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"Nyamuk betina Aedes aegypti merupakan vektor yang mampu membawa berbagai virus penyebab penyakit, salah satunya adalah chikungunya. Hingga saat ini, masih belum ada pengobatan yang dapat menyembuhkan penyakit ini. Pengobatan yang ada saat ini hanya bersifat simptomatik atau hanya mengobati gejalanya saja. Oleh karena itu, pilihan terbaik dalam melawan chikungunya adalah pencegahan yang dapat dilakukan dengan cara menggunakan perangkap telur nyamuk ovitrap. Efektivitas penggunaan ovitrap dapat ditingkatkan dengan menggunakan zat atraktan, seperti air rendaman jerami.Penelitian ini bertujuan untuk mencari zat atraktan lain yang lebih murah dan mudah didapatkan, tetapi memiliki kemampuan yang efektif untuk menarik nyamuk. Zat atraktan yang diteliti pada penelitian ini adalah air akuarium. Penelitian ini menggunakan desain eksperimental analitik yang diuji pada suatu komunitas dan menggunakan 2 variabel bebas, yaitu konsentrasi dari air akuarium dan lokasi penempatan ovitrap.Hasil analisis bivariat menunjukkan bahwa tidak terdapat hubungan yang bermakna antara konsentrasi air akuarium terhadap efektivitas ovitrap p=0,818. Akan tetapi, terdapat hubungan yang bermakna antara peletakkan ovitrap terhadap efektivitas ovitrap p=0,005.Dari penelitian ini, dapat disimpulkan bahwa peletakkan ovitrap memengaruhi efektivitas ovitrap. Peletakkan ovitrap di luar rumah lebih efektif untuk memerangkap telur nyamuk dibandingkan di dalam rumah.

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Aedes aegypti female mosquito is a vector capable of carrying various viruses that cause disease, one of which is chikungunya. Until now, there is still no treatment that can cure this disease. Current treatments are only symptomatic or only treat symptoms. Therefore, the best choice in fighting chikungunya is prevention that can be done by using an ovitrap. The effectiveness of ovitrap use can be increased by using attractant substances, such as straw soaking water.

This study aims to find other attractants that are cheaper and easier to obtain but have an effective ability to attract mosquitoes. The attractant substances examined in this study are aquarium water. This study used an analytical experimental design that was tested in a community and used 2 independent variables, namely the concentration of aquarium water and the location of placement of the ovitrap.

The results of the bivariate analysis showed that there was no significant relationship between the concentration of aquarium water on the effectiveness of ovitrap p = 0.818. However, there is a significant relationship between location of ovitrap with the effectiveness of ovitrap p = 0.005.

From this study, it can be concluded that the placement of the ovitrap affects the effectiveness of the ovitrap. Placing the ovitrap outside the home is more effective for trapping mosquito eggs than in the house."

"[Sepanjang 1.200 km garis pantai Provinsi Kepulauan Bangka Belitung terdapat potensi ekonomi yang meliputi perikanan dan wisata bahari. Namun di sisi lain, kemiskinan justru terjadi di wilayah perdesaan yang didominasi oleh desa pesisir. Padahal disitulah letak sumberdaya kelautan dan perikanan berada. Penelitian ini bertujuan untuk mengidentifikasi sektor prioritas dari aktivitas ekonomi yang terkait dengan sektor kelautan dan memproyeksikan estimasi investasi bagi pengelolaan sektor kelautan di Provinsi Kepulauan Bangka Belitung. Analisis Input Output digunakan untuk menentukan aktivitas ekonomi yang terkait di dalamnya. Dengan pendekatan ICOR (Incremental Capital Output Ratio) diproyeksikan estimasi kebutuhan investasi selama kurun waktu 2015-2017. Hasil penelitian menunjukkan bahwa sektor prioritas dikembangkan adalah wisata bahari; perikanan budidaya; industri pengolahan dan pengawetan ikan dan hasil biota air lainnya; jasa kelautan; dan bangunan kelautan . Nilai ICOR Kelautan Provinsi Kepulauan Bangka Belitung adalah 2.93, lebih efisien dibandingkan sektor kelautan secara nasional.;Bangka Belitung Province has 1,200 km coastline with big potential economic including fisheries and marine tourism. Otherwise, poverty has occurred in rural areas with dominated by coastal villages. While therein lies the marine and fisheries resources. This study aims to identify the priority sectors of economic activity associated with the marine sector and project investment estimate for the management of the marine sector in Bangka Belitung Province. Input Output Analysis is used to determine the priority of economic activity. With the approach of ICOR (Incremental Capital Output Ratio) projected of investment for 2015-2017 period. The results showed the priority sectors to be developed are marine tourism; aquaculture; fish processing; marine services; and marine building. ICOR for Marine development of Bangka Belitung Province is 2.93. It is more efficient than the national marine sector, Bangka Belitung Province has 1,200 km coastline with big potential economic including fisheries and marine tourism. Otherwise, poverty has occurred in rural areas with dominated by coastal villages. While therein lies the marine and fisheries resources. This study aims to identify the priority sectors of economic activity associated with the marine sector and project investment estimate for the management of the marine sector in Bangka Belitung Province. Input Output Analysis is used to determine the priority of economic activity. With the approach of ICOR (Incremental Capital Output Ratio) projected of investment for 2015-2017 period. The results showed the priority sectors to be developed are marine tourism; aquaculture; fish processing; marine services; and marine building. ICOR for Marine development of Bangka Belitung Province is 2.93. It is more efficient than the national marine sector]"

"Summary:Providing a guide for marine conservation practice, Marine Conservation takes a whole-systems approach, covering major advances in marine ecosystem understanding. Its premise is that conservation must be informed by the natural histories of organisms together with the hierarchy of scale-related linkages and ecosystem processes"

"Detects the sound frequency range of fish, the intensity of the sound amplitude, sound fluctuations, and shape the sound patterns of the fish. Passive acoustic methods used to monitor marine mammals expressed. In general, the signal obtained from the animal record sounds is poor and difficult to determine from which directions it is produced, therefore it requires that require amplification strengthening. Bioacoustic research is needed to identifies the communication language (Acoustic communication) in mammals. Bioacoustic detect mammal produced frequency ranges of sound, amplitude intensity of sound, voice fluctuation, and form sound patterns of mammals. Studying bioacoustic is inseparable from the science of underwater acoustics, biology of mammals, and the study of mammalian behavior: Generally bioacoustic include physiology of mammals organ that produce sound, earning voice mechanism, sound characteristics of mammals, mammals sound approaching mechanism, the hearing capacity of fish, and the evolution of the auditory system, and to obtain the fequency range of each sound produced by the dolphins (mammals). Environmental conditions and parameters (salinity and temperature) will greatly affect the value of the intensity and frequently generated the target, the more extreme the environmental conditions, the lower value of the intensity and frequency generated."