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"ABSTRAKKabupaten Purworejo merupakan kabupaten dengan jumlah kasus malaria tertinggi di Provinsi Jawa Tengah. Surveilans malaria merupakan komponen utama dalam pencapaian eliminasi malaria pada tahun 2030 secara nasional. Surveilans malaria yang digunakan saat ini adalah e-sismal. Masalah yang dihadapi petugas adalah e-sismal belum sepenuhnya user friendly. E-sismal belum mampu memenuhi kebutuhan informasi untuk eliminasi malaria. Tujuan penelitian ini adalah mengembangkan surveilans malaria yang mampu menghasilkan informasi untuk eliminasi malaria. Metode pengembangan sistem informasi yang digunakan adalah Rapid Application Development RAD yang menghasilkan prototype surveilans malaria. Pengumpulan data dilakukan dengan wawancara mendalam, observasi dan telaah dokumen terkait pelaksanaan e-sismal di Kabupaten Purworejo tahun 2016. Hasil penelitian menunjukkan bahwa Annual Paracite Incidence API di Kabupaten Purworejo sebesar 0,53 permil; pada tahun 2016, sehingga sudah harus menerapkan strategi eliminasi. Prototype surveilans malaria dikembangkan berbasis web dengan tampilan user friendly yang dilengkapi dengan sistem database. Dengan demikian penggunaannya lebih mudah, terhindar dari kesalahan teknis serta otomatisasi pengolahan data. Dashboard dapat memantau capaian indikator: pemeriksaan suspek malaria, API, klasifikasi asal penularan dan pengendalian vektor. Informasi lain yang disediakan adalah data individu pasien malaria, pemetaan pasien dan vektor malaria, serta stok logistik. Kesimpulan. Prototype surveilans malaria mampu menghasilkan informasi untuk eliminasi malaria di Kabupaten Purworejo.

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ABSTRACTPurworejo is a district with the highest number of malaria cases in Central Java Province. Malaria surveillance is a major component to eliminate malaria by 2030 a national target. The current malaria surveillance is lsquo e sismal rsquo . The problem is that e sismal is not yet fully user friendly. E sismal could not produce all information needed for malaria elimination. This study developed malaria surveillance that is able to produce information for malaria elimination. The method to develop information system is Rapid Application Development to produce a prototype of malaria surveillance. Data gathered by in depth interview, observation and document review related to e sismal implementation in Purworejo District in 2016. The result showed that Annual Paracite Incidence API in Purworejo District was 0.53 permil in 2016, so it must implement elimination strategy. The malaria surveillance prototype is web based with a user friendly interface and database system. The advantages are easier use, avoid technical errors, and data processing automation. The dashboard displays a malaria suspect, API, classification of transmission and vector control. Dashboard can monitor the performance of indicators. Other information provided is individual data of malaria patients, mapping of malaria patient and vectors, also logistics stock. Conclusion. The malaria surveillance prototype was able to produce information for malaria elimination in Purworejo District."

"ABSTRAKPeat forest are unique and sensitive ecosystems, have complex hydrological systems and bear important economic service function. In Southeast Asian countries, peatland degradation has been increasingly severe in the last decade due to the exploitation of natural resources, which concerns the structure and function of the system. Ecological rehabilitation, includign hydrological restoration, is believed to be useful for restoring the function of forest/peat swamp systems. Protection of critical areas in the form of National Park is also applied to reduce disturbance and further degradation of the area. A literature review is conducted to analyze the extent to which ecological restoration can achieve system resilience, especially socio-ecological resilience as a 'complex-adaptive system' using resilience concepts. The linkage between the ecological function of peat forest restoration by restoring hydrological systems, the diversity of flora and fauna, and enhancing social resilience with social networking and community livelihood is and important key in achieving resilience. Area Protection (in the form of National Park) needs to pay attention to interconnection systems in the "panarchy" model, not for system isolation, but directed to strengthening effective adaptation governance. The study of the selected Sebangau peatland forest in Central Kalimantan, which implemented hydrological restoration and post-Mega Rice Project (MRP) National Park to restore 85% of the damaged land. Sebangau peatland ' socio-ecological resilience' is assessed to increase after the restoration and determination of the national park, although peatland clearance still continues. Strengthening governance of national park and controlling on the main variables on the main variables of peat and 'sustainable livelihood' is essential to improve resilience."

