Judul: Analisis respon nelayan terhadap pengelolaan kawasan Konservasi Perairan Buleleng Barat
Abstrak: Terumbu karang merupakan salah satu ekosistem laut yang paling penting di dunia. Selain sebagai habitat biota laut, keindahannya juga menjadi daya tarik yang dapat menjadi sumber devisa bagi negara melalui kegiatan pariwisata. Pembentukan Kawasan Konservasi Perairan Buleleng Barat dilakukan sebagai salah satu upaya pemulihan terumbu karang yang rusak akibat penangkapan ikan yang tidak ramah lingkungan. Masyarakat Desa Pemuteran berinisiatif untuk melakukan pengelolaan KKP berdasarkan aturan adat yang berlaku. Pengelolaan ini direspon positif oleh nelayan karena keberadaan KKP tidak membatasi nelayan untuk menangkap ikan. Inisiatif masyarakat didukung dengan adanya upaya pencadangan yang dilakukan oleh pemerintah pada tahun 2011. Berdasarkan Surat Keputusan Bupati Nomor 523/630/HK/2011 tentang Pencadangan Kawasan Konservasi Perairan di Kabupaten Buleleng, Pemerintah menetapkan kawasan perairan di Desa Pemuteran sebagai kawasan konservasi perairan dengan luas 651.24 hektar. Keberhasilan dari pengelolaan KKP Buleleng Barat ini tidak lepas dari beberapa faktor internal dan eksternal, di antaranya kejelasan batas wilayah, kesesuaian aturan dengan kondisi lokal, dukungan pemerintah, dan dukungan dari lembaga yang bersangkutan., Coral reefs are one of the most important marine ecosystems in the world. In addition to the habitat of marine life, its beauty is also the main attraction which can be a source of income for the country through tourism activities. This Marine Protect Areas was crearing as an effort to heal coral as an effect. Local peoples have an important role to make Awig-Awig as the base of local marine conservation areas management. In addition, fishers responded positively to the conservation area, because marine protected areas in the West Buleleng, did not restrict the fishers in fishing activities. Initiation of conservation areas establishment is also supported by the local government. A regent decree territorial No. 523/630/HK/2011 of Conservation Areas Backup in Buleleng, the Government establish the conservation area in Pemuteran village as Marine Protected Areas with an area 651.24 hectars. The success of Buleleng Marine Protect Areas management are influenced by internal and external factors, such as the clear boundaries, the conformity of regulation with the local condition and government support.
Keyword: konservasi perairan, pengelolaan konservasi, respon

Judul: Analisis dampak penetapan kawasan konservasi laut daerah kondisi sosial ekonomi nelayan (kasus daerah perlindungan laut kampung Saporkren, Distrik Waigeo Selatan, kabupaten Raja Ampat, Papua Barat)
Abstrak: Damage to coastal and marine resources in Indonesia leads to a conservation effort for ecosystem sustainability. Marine Protected Areas (MPAs) are established with the aim to protect marine ecosystems within and ensure the welfare of fishers living around the area. When MPAs are formed it will have an impact on limiting the rights of fishers and fishers fishing area changes, and also affect on the catch of fishers and their income. The goals of this research are to, (1) analyze the impact of MPA establishment against bundles of fishers’s rights, (2) analyze the impact of MPA establishment towards the income level of fishers. Results show that, (1) the establishment of MPA causes a change in the second type rights of fishers which is utilization type, while the access rights, management rights, and exclusion rights are retained by the fishers, (2) The establishment of marine protected areas give a positive effect on the income of fishers . Most of the fishers stated that the catch and their income increased since the establishment of MPA, caused by major increase of the fish quantity, which allowed fishers catches fish more easily.
Keyword: 

Judul: Pemodelan Dinamika Glukosa dengan Persamaan Hovorka menggunakan Metode ODE 45 untuk Kasus Diabetes Tipe 1.
Abstrak: Type 1 Diabetes is a case where beta cell in pancreas cannot produce insulin properly. On a type 1 diabetes case, some insulin had to be added into the bloodstream. This simulation used Hovorka equations and ODE 45 methods in MATLAB. To know the amount of dosage for insulin that a type 1 diabetes case need, also how the kinematics and dynamics look like for the glucose rate in the bloodstream can be done by using this simulation. Some variation on the amount of insulin, injection time and weight had been done to get the optimum result of glucose rate in the bloodstream. The result from this simulation is a 70 kg weigh need insulin injection in the morning for about 2 dL, and 21 dL each for afternoon and night times, all of injection time is an hour after eating.
Keyword: ODE 45, Hovorka method, Insulin, Type 1 Diabetes, Blood glucose