 83); four clitellates collected 25 June 2012 at Stronghold No. 12 (elevation 59 m), Nangan by H.P. Chen and W.J. Chih (coll. no. 2012–60); six clitellates collected 26 June 2012 from Mount Nigu (elevation 59 m), Beigan by H.P. Chen and W.J. Chih (coll. no. 2012–64) (voucher number of specimen used for DNA barcoding analyses: MTS 110); one clitellate collected 27 June 2012 above the tidal zone (elevation 8 m) near Dapu Stone Inscription, Dongju by H.P. Chen and W.J. Chih (coll. no. 2012–68); two clitellates collected 28 June 2012 at Stronghold No. 33 (elevation 61 m), Hsiyin by H.P. Chen and W.J. Chih (coll. no. 2012–72); five clitellates collected 28 June 2012 from Chingshuiao (elevation 15 m), Hsiyin by H.P. Chen and W.J. Chih (coll. no. 2012–74); seven clitellates collected 28 June 2012 near Northernmost Frontier (elevation 79 m), Hsiyin by H.P. Chen and W.J. Chih (coll. no. 2012–75) (voucher numbers of specimens used for DNA barcoding analyses: MTS 129, 130); five clitellates collected 28 June 2012 from a roadside ditch near Stronghold No. 26 (elevation 19 m), Hsiyin by H.P. Chen and W.J. Chih (coll. no. 2012–76); three clitellates collected 28 June 2012 in front of Beihai Tunnel (elevation 24 m), Dongyin by H.P. Chen and W.J. Chih (coll. no. 2012–77) (voucher numbers: MTS 131, 132, 133); three clitellates collected 28 June 2012 beside the Yanhsiu Fort (elevation 19 m), Dongyin by H.P. Chen and W.J. Chih (coll. no. 2012–78) (voucher numbers of specimens used for DNA barcoding analyses: MTS 134, 136); one clitellate collected 28 August 2012 from a roadside ditch in Nioubei Ridge (elevation 138 m), Nangan by H.P. Chen and H.H. Huang (coll. no. 2012–116).</p> <i>Diagnosis</i> <p>Small to medium; length (clitellates) 58–135 mm. Segments numbering 95–100. Setae 50–68 in VII, 53–74 in XX, 11–18 between male pores. First dorsal pore in 12/13. Spermathecal pores dorsolateral, three pairs in 5/6–7/8, 0.34–0.37 body circumference dorsally apart. Male pores 0.28–0.38 body circumference ventrally apart in XVIII, each pore surrounded by 0–10 small papillae on top of a cone-shaped everted copulatory chamber, the secondary aperture of each copulatory chamber as a longitudinal slit when the chamber invaginated, wrinkled around its margin. Spermathecae three pairs in VI–VIII. Seminal vesicles large, two pairs in XI and XII. Prostate glands large in XVI–XXI or XVII–XXI, wrinkled and lobed. Prostatic duct stout, U-shaped in XVIII. Accessory glands stalked, mushroom-like or irregularshaped, corresponding to external genital papillae.</p> <i>Description</i> <p> <i>External characters.</i> Total length (clitellates) 58–135 mm. Weight 0.26–2.26 g. Segments numbering 95–100. Clitellum XIV–XVI, setae and dorsal pores absent, length 3.14–6.31 mm and width 2.52–5.73 mm. Prostomium epilobous. Setae minute, number 50–68 in VII, 53–74 in XX, and 11–18 between male pores in XVIII. First dorsal pore in 12/13. Spermathecal pores lip-like, dorsolateral, three pairs in intersegmental furrows of 5/6–7/8 (Figure 7A), distance between paired pores 0.34–0.37 body circumference dorsally apart. Each pore surrounded by two tiny papillae: one anterior and the other posterior. Occasionally one or two papillae medial to each pore (Figure 7A). Genital papillae absent, one to three median, or one to three lateral on both left and right sides in presetal VIII (Figure 7B). Female pore single, mid-ventral in XIV.</p> <p>Male pores paired in XVIII, 0.28–0.38 body circumference ventrally apart. In the case of protrusion, each pore surrounded by 0–10 small papillae on top of a coneshaped everted copulatory chamber (Figure 7C). The secondary aperture of each copulatory chamber as a longitudinal slit when the chamber invaginated, wrinkled around its margin (Figure 7D). The whole male area surrounded by several concentric skin folds.</p> <p>Preserved specimens brown to greyish brown in colour with brown clitellum.</p> <p> <i>Internal characters.</i> Septa 5/6–7/8 and 10/11–13/14 thick, 8/9 membranous, 9/10 absent. Nephridial tufts on anterior faces of 5/6/7. Gizzard large in VIII–X. Intestine enlarged from XV. Intestinal caeca paired in XXVII, extending anteriorly to XXIV–XXV, each simple, wrinkled, distal end either straight or bent. Oesophageal hearts in X–XIII.</p> <p>Spermathecae three pairs in VI–VIII, each with a peach-shaped or elongated ovalshaped ampulla 1.79–3.07 mm long and 1.2–3.06 mm wide, and a stout spermathecal stalk 0.63–1.0 mm in length. Diverticulum slender and straight at proximal part, coiled and enlarged at distal part (Figure 7E). Accessory glands stalked, mushroomlike, each corresponding to external genital papilla, about 1.0 mm in total length.