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Peer review dan unplagiasi an. Imelda Dian, Hasan Ubaidillah dan Duwi Rahayu
Full text linkPeer review dan unplagiasi an. Hasan Ubaidillah untuk jurnal Equilibriu
Peer Review dan Hasil Unplag Artikel Penelitian an. Hasan Ubaidillah Tahun 2018-2020
Full text linkPeer Review dan Hasil Unplag Artikel Penelitian an. Hasan Ubaidillah Tahun 2018-202
Arthula plebeja Ubaidillah and Kojima, sp. nov.
No full textArthula plebeja Ubaidillah and Kojima, sp. nov. (Figs 1–10) Diagnosis. Body mostly brown. Antenna with 23–24 flagellomeres in female, 27–28 flagellomeres in male; propleuron densely punctured; first metasomal tergum not strongly widened posteriorly, its apical width about 1.5 x basal width, not very long, about 2.7 x as long as its apical width; second tergum slightly shorter than or about as long as its apical width. Female. Body length about 7.5–10 mm (n = 5) (holotype about 10 mm), forewing length about 6–7.5 mm (n = 5) (holotype about 7.5 mm). Body mostly brown; stained with black along anterior margin of pronotum and anterior margin of mesoscutum, on prepectus, median part of mesopleoron, sub-lateral and sub-ventral parts of propodeum, and all coxae (Fig. 1). Head and mesosoma with following yellow marks: stripe encircling eye and connected to transverse wide band below toruli, ill-defined band along apical margin of clypeus, narrow band along posterior margin of pronotum, paired oval anterolateral spots on mesoscutum, oval anterior spot on axilla, paired semi-rounded spots on dorsellum, posterior half of propodeum medially, and transverse stripe along posterior margin of each of second to fifth metasomal terga. Head in frontal view (Fig. 2) suboval, nearly 1.4 x as wide as high, in dorsal view (Fig. 3) about 2 x as wide as long; occipital carina complete. Area among ocelli weakly raised, unmargined by either carina or suture; anterior and posterior ocelli nearly the same size; distance between inner margins of posterior ocelli about 1.5 x their diameter, and about 0.8 of distance between outer margin of posterior ocellus and inner eye margin. Eye oval, bare, in frontal view inner margins nearly parallel; in profile maximum width of eye about 2 x that of gena. Malar space about 0.4 of eye height. Face slightly raised medially, with paired broad and shallow oblique grooves diverging dorsally from bases of toruli. Clypeus oval, slightly convex, depressed ventromedially, separated from supraclypeal area by shallow arched groove, which is deeper in the ventrolateral corners. Maxillary palpus with five palpomeres; labial palpus with four palpomeres. Mandible tapering apically, with two teeth; dorsal tooth slightly larger and longer than ventral one (Fig. 4). Antenna filiform, narrowing apically, with 23 (holotype) or 24 flagellomeres (3 paratypes), or number asymmetric (1 paratype); first flagellomere about 2.7 x as long as its apical width, about 1.6 x as long as second flagellomere; second to seventh flagellomeres nearly equal in length; subsequent flagellomeres becoming narrower and shorter towards apical part of flagellum; terminal flagellomere bullet-shaped, nearly 2 x as long as its basal width (but 1.4–1.6 x as long as wide when the flagellum has 24 flagellomeres). Mesonotum closely punctured, densely covered with short setae; notaulus narrow, impressed, traceable in anterior half of mesoscutum; disk of mesoscutum moderately punctured, strongly wrinkled along notauli and over broad area behind their terminus, and alongside margins of lateral disk. Scutellum slightly convex dorsally, finely, closely punctured. Propodeum densely covered with short setae, coarsely reticulated to densely punctured medially and laterally, with short longitudinal rugae on anterior margin; median longitudinal carina absent. Mesopleuron densely covered with short setae, closely punctured, most coarsely on median disk; propodeal spiracle elliptical. Forewing (Fig. 5) radial cell 3.0– 3.5 x as long as wide; costal notch distinct; 2 m-cu with two bullae. Hind wing with distal abscissa of 1 A complete. Metasoma finely and closely punctured, densely covered with short setae. First tergum (Figs 6, 7) weakly widening posteriorly, in dorsal view apical width about 1.5 x basal width, length (measured in lateral view as the distance from the apical margin of basal slit to posterodorsal corner of the tergum) about 2.7 x its apical width, without glymma, basal half with two weak, sub-median carinae; spiracle strongly produced as tubercle at mid-length of the tergum; second tergum 0.9 –1.0x as long as its apical width; apical width of second tergum 2.0– 2.4 that of first tergum. Ovipositor relatively short (Figs 1, 8), about as long as length of terminal sternum; ovipositor sheath hairy. Male. Body length about 8–8.5 mm (n = 6), forewing length about 6.5–7 mm (n = 6). Similar to female, but apical yellow bands on metasomal segments wider than in female (Figs 9, 10); antenna with 27–28 flagellomeres; first flagellomere proportionally slightly longer than in female, nearly 3 x as long as its apical width; terminal flagellomere 1.8–2.3 x and 1.3–1.7 x as long as its basal width for flagellum with 27 and 28 flagellomeres, respectively. Type series. Holotype: Ƥ (repository: Australian National Insect Collection, CSIRO, Canberra), labeled (slash indicates new line) “ AUSTRALIA, N.S.W. / Cabbage Tree Creek / (along Kings Highway) / 35 ° 34 ’S, 105 °02’E / emerged 10.vii. 2004 from / Ropalidia plebeiana nest / kept in laboratory / Nest collected iiiiv. 