262 research outputs found
Khizanah al-Hikmah : Jurnal Ilmu Perpustakaan, Informasi, dan Kearsipan (Analisis Bibliometrika pada Terbitan Tahun 2013-2018)
No full textMetode bibliometrika digunakan untuk menganalisis sebanyak 102 artikel dari Khizanah al-Hikmah : Jurnal Ilmu Perpustakaan, Informasi, dan Kearsipan, terbitan Universitas Islam Negeri Alauddin Makassar periode 2013–2018; untuk mengetahui distribusi artikel per tahun maupun per nomor, pola kepengarangan, jenis referensi yang digunakan, institusi yang berkontribusi serta penulis yang paling produktif. Data diunduh dari alamat: journal.uin-alauddin.ac.id/index.php/khizanah-al-hikmah , dan diolah menggunakan Microsof Excel 2010. Berdasarkan hasil dan pembahasan penelitian, dapat disimpulkan bahwa Khizanah al-Hikmah telah menerbitkan sebanyak 102 artikel dari 150 penulis, dengan penulis tunggal lebih banyak dibandingkan dengan penulis berkolaborasi, yang ditandai dengan nilai derajat kolaborasi sebesar 0,34. Mayoritas referensi yang digunakan adalah buku (65,15%), dengan jumlah halaman terbanyak berada pada kisaran 6-10 halaman (41,13%). Instansi kependidikan merupakan penyumbang artikel terbanyak, dan Universitas Islam Negeri Alauddin Makassar berada di urutan pertama (36 kali). Penulis laki–laki lebih produktif dibandingkan penulis perempuan dengan urutan pertama adalah Yunus Winoto (5 artikel).ABSTRACTA bibliometrical method used for analyzed a total of 102 articles from Khizanah Al –Hikamah, a journal in a LIS field, which published by UIN Alaudin Makassar since 2013-2018; to know the distribution of articles by year; distribution of articles by issue number; collaboration pattern and level of collaboration; length of published articles. Data downloaded from the site of Khizanah Al-Hikmah i.e.: journal.uin-alauddin.ac.id/index.php/khizanah-al-hikmah. The result and conclusion of this research was that from a total of 102 articles it found 150 author active as contributors, and an individual author more than a collaborative one, indicated by the collaboration level i.e. 0.34. Books mostly used in their references (65,15%), with the page length between 6-10 (41,13%). The academic institution was the most active as a contributor , and UIN Alaudin Makassar was the first rank (36 times). Man authors more productive than women and Yunus Winoto was the productive author
Marine phytoplankton in port and ship\u27s ballast water at Tanjung Priok Harbour, North Jakarta, Indonesia
No full textKearifan Syariat dan Hikmah dalam Puasa
No full textSuch a way of thinking was immediately followed by some Muslims especially the ulamas. So that some scholars give special attention by making works that are focused on studying the wisdom, philosophy and wisdom of the Shari'a. like Al Jurjawi with his book Hikmatu Tasyri 'Wafalsafatuhu, Mustafa As Siba'I with his work AhkamuS Shiyam Wa Falsafatuhu, Ad Dahlawy with his work Hujjatullah Al Balighah and other scholars. For this reason, the wisdom and wisdom of Shari'a are very urgent to be revealed in this contemporary era. Through this article the author feels the need to give a little review even though only a small part of the ocean of knowledge and the Shari'a of God which is applied to this people is about the wisdom of the Shari'a and wisdom in the obligation of fastingCara berpikir demikian segera dsikapi oleh sebagian umat islam terlebih para ulama. Sehingga sebagian ulama memberikan perhatian khusus dengan membuat karya yang memang difokuskan untuk mengkaji hikmah, Falsafah dan kearifan syariat. seperti Al jurjawi dengan kitabnya Hikmatu Tasyri’ Wafalsafatuhu, Musthafa As siba’I dengan karyanya AhkamuS Shiyam Wa Falsafatuhu, Ad Dahlawy dengan karyanya Hujjatullah Al Balighah serta para ulama lain. Karena alasan inilah, hikmah dan kearifan syariat menjadi sangat urgen untuk di ungkap di era kontemporer ini. Melalui tulisan ini penulis merasa perlu memberikan sedikit ulasan walau hanya bagian kecil dari samudera ilmu dan syariat allah swt yang diberlakukan bagi umat ini yaitu tentang kearifan syariat dan hikmah dalam kewajiban ibadah puasa
Karakteristik Kitab Nadoman Nurul Hikmah Karya Hidayat Suryalaga
No full textPenelitian ini bertujuan untuk mengetahui karakteristik kitab Nadoman Nurul Hikmah beserta alasan penggunaannya. Dalam penelitian ini penulis menggunakan metode deskriptif analisis dan metode hermeneutik berdasarkan hubungan triadik (teks-reader/author-audience). Adapun sifat penelitian ini adalah penelitian pustaka (library research). Dalam prosesnya, penulis menggunakan dua kategori sumber data, sumber data primer dan sekunder. Dalam penelitian ini penulis menemukan beberapa hal mengenai karakteristik kitab Nadoman Nurul Hikmah. Karakter khas kitab Nadoman Nurul Hikmah tercermin pada dua aspek: Pertama, postur nadhomannya yang sederhana. Nadoman Nurul Hikmah cenderung lebih longgar dalam menerjemahkan bahasa sumber, Hidayat Suryalaga tidak menjadikan