578 research outputs found
'Resting' and 'Fremantle Terzinas' Poems by author Hersri Setiawan (Translation into English by David T. Hill)
No full textIn late February 1993, Indonesian author Hersri Setiawan arrived for a brief visit to Australia to participate in the Perth Writers' Festival at the Fremantle Arts Centre. A former political prisoner held for nine years in detention without trial, he managed to leave Indonesia several years ago and now lives in the Netherlands as a political exile. These poems have been translated by David T. Hill
UPAYA PENCEGAHAN DRAGGING ANCHOR SAAT LABUH JANGKAR DI SHANGHAI STRAIT PADA MV. NYK LYRA
No full textEdwin Doddy Setiawan, 2017, NIT : 49124319.N, “Prevention of Dragging
Anchor When at Anchor in Shanghai Strait on MV.NYK Lyra”, mini thesis
of Nautical Study Program, Fourth Diploma Program, Semarang Merchant
Marine Polytechnic, Supervisor I: Capt. Agus Hadi Purwantomo, M.Mar.,
Supervisor II: H. Rahyono, Sp.1, M.M., M.Mar.E.
In at anchor often encountered some problems, one of it which is the
dragging anchor to lead the ship ran aground and suffered a collision, so that to
overcome and prevent that happening, one of the way is to increase the holding
power of the chain jangkar, therefore to increase the knowledge and understanding
about dragging anchor on the container ship, the author tries to analyze and get the
problem as follows: (1) what is the cause of dragging anchor when at anchor in
Shanghai Strait on MV. NYK LYRA?, (2) how the prevention of dragging anchor
when at anchor in Shanghai Strait on MV. NYK LYRA?.
Present different references that support the theory about the cause of
dragging anchor on container ships, as well as efforts to prevent dragging anchor.
The method used by the author in delivering the problem is qualitative
method to illustrate and describe the object under study. Based on how to obtain it,
will present the data obtained in a descriptive or create a picture of the situation or
event based on the data that is accurate and has a close relationship between the
researcher and the researched.
The authors concluded that the cause of dragging anchor when at anchor in
Shanghai strait on MV. NYK Lyra is due to seabed anchors do not grip properly
and anchor chains that have rusted and faded colors could cause errors determines
the length of chain that had been in the water, resulting in a lack of holding power
that causes the dragging anchor. And prevention of dragging anchor when at
anchor in Shanghai strait on MV. NYK Lyra is to loose extra anchor chain to
increase holding power (traction), if still dragging lower the other anchor. If
necessary, use the main engines and combine with steering the ship to detain the
ship from dragging.
Keywords : dragging anchor, holding power, strai
ALIH KODE DAN CAMPUR KODE DALAM KONTEN YOUTUBE LEONARDO EDWIN
No full textPenelitian ini bertujuan mendeskripsikan: (1) bentuk alih kode, (2) bentuk campur kode, (3) faktor penyebab alih kode, dan (4) faktor penyebab campur kode dalam konten youtube Leonardo Edwin.Jenis penelitian skripsi adalah deskriptif kualitatif. Sumber data penelitian adalah konten youtube Leonardo Edwin rentang Januari 2023 sampai Maret 2024 sebanyak 14 video. Data peneltiian yang diambil yaitu tuturan yang mengandung alih kode dan campur kode. Instrumen penelitian adalah human instrument atau peneliti sendiri dengan berbekal pengetahuan mengenai bentuk alih kode, bentuk campur kode, faktor penyebab alih kode dan campur kode. Teknik pengumpulan data pada berupa teknik simak dan catat. Teknik analisis data menggunakan metode agih dan metode padan. Keabsahan data diperoleh melalui triangulasi teori. Hasil penelitian terdiri dari empat hal. Pertama, bentuk alih kode ditemukan 100 data yang didominasi oleh bentuk alih kode ekstern bahasa Indonesia ke bahasa Inggris. Kedua, faktor penyebab alih kode didominasi oleh faktor penutur. Ketiga, bentuk campur kode ditemukan 222 data yang didominasi oleh bentuk campur kode penyisipan unsur kata. Keempat, faktor penyebab campur kode mdidominasi oleh linguistic type.Kata kunci: alih kode, campur kode, Leonardo Edwin, Youtub
Neopetrosia pandora de Laubenfels 1954