2004 / J. Kojima” and “ HOLOTYPE / female / Arthula plebeja Ubaidillah & Kojima ”. Paratypes: 10 specimens (Australian National Insect Collection, Museum Zoologicum Bogoriense and Natural History Collection of Ibaraki University): 2 Ƥ 23, same data as holotype; 1 Ƥ, “ Australia, N.S.W. / Cabbage Tree Creek / 35 ° 34 ’S, 105 °02’E / 29.ii. 2000. J. Kojima”; 1 Ƥ 13, “ Australia, ATC / Canberra, emerged in vii. 2004 / from Ropalidia plebeiana nest / collected in iii-iv 2004 / J. Kojima; 33, “ Australia, NSW / 35 ° 39 ’S, 105 °09’E / 1.9 km in driveway distance / from Batemans Bay in / direction of Canberra / emerged on 16.vii. 2004 [12.viii. 2004 (for 23)] / from R. plebeiana nests / coll. in iii-iv 2004, J. Kojima.” Etymology. The specific name, plebeja, is a Latin adjective meaning “plebeian,” used after the specific name of the host paper wasp, Icaria plebeja de Saussure, 1863, non 1862 (= Ropalidia plebeiana Richards, 1978). Remarks. This species is similar to A. flavofasciata in the shape of the antenna and metasoma, both of which seem to be key characters to distinguish Arthula species, but can be easily distinguished from A. flavofasciata by having the first metasomal tergum weakly widened posteriorly (apical width about 1.5 x as wide as the basal width vs. about 2.0x in A. flavofasciata), and the dorsal surface of the same tergum in profile more or less smoothly curved (angled in A. flavofasciata). Arthula plebeja is distinctly different from the other two species, A. brunneocornis and A. formosanus, by the female antenna having the smallest number of flagellomeres (23–24 in A. plebeja vs. 26–27 in A. brunneocornis vs. 28 in A. formosanus), and in the proportionally shorter first two metasomal segments (in A. brunneocornis and A. formosanus, the first tergum much elongated and the second tergum distinctly longer than the apical width).Published as part of Ubaidillah, Rosichon, Yamaguchi, Goshi & Kojima, Jun-Ichi, 2009, A new Arthula Cameron (Ichneumonidae, Cryptinae) parasitoid of Ropalidia plebeiana Richards (Vespidae) and host of Amoturoides breviscapus Girault (Torymidae) (Hymenoptera), pp. 45-50 in Zootaxa 2274 on pages 46-47, DOI: 10.5281/zenodo.19104
Rail shear testing / Ubaidillah Ambiah
Full text linkIn this project, we are interested to design a new fixture for shearing test method that uses a thin plate a test specimen. We found that the idea has already been practiced in ASTM D4255/D4255M-83 (Reapproved 1994). Since the method was almost the same, but the test fixture was a modified version, we agreed to follow the ASTM D4255 standard as a reference. In this project modifications on the test fixture are done. This project consists of the design concept including the design process and fabrication of the rail shear test fixture. An analysis step that is part of design is described and the experimental results using the newly modified fixture are also discussed. The comparison has been made between the modified fixture and the ASTM method
Kad Hari Raya
No full textKad ucapan hari raya yang diutuskan kepada Profesor Diraja Ungku Abdul Aziz daripada Tengku Ubaidillah dan Tengku Zaina
The Discovery Of The Eulophid Wasp Genus Stenopetius Boucekˇ (Insecta: Eulophidae: Eulophinae) In Indonesia, With Description Of A New Species
No full textUbaidillah, Rosichon (2008): The Discovery Of The Eulophid Wasp Genus Stenopetius Boucekˇ (Insecta: Eulophidae: Eulophinae) In Indonesia, With Description Of A New Species. Raffles Bulletin of Zoology 56 (2): 289-292, DOI: 10.5281/zenodo.534047
Ubaidillah Imam Suhardi's Quick Files
No full textThe Quick Files feature was discontinued and it’s files were migrated into this Project on March 11, 2022. The file URL’s will still resolve properly, and the Quick Files logs are available in the Project’s Recent Activity
KONSELING LINTAS BUDAYA PERSPEKTIF ABDURRAHMAN WAHID
Full text linkAbstrak
Dalam penelitian ini, peneliti mengkaji model konseling lintas budaya KH Abdurrahman Wahid, (Gus Dur). Alasan meneliti pandangan Gus Dur, karena Gus Dur mampu menerapkan model konseling lintas budaya secara baik. Selain itu, Gus Dur mampu menjadikan teks kewahyuan relevan dengan model pendampingan keberagamaan. Tulisan ini memaparkan model konseling lintas budaya Gus Dur yang dapat dijadikan rujukan konseling Islam dan konseling lintas budaya. Penelitian ini dapat menjadi sumbangan berharga bagi perkembangan studi konseling kegamaan di tanah air.
Abstract
CROSS-CULTURAL COUNSELLING PERSPECTIVE OF ABDURRAHMAN WAHID. In this research, researchers will examine the model of cross-cultural counselling KH Abdurrahman Wahid, then called Gus Dur. Examine the reasons Gus Dur, because he was able to apply the model of cross-cultural counselling. In addition, Gus Dur is able to make the text apocryphal works relevant to the mentoring model of religiosity. This article will describe the model of cross-cultural counselling Gus Dur which can be used as a reference source of Islamic counselling and counselling cross-cultural. This can be a valuable contribution to the development of counselling studies in some Islamic universities
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