Kabupaten Merauke adalah penghasil tanaman padi terbesar di wilayah paling timur Indonesia. Merauke memiliki potensi lahan pertanian yang sangat besar. Ada beberapa halaman web yang memberikan informasi tentang lahan pertanian Merauke. Tetapi belum ada yang memberikan informasi menggunakan map digital. Pada penelitian ini, penulis mengintegrasikan sistem informasi lahan pertanian Merauke dengan openstreetmap. Kami menggunakan openstreetmap untuk menampilkan lokasi dan informasi dalam bentuk peta digital pada sistem informasi. Informasi yang ditampilkan adalah nama distrik dan potensi lahan baik basah(PLB) maupun kering(PLK). Sistem yang dibuat berjalan dengan baik dengan menampilkan lokasi dan informasi lahan pertanian dari 20 distrik pada map digital. Total potensi lahan dari 20 distrik tersebut adalah 1238976,82 hektar. Dengan adanya sistem ini, kita tidak perlu mengubah gambar peta lagi jika ada perubahan data.
This Geographical Information System Mapping and Analysis Study aims to map and analyze the range of potential seed plant returns in several sub-districts in Merauke, which consists of several criteria for structural land use and land use intensity. Building Management, Circulation and Connecting Systems, Open Space and Green Systems, Quality Environmental Management, Environmental Infrastructure and Utilities Systems and Building and Environmental Conservation. This research was made using Simple Additive Weighting (SAW) which allows the search for optimal alternative solutions and the latest technological developments related to a method and presentation of information. The final result of this research is that web-based GIS is expected to be a source of reference / reference that is easily accessed by stakeholders related to agriculture, providing an overview of the various potentials of farming, especially sub-districts that have potential. availability of suitable land, provides an overview of the quantity of agricultural land use that has been utilized, and can be used as a guideline for policy development in the field of superior agriculture at the regional and national levels.
Fire is a problem that can happen at any time. Delay in coping with house fires can induce in loss of human life or material. If the fire is not held severely, incidents like house fires can occur and create more significant losses, especially with the increasing number of residents’ settlements in the formation of huddled houses, which will be more challenging to handle in case of a fire. This research aims to build a prototype system that quickly helps house owners and firefighters to detect fires and gas leaks. This home fire detection system is utilized to measure room temperature and gas levels in a room, then the output of this system is sending information of short messages and alarms. The results revealed that the prototype room with a scale of 1:25, 1:50, and 1:75 which uses a temperature sensor and a gas sensor could run as desired. In 10 testing trials, the system works according to the designed plan, which means the system could interpret the temperature and gas leakage of a room, then the system will send a short message and ring the alarm.
Indonesia terus menunjukan kemajuan pada sektor pertanian, yang tidak dirasakan oleh seluruh rakyat Indonesia, hal itu menjadi ironi mengingat disebuah Negeri agraris yang kaya akan pertanian dan sempat menjadi satu pusat perdagangan dunia. Kemajuan teknologi yang semakin meningkat, dan melihat berbagai faktor kebutuhan masyarakat akan estimasi yang akurat, metode interpretasi dengan citra menggunakan drone dirasa dapat menjawab kebutuhan masyarakat terutama petani serta pemerintah setempat untuk menentukan estimasi hasil pertanian yang lebih cepat dan akurat dengan tidak terlepas dari parameter pendukung seperti tanaman yang ditanam dan spesifikasi bibit memuat informasi mengenai satuan berat hasil rata-rata produksi yaitu dalam ton/ha. Dengan pemanfaatan teknologi perangkat drone dapat dilakukan Intrepretasi pertumbuhan produksi tanaman padi per-satuan luas dalam satu periode tanam, mengingat Interpretasi pertumbuhan tanaman padi dengan citra berpatokan pada sembilan unsur yakni Rona dan Warna Rona, Tekstur, Bentuk, Ukuran, Pola, Situs, Bayangan, Asosiasi, serta Konvergensi Bukti
The propeller casting training was carried out in Waninggap Nanggo village by involving youngpeople who were given casting training in order to make a ketek motor propeller, so as to producereliable human resources (HR) in Waninggap Nanggo village who of course would provideprovisions for the use of increasingly developing technology. Purpose Casting training for homeindustries is a technology in which village youths are trained to be able to do casting whose rawmaterial comes from used aluminum which also has good mechanical properties because there isa mixture of the alloys found in the aluminum. In the ketek motor propeller casting training is atraining that uses a crucible furnace as a tool for melting aluminum, where the use of the fuelused certainly has an influence during the aluminum smelting process, so bus wood is analternative because bus wood is widely available in Merauke district bus wood has a goodcalorific value in the aluminum smelting process, which is around 3928 - 4106 kcal / kg. Thishousehold-scale casting industry training is also a new idea, because in Merauke district there isno aluminum casting industry, especially the manufacture of two blade (two-leaf) outboard motorpropellers with a size of 10 mm and managed to produce 5 propellers from the training results.implemented, therefore this training will continue to be developed so that the community inWaninggap Nanggo village because in this training the community has been able to make anoutboard / ketek motor propeller which is usually used alone or can be used as a livelihood forthe community who of course work together. with the village government of Waninggap Nanggoso that it can continue to be developed.
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