"Pengembangan Kawasan Mandalika yang berada di Kabupaten Lombok Tengah berkaitan erat dengan penentuan Kawasan Ekonomi Khusus (KEK Mandalika) dan pengoperasian Sirkuit Internasional Mandalika. Potensi pariwisata yang menjadi ciri khas, tidak terlepas dari berbagai objek wisata pantai yang terletak di KEK dan penyangga, yakni Pantai Kuta yang berada di kawasan inti KEK dan Pantai Selong Belanak yang berada di kawasan penyangga KEK. Pengembangan kawasan dilihat melalui kemunculan kawasan bisnis yang ditandai dengan menjamurnya fasilitas secara spasial sehingga membentuk pola keruangan Kawasan Bisnis Rekreasional atau Recreational Business District (RBD) dengan tiga komponen yaitu Large Shopping Center (LSC), Commercial Pedestrian Street (CPS), dan Urban Leisure Area (ULA). Metode kuantitatif berupa Analisis Tetangga Terdekat/ Nearest Neighbour Analysis (NNA) dan analisis densitas atau kepadatan titik melalui Kernel Density Estimation (KDE), serta besar pengaruh jarak dari pusat kota dan atraksi yang diukur melalui Regresi Linier. Pantai Kuta memiliki RBD lebih signifikan dengan 605 titik fasilitas dan Pantai Selong Belanak 103 titik. Pola keruangan RBD Pantai Kuta dan Selong Belanak memiliki kategori LSC dan CPS yang cenderung memadat pada bentuk medan asal laut (wilayah pesisir) dan penggunaan lahan pertanian yang semula dimanfaatkan sebagai perkebunan. Melalui fungsi jalannya, pola keruangan RBD Pantai Kuta dengan kategori LSC dan CPS cenderung memadat secara linier di jalan kolektor, sedangkan Pantai Selong Belanak di jalan lokal. Pengaruh pengembangan Kawasan Mandalika menunjukkan nilai >75% yang berpengaruh kuat, dimana semakin dekat jarak RBD dengan pusat atraksi dan pusat kota menyebabkan jumlah fasilitas semakin banyak dan membentuk kawasan bisnis padat dan sebaliknya

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The development of the Mandalika Area in Central Lombok Regency is closely related to the determination of the Mandalika Special Economic Zone (SEZ) and the operation of the Mandalika International Circuit. The characteristic tourism potential is inseparable from the various beach tourism objects in the SEZ and its buffers, namely Kuta Beach, which is in the core area, and Selong Belanak Beach in the SEZ's supporting area. Regional development is seen through the emergence of business facilities spatially to form a Recreational Business District (RBD) spatial pattern. RBD consists of three components; Large Shopping Center (LSC), Commercial Pedestrian Street (CPS), and Urban Leisure Area (ULA). Quantitative methods include Nearest Neighbor Analysis (NNA) and density analysis or point density through Kernel Density Estimation (KDE), as well as the influence of distance from the city center and attractions measured by Linear Regression. Kuta Beach has a more significant RBD with 605 facility points, and Selong Belanak Beach has 103 points. The spatial pattern of the RBD of Kuta Beach and Selong Belanak has LSC and CPS categories which tend to condense in the shape of the terrain originating from the sea (coastal areas) and the use of agricultural land that was originally used as plantations. Through its road function, the spatial pattern of Kuta Beach RBD with LSC and CPS categories tends to condense linearly on collector roads, while Selong Belanak Beach is on local roads. The effect of the development of the Mandalika area shows a value of >75% means it has a strong influence, where the closer the RBD is to the center of attractions and the city center, the more facilities will form a denser business area"