Judul: Ragam Jenis Serangga Pengganggu di Zona Utama Venue Equestrian Asian Games 2018 Pulomas, Jakarta
Abstrak: Informasi mengenai keanekaragaman dan kelimpahan serangga pengganggu di Venue Equestrian Asian Games 2018 Pulomas merupakan hal penting dalam memenuhi prasyarat sebagai daerah zona bebas penyakit EDFZ (Equine Disease Free Zone) sebagaimana yang diprasyaratkan oleh OIE. Tujuan penelitian ini adalah mengidentifikasi keanekaragaman serangga pengganggu yang ada di Core Zone atau daerah utama Venue Equestrian Asian Games 2018 Pulomas, Jakarta Timur dengan mengidentifikasi serangga pengganggu dan populasinya. Serangga penganggu dikoleksi menggunaan sweep net dan light trap, kemudian kepadatannya diukur menggunakan flygrill. Proses koleksi dilakukan dari bulan Januari hingga April 2018, di Zona Utama Venue Equestrian Asian Games 2018. Jumlah total serangga pengganggu yang diperoleh adalah 4.906 serangga. Hasil koleksi dipreservasi menggunakan 2 metode yakni preservasi kering dan basah. Hasil koleksi menggunakan sweep net didapatkan 3 jenis yaitu Musca domestica, Sarcophaga sp., dan Chrysomia megacephala. M. domestica merupakan spesies yang mendominasi hasil koleksi menggunakan sweep net (serangga diurnal) dan kepadatan diukur dengan fly grill. Hasil koleksi dengan menggunakan light trap (serangga nocturnal) terdapat 4 jenis yaitu Culicoides, Phoridae, Psychoda (moth flies), dan Phlebotominae (sand flies). Puncak aktivitas sand flies terjadi pukul 19.00-21.00, Psychoda adalah pukul 00.00-02.00, sedangkan Culicoides pukul 18.00-20.00, dan Phoridae adalah pukul 18.00-20.00. Serangga pengganggu tersebut berpotensi sebagai vektor penyakit baik pada manusia maupun kuda.
Keyword: serangga pengganggu, lalat, sweep net, fly grill, light trap

Judul: The Fly Infestation (Diptera:  Cyclorrapha) on Javanese bull (Bos javanicus) in Ragunan Zoo South Jakarta
Abstrak: The information about ectoparasites on Javanese bull is still limited. This study aims to determine the family and level of infestation of flies in java bulls. The data was obtained by observing the morphology of flies that reached the bull's body and then calculated the number in the morning, afternoon, and evening. The data were analyzed in descriptive analysis. The level of fly infestation was divided into 3 namely low (between 1 and 9 flies), medium (between 10 and 18 flies), and hight (more than 18 flies) based on the average of fly populations. The result of this observation were 2 families of flies namely Muscidae and Calliphoridae. The infestation levels of Muscidae on both bulls were low, medium, and hight meanwhile the infestation of Calliphoridae was low. The enrichment areas are likely to affect fly infestations. Flies that land on bulls irritate the bulls as it perches around the nose and around the eyes, which cause the bulls to restless time, The information about ectoparasites on Javanese bull is still limited. This study aims to determine the family and level of infestation of flies in java bulls. The data was obtained by observing the morphology of flies that reached the bull's body and then calculated the number in the morning, afternoon, and evening. The data were analyzed in descriptive analysis. The level of fly infestation was divided into 3 namely low (between 1 and 9 flies), medium (between 10 and 18 flies), and hight (more than 18 flies) based on the average of fly populations. The result of this observation were 2 families of flies namely Muscidae and Calliphoridae. The infestation levels of Muscidae on both bulls were low, medium, and hight meanwhile the infestation of Calliphoridae was low. The enrichment areas are likely to affect fly infestations. Flies that land on bulls irritate the bulls as it perches around the nose and around the eyes, which cause the bulls to restless time.
Keyword: javanese bull, Bos javanicus, calliphoridae, muscidae

Judul: Pembuatan dan Karakterisasi Prototipe Sel Surya Nanokristal n-TiO2/Dye/p-CuSCN
Abstrak: Dengan metode casting dan perlakuan annealing, dapat dibuat lapisan nanokristal semikonduktor TiO, pada substrat Transparant Conductive Oxide (TCO). Penambahan dye Methylviolet Thiocianate (MVSCN) dan lapisan CuSCN pada TiO, tersebut menghasilkan sel surya n-TiO,ldye/p-CuSCN yang dapat menyerap foton dan mengubahnya menjadi energi listrik.
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