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Priyono - -
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Agriculture, Biological Sciences & Forestry Earth & Planetary Sciences Environmental Science Social Sciences

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PEMANFAATAN LAHAN SEMPIT DI SEKITAR RUMAH UNTUK BUDIDAYA BELUT DAN IKAN LELE YANG PROSPEKTIF -, Priyono -
Joglo Vol 21, No 2 (2009): Joglo
Publisher : Joglo

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ABSTRACT Belut dan lele merupakan jenis ikan yang sudah dikenal luas dan lama oleh rakyat Indonesia, karena terdapat beberapa macam varitas ikan local hidupnya di perairan teruatama air tawar di seluruh wilayah Nusantara, disamping manfaatnya yang banyak untuk peningkatan pendapatan dan gizi masyarakat melalui penjualan berbagai macam bentuk berupa ikan segar, ikan kering, tepung, makanan siap saji, bibit dan lain-lain. Walaupun demikian budidaya dan pemasaran jenis ikan tersebut belum optimal secara ekstensif maupun intensif sehingga produksinya belum mampu mencukupi kebutuhan baik dalam negeri maupun ekspor. Adapun tujuan pelaksanaan program IPTEKS ini adalah untuk mengembangkan teknologi tepat guna melalui budidaya belut dan ikan lele pada lahan sempit sekitar rumah penduduk. Kegiatan ini dilaksanakan selama 10 bulan (persiapan tempat hingga pembuatan laporan), bertempat di Desa Mranggen, Kecamatan Polokarto, Kabupaten Sukoharjo, Jawa Tengah. Metode yang digunakan adalah demonstrasi pada lahan sempit sekitar rumah penduduk Dusun Dagas, Mranggen, Polokarto, Kabupaten Sukoharjo.  Kegiatannya meliputi penjelasan teori dan praktek/pelatihan, diskusi, penugasan, pendampingan yang menyangkut budidaya belut dan ikan lele kepada peserta / anggota kelompok tani, uraiannya: 1). Penebaran benih belut sebanyak 31 kg berukuran 7-8 cm yang ditempatkan pada 4 buah kolam pembesaran dalam plastik masing-masing berukuran 3x1, 5x1 m dan 1 buah kolam pembesaran dalam bak beton masing-masing berukuran 4x2x1m,yang masing-masing kesemuanya susunan media kolam (sekaligus sebagai makanan) tebalnya dari bawah (dasar) ke atas terdiri pasir / jerami 2 cm, lumpur 10 cm, jerami 10 cm, gedebog 10 cm, pupuk kandang 10 cm, lumpur 10 cm, air 10 cm; 2). Penebaran benih lele (ukuran 4-5 cm sebanyak 500 ekor) pada 1 buah kolam pembesaran dalam bak beton berukuran 3x1, 5x1 m dengan media cukup air tawar setinggi 80 cm. Makanan tambahan belut berupa sisa-sisa daging/tulang binatang yang sehat dan sisa-sisa bahan/makanan dari dapur, sedangkan makanan lele berupa sebagian kecil pellet (awal pertumbuhan), serta sebagian sayuran kangkung mentah. Panen dilaksanakan umur 3,5 bulan untuk lele, sedangkan belut berumur 10 bulan. Hasilnya : 1). Untuk lele sebanyak 416 ekor lele (83,2% hidup) berukuran masing-masing sepanjang 28-30 cm dengan total beratnya 416x297 g = 123,562 g = 123,562 kg. Sedangkan benih yang mati 84 ekor lele (16,8%). Derajat kehidupan benih berukuran 4-5 cm = 83,2% termasuk sangat baik, karena standarnya derajat kehidupannya 70 – 80%; 2). Untuk keseluruhan belut 150,05 kg. Kata kunci : Pemanfaatan lahan sempit, budidaya belut dan lele, prospektif
MASIH RENDAHKAH PARTISIPASI WANITA INDONESIA DALAM PEMBANGUNAN NEGARA ? WHAT INDONESIA LADIES PARTICIPATED DEVELOPING THEIR COUNTRY WAS STILL LAOW ? -, Priyono -
Joglo Vol 16, No 1 (2004): Joglo
Publisher : Joglo