redaksi ayat sebagai sumber, tetapi ia berusaha menuangkan interpretasinya sendiri. Kedua, struktur dan gaya bahasa dalam Nadoman Nurul Hikmah Hidayat Suryalaga menggunakan struktur dan gaya bahasa yang sederhana, ia menggunakan bahasa Sunda yang populer dan kontekstual. Nadoman Nurul Hikmah jauh lebih tepat disebut sebagai terjemah tafsiriyah al-Qur’an daripada disebut sebagai sebuah kitab tafsir. Dalam kitabnya Nadoman Nurul Hikmah Hidayat Suryalaga menyertakan nilai-nilai kesundaan, hal tersebut tidak lepas dari tujuan ditulisnya kitab Nadoman Nurul Hikmah ini. Adapun nilai-nilai yang terdapat dalam kitab Nadoman Nurul Hikmah ini diantaranya adalah nilai kesundaan Silih Asih – Silih Asah – Silih Asuh, nilai kesundaan Rawayan Jati dan nilai kesundaan Sabilulungan
IDENTIFICATION OF SOME STRAINS OF DINOFLAGELLATES BASED ON MORPHOLOGY AND MOLECULAR ANALYSIS
No full textDinoflagellates are the important primary producers in aquatic environments. In oceans, they play interesting role in ecological functions such as red tide forming organisms, symbiont of coral reef or sea anemone and DSP (Diarrhetic Shellfish Poisoning) or PSP (Paralytic Shellfish Poisoning) producing organisms. Morphology and molecular analysis of dinoflagellates were conducted on November 2002 to March 2003. The phylogenetic studies based on 18S rDNA analyses, sequence have begun to appear more frequently in the literature, as attention has turned to relationships within the major eukaryotic lineages, particular importance for the taxonomy of the armored and unarmored genera of dinoflagellates (Gyrodinium sp., Cachonina sp., Gymnodinium sp., Amphidinium sp.), because many of the genera cause extensive plankton blooms, fish kills and other harmful events, were studied used to amplify 18S rDNA, present in the total DNA extracted from algal pellet. The amplify approximately 1400 bp of the nuclear-encoded LSU rDNA gene using terminal primeirs DIR, products were cheked by 1.0 % agarose gel electrophoresis, then cloning with TA cloning KIT. Sequencing were analyzed by the GENETIX Mac Software, Homology search by Blast and Phylogenetic analysis. Results of hylogenetic analysis of 18S rDNA are: Strain no. 10893 (un identified) from the genera, it is belonging Gymnodinium or Polarella. Strain no. 10795 is closely related other species Cachonina hallii. We tentatively named strain no 11151 and 11160 similar to Gyrodinium or Gymnodinium based on morphology, but these strain indepently position in this tree and is not a real of Gymnodinium sensu stricto. It is possible, we can establish the new genera for strain no. 11151; 11160 because this not cluster any other unarmored species
KELIMPAHAN PLANKTON DI PERAIRAN BANGKA-BELITUNG DAN LAUT CINA SELATAN, SUMATERA, MEI - JUNI 2002
No full textPlankton Abundance in Bangka – Belitung and South China Sea Waters, May - June 2002. The observation of plankton condition in Bangka, Belitung and South Cina Sea was conducted during May – June 2002. The parametersobserved were focused on the microplankton and macroplankton communities. Twenty seven points of observation were grouped into two locations based on the distance of the observation station. Plankton abundance varied with location groups from 2069 to 23392 cells/l and 1249 to 5448 individuals/m3 for microplankton and macroplankton, respectively. Microplanktonic community structure was dominated by the group of diatoms, such as Skeletonema, Chaetoceros, Rhizosolenia, and Thalassiothrix. The genus Ceratium, Dinophysis and Protoperidinium (the group of dinoflagellates) was found in relatively abundant, but still in normal condition. The structure of macroplankton was dominated by the group of copepods (50 – 89%) and larvacea (10- 30 %).Keywords: environmental condition, plankton, South China Se
Plankton Abundance in Bangka – Belitung and South China Sea Waters, May - June 2002
No full textThe observation of plankton condition in Bangka, Belitung and South Cina Sea was conducted during May – June 2002. The parameters observed were focused on the microplankton and macroplankton communities. Twenty seven points of observation were grouped into two locations based on the distance of the observation station. Plankton abundance varied with location groups from 2069 to 23392 cells/l and 1249 to 5448 individuals/m3 for microplankton and macroplankton, respectively. Microplanktonic community structure was dominated by the group of diatoms, such as Skeletonema, Chaetoceros, Rhizosolenia, and Thalassiothrix. The genus Ceratium, Dinophysis and Protoperidinium (the group of dinoflagellates) was found in relatively abundant, but still in normal condition. The structure of macroplankton was dominated by the group of copepods (50 – 89%) and larvacea (10- 30 %)
IDENTIFICATION OF SOME STRAINS OF DINOFLAGELLATES BASED ON MORPHOLOGY AND MOLECULAR ANALYSIS