</p> <p>Holandry: testes large, two pairs in ventrally joined sacs in X and XI. Seminal vesicles large, finely folliculated, two pairs in XI and XII, occupying the full compartment, usually anterior pair larger, without a dorsal lobe. Prostate glands large in XVI–XXI or XVII–XXI, wrinkled and lobed. Prostatic duct stout, U-shaped in XVIII. Accessory glands stalked, mushroom-like or irregular-shaped, 0.46–1.08 mm in total length, corresponding to external genital papillae (Figure 7F).</p> <i>DNA barcodes</i> <p>GenBank accession numbers KC897033 (MTS 135, holotype), KC897038 (MTS 71, dissected paratype), KC897029, KC897030, KC897025, KC897039, KC897028, KC897031, KC897027, KC897037, KC897032, KC897040, KC897041, KC897034, KC897026, KC897024, KC897036 and KC897035 (MTS 7, 20, 35, 37, 77, 81, 82, 83, 110, 129, 130, 131, 132, 133, 134 and 136, respectively).</p> <i>Etymology</i> <p> The name <i>matsuensis</i> is given to this species with reference to its type locality of the islands of Matsu.</p> <i>Remarks</i> <p> <i>Metaphire matsuensis</i> sp. nov. is common on the islands of Nangan, Beigan, Dongyin and Hsiyin. However, only one specimen was collected on Dongju and none was found on Hsiju. It is easily distinguishable from all other <i>Metaphire</i> species with three pairs of spermathecal pores in intersegmental furrows of 5/6–7/8 listed in Sims and Easton (1972) simply by the male pore structure. Instead, its male pore structure is morphologically fairly similar to <i>Metaphire guillelmi</i> (Michaelsen, 1895) from Hupei, China and <i>Metaphire bifoliolare</i> Tan and Zhong, 1987 from Hunan, China. <i>Metaphire guillelmi</i> is a sexthecate earthworm with three pairs of ventrolateral spermathecal pores in intersegmental furrows of 6/7–8/9 (Michaelsen 1895). The structure of its spermatheca is morphologically fairly similar to <i>M. matsuensis</i>. <i>Metaphire bifoliolare</i> is also sexthecate with three pairs of intrasegmental spermathecal pores in posterior V–VII (Tan and Zhong 1987). It has slender, straight diverticulum with a sausage-shaped seminal chamber, which is different from the coiled diverticulum of <i>M. matsuensis</i>. In addition, the internal and external morphological characters of <i>M. matsuensis</i> are also similar to the sexthecate <i>Metaphire thecodorsata</i> (Chen, 1933) from Jiangxi, China, but the spermathecal pores of the latter are large transverse slits close to the dorsomedian line in posterior V–VII (Chen 1933). All the above three species, <i>M. guillelmi</i>, <i>M. bifoliolare</i> and <i>M. thecodorsata</i>, are distributed along the lower Yangtze Valley, central China.</p> <p> The male pore structure of <i>M. matsuensis</i> is also similar to that of <i>Metaphire soulensis</i> (Kobayashi, 1938) from Korea. However, <i>M. soulensis</i> is quadrithecate with two pairs of ventrolateral spermathecal pores in intersegmental furrows of 6/7/8. The characteristics of complex caeca consisting of five or six finger-shaped processes, absence of prostate glands and prostatic ducts, and vestigial spermathecae without diverticulum of <i>M. soulensis</i> (Kobayashi 1938a) are distinctly different from those of <i>M. matsuensis.</i></p>Published as part of <i>Shen, Huei-Ping, Chang, Chih-Han & Chih, Wen-Jay, 2013, Five new earthworm species of the genera Amynthas and Metaphire (Megascolecidae: Oligochaeta) from Matsu, Taiwan, pp. 495-522 in Journal of Natural History (J. Nat. Hist.) (J. Nat. Hist.) 48 (9 - 10)</i> on pages 514-520, DOI: 10.1080/00222933.2013.826742, <a href="http://zenodo.org/record/5199325">http://zenodo.org/record/5199325</a>
Intraseasonal Predictability of Siberian High and East Asian Winter Monsoon and Its Inter-Decadal Variability
No full textDataset for "Towards Functional Droplet Architectures: a Belousov-Zhabotinsky Medium for Networks"
No full textData files for all graphs in the main paper and in the supplementary information. Full space-time plot for Figure 3, with detailed procedure for extraction of wave features.
Related paper:
Kai Ming Chang, Maurits De Panque, Klaus-Peter Zauner (2018) Towards Functional Droplet Architectures: a Belousov- Zhabotinsky Medium for Networks Scientific Reports DOI:10.1038/s41598-018-30819-6</span
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