No full textNeopetrosia pandora de Laubenfels, 1954 Figure 1D, 2D, 3D, Table 1 Neopetrosia pandora de Laubenfels, 1954: 81, Fig. 49. Material examined: Holotype: USNM 23046, Palau, Matalim, East Ponape, 1 August 1949, 5m depth, coll. M.W. de Laubenfels. Description (amended from de Laubenfels 1954): A repent or sprawling ramose sponge, reaching a maximum length of at least 13 cm. The diameter of the branches is 9 mm; oscules are about 2 mm in diameter and 2 cm apart. Colour. Colour in life is dull olive drab. Consistency. Slightly spongy but also somewhat stiff, tearing very easily. Spicules. Oxeas in a range of 100- 119.8 -150 x 2.5- 2.9 -5 µm. Skeleton. Less dense, more irregular isodictyal spicule network with one size of spicule. Remarks: De Laubenfels (1954) described that the consistency of the type specimen was slightly spongy, somewhat stiff and tearing very easily. The surface of the type specimen does not possess an ectosomal specialisation, which is a typical characteristic of sponges from Family Chalinidae. Little or lack of spongin in skeleton was observed. The spicules are also much thinner than the other spicules of type specimens and samples analysed in this study.Published as part of Setiawan, Edwin, Erpenbeck, Dirk, Wörheide, Gert & De Voogd, Nicole J., 2018, Bearing the wrong identity: A case study of an Indo-Pacific common shallow water sponge of the genus Neopetrosia (Haplosclerida; Petrosiidae), pp. 43-58 in Zootaxa 4500 (1) on page 48, DOI: 10.11646/zootaxa.4500.1.2, http://zenodo.org/record/531894
SOCIAL JUSTICE AND WATER FOR ALL: CONSTRUCTING A LOCALLEGAL FRAMEWORK FOR A GOODGOVERNANCE
No full textAdy Setiawan, Yos Johan Utama, Edy Lisdiyon
Design of vaccination and fumigation on Host-Vector Model by input-output linearization method
No full textSlank, Musik, dan Kepentingan
No full textSelama ini kita salah memandang musik hanya sebagai sebuah peristiwa seni yang netral dan tanpa bias. Musik sejak awal harus diklasifikasikan dalam dua kategoriberbeda. Pertama, ia adalah sebentuk karya seni bunyi yang dinikmati sisi estetisnya. Ide penciptaan bisa berasal dari mana saja, tapi tujuannya tetaplah memberi kenikmatan estetis pada pendengar. Kedua, karena kodratnya yang demikian, musik seringkali digunakan sebagai katalisator dalam menyampaikan pesan-pesan tertentu. Artinya musik tidak lagi netral, tapi berpihak. Hal itulah yang membedakan musik dengan kicauan burung. Sama-sama indah, tapi yang satu tak bisa disebut musik. Musik itu dilandasi dengan aspek kesengajaan, tidak hadir secara spasial. Kesengajaan maksud inilah yangdiperdebatkan, menempatkan musik “dalam bingkai kepentingan”. Tapi mari, walaupun sulit, kita lepaskan keterkaitan musik dengan penciptanya. Lepaskan musik dari beban-beban kepentingan musisinya. Biarkan bunyi musik itu mengalun, dinyanyikan, dan disenandungkan dalam peluh perjuangan mencari keadilan. Death of the author, adagium lawas bilang demikian. Tak ada salahnya kita tetap menyanyikan lagu-lagu Slank bertema sosial, kritikan, bahkan kebencian pada korupsi dengan lantang. Barangkali kini, yang menyanyikan itu semua bukan lagi Slank, tapi kita
Spicule size variation in Xestospongia testudinaria Lamarck, 1815 at Probolinggo-Situbondo coastal
No full textAbstract. Xestospongia testudinaria Lamarck, 1815 is a marine sponge that become a main constituent in reef ecosystems at northern waters Probolinggo-Situbondo. This barrel sponge species possesses an oxea type of spicule that varies in dimensions (length and width) in concordance to condition and location of habitat. The experiment aimed to understand how spicules condition of this sponge reacted to environment variables. Sponges’ specimen were taken by SCUBA equipment in 6-7 m, 10-11 m, and 14-15 m depths in addition to four different localities and three different part of sponges’ body (upper, middle and basal parts). Environmental variables data were also retrieved (salinity, water clarity, temperature, dissolve silica, and depth) in each locations. Results confirmed that oxea spicule size either in length or width dimensions in four locations (Batu Lawang coral cluster [BL], Karang Mayit coral cluster [KM], Paiton coral cluster [PT], and Takat Palapa [TP]) relatively increased toward depth. Likewise, the size of spicules in the TP relatively longer than three other locations. In contrast, spicules oxea in PT relatively wider than three other locations. Salinity gave negative impact to spicules length, while depth gave positive impact. Depth, water clarity, dissolve silica, and temperature gave negative effect to spicules width while salinity gave positive impact
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