No full textDinoflagellates are the important primary producers in aquatic environments. In oceans, they play interesting role in ecological functions such as red tide forming organisms, symbiont of coral reef or sea anemone and DSP (Diarrhetic Shellfish Poisoning) or PSP (Paralytic Shellfish Poisoning) producing organisms. Morphology and molecular analysis of dinoflagellates were conducted on November 2002 to March 2003. The phylogenetic studies based on 18S rDNA analyses, sequence have begun to appear more frequently in the literature, as attention has turned to relationships within the major eukaryotic lineages, particular importance for the taxonomy of the armored and unarmored genera of dinoflagellates (Gyrodinium sp., Cachonina sp., Gymnodinium sp., Amphidinium sp.), because many of the genera cause extensive plankton blooms, fish kills and other harmful events, were studied used to amplify 18S rDNA, present in the total DNA extracted from algal pellet. The amplify approximately 1400 bp of the nuclear-encoded LSU rDNA gene using terminal primeirs DIR, products were cheked by 1.0 % agarose gel electrophoresis, then cloning with TA cloning KIT. Sequencing were analyzed by the GENETIX Mac Software, Homology search by Blast and Phylogenetic analysis. Results of hylogenetic analysis of 18S rDNA are: Strain no. 10893 (un identified) from the genera, it is belonging Gymnodinium or Polarella. Strain no. 10795 is closely related other species Cachonina hallii. We tentatively named strain no 11151 and 11160 similar to Gyrodinium or Gymnodinium based on morphology, but these strain indepently position in this tree and is not a real of Gymnodinium sensu stricto. It is possible, we can establish the new genera for strain no. 11151; 11160 because this not cluster any other unarmored species. Keywords: Morphology, molecular analysis, dinoflagellate
KELIMPAHAN PLANKTON DI EKOSISTEM PERAIRAN TELUK GILIMANUK, TAMAN NASIONAL, BALI BARAT
No full textPlankton abundance in Gilimanuk Bay of National Park Ecosystem, West Bali. An observation of plankton condition in Gilimanuk Bay of National Park, West Bali was conducted during March 2006. This study aimed to observ the environmental quality of Gilimanuk Bay water. The parameters observed were focused on the phytoplankton and zooplankton communities. Ten points of observation was done. Plankton abundance varied with location group from 4428 to 1716224 sel/m3 and 23938 individu/m3 (67.73 %) for microplankton and macroplankton, respectively. Microplankton community structure was dominated by the group of diatoms, such as Coscinodiscus, Chaetoceros, Guinardia, Navicula. Pseudonitzshia. The genus Ceratium (the group of dinoflagellates) was found in relatively abundant, but still normal condition. The structure of macroplankton was dominated by copepods 23938 individu/m3 (67.73 %). The other hand, information about mangrove, sea grass and coral reef and asssosiation with fauna in these ecosystem of Gilimanuk Bay very rarely. We need observed this subject for base line data to improving management of marine resources development
IDENTIFICATION OF SOME STRAINS OF DINOFLAGELLATES BASED ON MORPHOLOGY AND MOLECULAR ANALYSIS
No full textDinoflagellates are the important primary producers in aquatic environments. In oceans, they play interesting role in ecological functions such as red tide forming organisms, symbiont of coral reef or sea anemone and DSP (Diarrhetic Shellfish Poisoning) or PSP (Paralytic Shellfish Poisoning) producing organisms. Morphology and molecular analysis of dinoflagellates were conducted on November 2002 to March 2003. The phylogenetic studies based on 18S rDNA analyses, sequence have begun to appear more frequently in the literature, as attention has turned to relationships within the major eukaryotic lineages, particular importance for the taxonomy of the armored and unarmored genera of dinoflagellates (Gyrodinium sp., Cachonina sp., Gymnodinium sp., Amphidinium sp.), because many of the genera cause extensive plankton blooms, fish kills and other harmful events, were studied used to amplify 18S rDNA, present in the total DNA extracted from algal pellet. The amplify approximately 1400 bp of the nuclear-encoded LSU rDNA gene using terminal primeirs DIR, products were cheked by 1.0 % agarose gel electrophoresis, then cloning with TA cloning KIT. Sequencing were analyzed by the GENETIX Mac Software, Homology search by Blast and Phylogenetic analysis. Results of hylogenetic analysis of 18S rDNA are: Strain no. 10893 (un identified) from the genera, it is belonging Gymnodinium or Polarella. Strain no. 10795 is closely related other species Cachonina hallii. We tentatively named strain no 11151 and 11160 similar to Gyrodinium or Gymnodinium based on morphology, but these strain indepently position in this tree and is not a real of Gymnodinium sensu stricto. It is possible, we can establish the new genera for strain no. 11151; 11160 because this not cluster any other unarmored species
- …
