Judul: Cisadane River Ecotourism Landscape Planning as an Urban Riverscape in Tangerang City
Abstrak: Sungai Cisadane di Kota Tangerang merupakan bagian tengah dari jalur sungai tersebut serta masih terus dikembangkan untuk berbagai objek wisata dan infrastruktur lainnya, namun fasilitas di sekitar sungai yang kurang memadai dan belum terawat dengan baik sehingga pemanfaatan Sungai Cisadane sebagai objek ekowisata belum optimal dan perlu mendapat perhatian agar berkelanjutan. Penelitian ini bertujuan mengidentifikasi karakter fisik, biofisik, dan sosial budaya di Sungai Cisadane Kota Tangerang, menganalisis kesesuaian lahan di dua kecamatan sekitar Sungai Cisadane Kota Tangerang sebagai kawasan ekowisata, dan menyusun rencana lanskap ekowisata di riverscape Sungai Cisadane menggunakan lima tahap persiapan, inventarisasi, analisis, sintesis, dan perencanaan lanskap. Hasil menunjukkan kawasan perencanaan memiliki kepekaan rendah dan termasuk zona ekologis rendah dan sedang, serta merupakan zona pengembangan wisata yang potensial dan cukup potensial. Rencana lanskap ekowisata pada Sungai Cisadane di Kota Tangerang termasuk rencana ruang, sirkulasi, vegetasi, aktivitas dan fasilitas, serta daya dukung wisata pada tapak perencanaan., The Cisadane River in Tangerang City is the middle part of the river route and is still being developed for various tourist attractions and other infrastructure, however the facilities around the river are inadequate and not well maintained so that the use of the Cisadane River as an ecotourism object is not optimal and needs attention to be sustainable. This research aims to identify the physical, biophysical and socio-cultural characteristics of the Cisadane River, Tangerang City, analyze the suitability of land in two sub-districts around the Cisadane River, Tangerang City as an ecotourism area, and prepare an ecotourism landscape plan for the Cisadane River riverscape using five stages of preparation, inventory, analysis , synthesis, and landscape planning. The results show that the planning area has low sensitivity and includes low and medium ecological zones, as well as being a potential and quite potential tourism development zone. The ecotourism landscape plan for the Cisadane River in Tangerang City includes the planning for spaces, circulation, vegetation, activities and facilities, as well as tourism carrying capacity at the planning site.
Keyword: perencanaan lanskap, sungai cisadane, urban riverscape

Judul: Urban riverscape evaluation using visual and environment quality approaches (case study: Cisadane River, at Bogor, West Java Province, Indonesia)
Abstrak: Riverscape, which is one of the natural and tropical beauty exist in almost all of Indonesia's urban areas, plays important roles ecologically as well as visually. In most urban development, however, most of those river are neglected. The researhes objective was to evaluate urban's riverscape, so an urban management could be recommended.
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Judul: Kajian Stabilitas Inti Super Berat dengan Nomor Atom 110 Sampai dengan 200 Menggunakan Model Inti Tetesan Cairan
Abstrak: Liquid droplets of nucleic models can be derived equations to estimate the binding energy, binding energy per nucleon, the most stable isotope, and the condition of the occurrence of spontaneous fission. The equations are then converted into a numerical equation form which is then inserted into the MATLAB programming language. Based on the results of the calculations have been carried out in this study, super-heavy nuclei will undergo spontaneous fission in the Z = 135. At Z = 135 the energy needed to create the nucleus undergoing fission or activation energy is very small at around 0:48 MeV. Above Z = 135 the activation energy is negative, it means to form a nucleus with Z> 135 needed some energy. Then at Z = 135 the ratio Z2 / A is 48.86, almost reaching requirement ratio Z2 / A where the nucleic will undergo spontaneous fission is 49. Binding energy per nucleon for super-heavy nuclei up to Z = 200 is about 7 - 5.5 MeV, together with a range of light nuclei are stable. So there may be a super-heavy nuclei are stable at Z <135 and above Z> 135 there will be no stable nucleic
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