LRP-Agriculture
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Browsing LRP-Agriculture by Author "Armaini"
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Item Kajian Teknologi Spesitlk Lokasi Tanaman Padi {Oryzu Saliva L) Untuk Lokasi Alih Fungsi Lahan Pangan ke Kebun Sawit di Kawasan Pasang Surut Type B Kuala Cenaku.(2013-01-09) ArmainiThe low production rice field paddy which is planted by palm oil trees (Elaies ^uannensis. Jaq) on Kuala Cenaku tidal land, were caused by difficulty in irrigation system, limited exposure to sun light, and degradation of soil affter reclamation. The planting of IR 42 and Senapi with SRI method using 3 combinations of fertilizer on full exposure and half exposure (50%) to sun lights was hoped to be the solution of these problems. The method of this .study was split plot design with the primary plot is variety, and fertilizer as secondary plot. The best soil quality improvement was from K3. fR 42 variety is better than Senapi for its growing and production in condition full and half exposure to sun light.There was decreasing in production of IR 42 for 32 % and decreasing in weight of IR 42 for 1000 seeds as much 12 %, while Senapi 31 % and 24 % respectively, both in half exposure area to sunlight. In order to get optimal production of paddy {Oryza Saliva. L), it is recommended not to do intercropping between palm oil tree and paddy unless it needs to investigate a tolerable variety if intercropping keeps done.Item Pengaruh Bokashi dan Pupuk Nitrogen Dalam Meningkatkan Kualitas Bibit Cabe Merah Di Pembibitan(2013-01-04) Venita, Yunel; ArmainiBokashi didapat dengan metode pengomposan bahan organik berupa daun-daun tumbuhan hasil pemangkasan yang dicincang (dipotong kecil), dicampur dengan tanah dan pupuk kandang, serta diberi effective microorganisme -4 (EM-4) yang merupakan bahan organik dengan cara sederhana dan mudah menjadi kompos. Bokashi merupakan bahan-bahan organik yang difermentasi dengan EM-4 seperti bakteri fotosintetik, bakteri asam laktat, ragi, actinomycetes dan jamur fermentasi. Bokashi dapat memperbaiki kesuburan tanah karena mengandung unsur hara (nitrogen, fosfor, kalium, Ca, Mg), meningkatkan kapasitas takar kation, meningkatkan pH pada tanah masam. Umumnya tanaman hortikultura, salah satu di antaranya adalah tananian cabe membutuhkan unsur hara makro dan mikro yang lebih banyak dibandingkan tanaman pangan. Unsur Nitrogen yang terkandung di dalam pupuk urea dapat menambah kesuburan tanah, membantu pertumbuhan tanaman pada fase pertumbuhan vegetatif.