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Priyono - -
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PEMBERDAYAAN PETANI MELALUI PENDAYAGUNAAN LAHAN YANG EFEKTIF DAN SISTEM AGRIBISNIS MODERN Priyono - -
Joglo Vol. 15 No. 2 (2003): Joglo
Publisher : Joglo

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ABSTRACT Effect the population density in Indonesia to their land reduce until 0,4 ha per person. Because their land is used to develop many factories, offeces, shopping centres, houses, roads, etc. The farmers rising problem about decreasing plant production such as rice, corn, soya bean, peanut, etc. Because they are needed to solve the problem, to give their motivation and the real thing, to improve their economics and their life by using effective land use and agrobussiness modern system. The read forms are : 1) increase self respect and prestige of farmers by land use reform/agrarian reform, 2) by using narrow land in order to increase the effective and sustainable use, 3) to be expects in post harvest and processing in agriculture product, also to be good capable in marketing, 4) to give learning and taining, to conctruct in agrobussiness modern too, 5) regulate the rule trading agriculture commodities which are more benefits, 6) to provide hardware and software agriculture commodities, 7) to control stability price and care more benefits for farmers. Key word : Rise the efforts farmers, land use, and agrobussiness modern system
ANALISIS SWOT UNTUK MANAJEMEN KEGIATAN KEMAHASISWAAN Priyono - -
Joglo Vol. 16 No. 2 (2004): Joglo
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ABSTRACT In many instances, using the design approach would be unwarranted and perhaps even inappropriate. This would be particularly true in situations where a firm needs to develop its strategies through a learning process. The SWOT analysis, for example, could become a process dominated by a few individuals in a closed room, similar to a classroom case study discussion. Key Words : The analysis SWOT, strategy, learning process
PEMETAAN TANAH PERTANIAN YANG RENTAN LONGSOR DI SEKITAR PUNCAK GUNUNG LAWU Priyono - -; Sarwono - -
Joglo Vol. 24 No. 1 (2012): Joglo
Publisher : Joglo

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ABSTRAK Tujuan penelitian: 1).Untuk memperoleh data  lahan pertanian di sekitar puncak lereng bagian barat G. Lawu wilayah Kabupaten Karanganyar yang rentan longsor  tahun 2010  & 2011.; 2).Untuk menyediakan peta tanah pertanian yang rentan longsor. Metode yang digunakan survey study kasus lewat observasi & interview (data primer) dan study pustaka (data sekunder): tentang terjadinya tanah longsor, jumlah lahan dan luasnya longsoran, dampakn dan pengendaliannya di Karanganyar pada tahun 2010.& 2011  Analisis Data Deskriptif dan Analisis Inferensial yakni data yang diperoleh dikumpulkan dikelompokkan / diklasifikasikan, ditabulasi terus disajikan dalam bentuk tabel, grafik dan peta. Lokasi di Kecamatan Tawangmangu, dan Kecamatan Ngargoyoso dan waktunya Maret s/d Juli 2011. Kesimpulannya: 1). Daerah Tawangmangu adalah daerah yang: a).relative altitudenya / ketinggian tempat (= 800-1000 m dpl) dan volumenya & hari hujan (121) lebih tinggi mengalami frekuensi kelongsoran (=10) yang lebih tinggi dibanding Ngargoyoso dengan frekuensi kelongsoran (=9,) tinggi tempat (750-1000 m dpl), volumenya & hari hujan 85 HH. Sedangkan luas lahan kritisnya Tawangmangu (714 Ha) justru lebih rendah daripada Ngargoyoso (1.294,50 Ha); b). memiliki perkembangan dan jenis tanah relative sama yakni Seputar Andosol dan Latosol; c).merupakan daerah strategis, yakni tempat arus lalu lintas bisnis terutama sembako, pariwisata, penghasil hortikultura (sayuran, buah-buahan, bunga-bungaan), perkebunan kopi, teh, pinus dan karet, catchment area, berhawa segar dan sejuk, penyangga utama G.Lawu; 2). Pada hakekatnya penyebab kerusakan tanah di sini selain disebabkan oleh longsornya tanah dan erosi lainnya, juga oleh  ulah manusia yang tidak terkendali.   Kata kunci: pemetaan tanah, tanah longsor, faktor penyebab kerusakan tanah
UPAYA MENGURANGI EMISI GAS RUMAH KACA (GRK) DALAM SISTEM BUDIDAYA PERTANIAN DENGAN PENGGUNAAN BAHAN ORGANIK Priyono - -
Joglo Vol. 24 No. 1 (2012): Joglo
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ABSTRAK Upaya mengurangi GRK tersebut sekaligus meningkatkan hasil tanaman dapat melalui pemberian bahan organic (pemupukan bahan organic & system pertanian organic/SPO). Di Indonesia melalui: 1).Pemberian pupuk kandang dan amelioran (tanah  laterit) pada tanah gambut di Kebun Karet Kalteng  telah menghasilkan emisi  CO2 ( 15,20 % dan 21,90 %) lebih rendah dibanding control (tanpa perlakuan); 2).penyebaran pupuk kandang di permukaan tanah akan menekan kehilangan  unsur N dan  P; 3). Pengembalian residu pertanian ke dalam tanah;  4). SPO (termasuk system padi SRI Organik); 5). Pertanian Terpadu Berbasis Sumberdaya Lokal; 6).Pengembangan system  irigasi hemat air; 7). Sistem pertanian tekno- ekologis (ramah lingkungan) sesuai kondisi (Model 1 sampai Model 5): a). Model 1 (Pola diversifikasi non integrasi, atau hubungan/ pembentukan rantai makanan tanpa teknologi baru); b). memasukkan teknologi ramah lingkungan yang selalu meningkat efektivitasnya sesuai urutan model (model 2 sampai model 5 ). Di Inggris lewat SPO telah menghasilkan: 1). 3.200.000 ton unsur C dapat diserap oleh tanah setiap tahun; 2). Kombinasi savana  dan SPO menghasilkan  unsur C mampu menekan emisi CH4 dari domba; 3). Praktek SPO secara luas dapat menyerap 11 % unsur dari total emisi GRK atau menyerap 23 % emisi C lewat penggaraman C. serta mengurangi emisi unsur C (GRK) yang besar pula sekaligus telah membuat pertanian seluruh dunia lebih tahan terhadap dampak iklim ekstrim   Kata kunci: gas rumah kaca, penggunaan bahan organik, sistem pertanian organik ABSTRACTS The effort to reduce GHG while improving crop yields can be through the provision of organic material (fertilizer and organic material organic farming system / SPO). In Indonesia through: 1). Provision of manure and amelioran (laterite soil) on peat soil in Central Kalimantan, rubber gardens have produced CO2 emissions (15.20% and 21.90%) lower than the control (no treatment), 2). spread manure on the soil surface will suppress the loss of elements of N and P, 3). Returns of agricultural residues into the soil, 4). SPO (including organic SRI rice system); 5). Local Resource-Based Integrated farming; 6). Development of water-saving irrigation system; 7). Techno-ecological farming systems (green) according to the conditions (Model 1 to Model 5): a). Model 1 (non diversified pattern of integration, or ties / formation of the food chain without new technology); b). incorporate environmentally friendly technology that is increasing its effectiveness in the order model (Model 2 to Model 5). In the UK through the SPO has resulted in: 1). 3.2 million tons of elements of C can be absorbed by the soil each year; 2). Combination of savannah and SPO generates C elements can reduce CH4 emissions from sheep, 3). SPO is widely practice can absorb 11% of total GHG emissions element or absorb 23% of emissions by salting C. C. as well as reducing emissions of elements of C (GHGs) are greater at the same time has made the whole world agriculture more resilient to the impact of extreme climate Keywords: greenhouse gases, the use of organic materials, organic farming systems
Co-Authors Hadi - Ariyantoro Kharis Triyono Martana - - Novita - Renasari Sarwono - - Sarwono - -