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ABSTRACT   Human right or emancipation of men and women in Indonesia is the same. But many applicatings often occur many differences. Because many problems or many factors have affected them. Those many factors i.e : gender problem, the employment, social-culture, etc. Although many womans work professional on the job, namely director of many factories, the head of district, many rectors, many vice rectors or many deans of universities, ministry or president on their country , etc. But now everyone still ask about participating many womans to develop on their country or state development ? Or think still low ? Key words : Human right or emancipation, women participating, state development
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
Publisher : 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
Publisher : 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
PENERAPAN DIVERSIFIKASI MODEL PERALATAN DAN PERHIASAN RUMAH TANGGA YANG TERBUAT DARI BAN BEKAS KENDARAAN BERMOTOR DALAM RANGKA PEMBERDAYAAN MASYARAKAT EKONOMI LEMAH -, Priyono -
Exsplorasi Vol 17, No 1 (2005): Eksplorasi
Publisher : Eksplorasi

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INTISARI Pemberian pelajaran secara teknis dan praktis kepada masyarakat ekonomi lemah tentang pemanfaatan ban bekas kendaraan bermotor untuk peralatan dan perhiasan rumah tangga merupakan salah satu bentuk upaya pemberdayaan masyarakat dalam rangka peningkatan IPTEKS, di samping memanfaatkan limbah juga ikut menjaga kebersihan lingkungan. Metode yang digunakan adalah tatap muka, pendidikan dan pelatihan (teknis pembuatan produk secara mandiri, teknis pemasaran dan pencarian peluang pasar). Barang yang dibuat meliputi profil binatang & peralatan rumah tanga seperti ayam, kuda, sapi, lemari, vas bunga dll. Hasil yang diharapkan terciptanya usaha kecil baru dan terbentuknya took (tempat usaha kecil) walaupun modalnya secara patungan sebagai sarana pemasaran/penjualan hasil karyanya terutama dalam rangka menopang kehidupan ekonomi keluarganya.   Kata kunci : Diversifikasi usaha, Pemanfaatan ban bekas, Peralatan dan perhiasan rumah tangga, Pemberdayaan masyarakat ekonomi lemah.
ANALISIS TANAH DAN PENARUH PENANAMAN UNTUK MENILAI TINGKAT KESUBURAN TANAH BEKAS GALIAN PENGRAJIN BATA MERAH DI DESA KALING KECAMATAN TASIKMADU, KABUPATEN KARANGANYAR -, Priyono -
Exsplorasi Vol 18, No 1 (2006): Eksplorasi
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ABSTRACT The research had been conducted at Kaling, Tasikmadu, Karanganyar, Central Java since April 10, 2002, until September 10, 2002. The elevation the here was 105 m above sea level and soil type was Litosol. The purpose of this research was to know the degree of the land capability and land suitability had been analysed the soil (Litosol) and the plant (Soy bean). The factorial method was used in the research based on the Randomized Completely Block Design (RCBD) with one factor of treatment four times replicated. The factor of treatment follows : 0 ton/ha (KO), 15 ton/ha (K1), 30 ton/ha (K2), 45 ton/ha (K3). Before and after planted the soil was analysed namely N-total, C-organic, P-tsd, pH, ECEC, Ca-tsd, Mg-tsd. The result of this research indicated that: 1. The dosage treatment from the waste of the sugar’s manure (blotong) showed of not significant effect to all parameters observed, but showd of significant effect on the first all dry biomass.2. The result of soil analyse before planted was very low, and after planted so too.3. The highest vield was reached by treatment of K1 = 6,08 kw/ha of dry seeds, but the lowest vield was reached by treatment of K0 = 3,74 kw/ha of dry seeds. Key words : Soil analyse, plant analyse, evaluation, soil fertility, land capability, land suitability, litosol.  
PENGARUH JENIS BAHAN ORGANIK DAN KONSENTRASI PUPUK ORGANIK CAIR TERHADAP PERTUMBUHAN DAN HASIL TANAMAN KACANG HIJAU (Phaseolus radiatus L.)” Renasari, Novita -; -, Priyono -; Ariyantoro, Hadi -
Innofarm:Jurnal Inovasi Pertanian Vol 12, No 2 (2013): Innofarm
Publisher : FAKULTAS PERTANIAN UNIVERSITAS SLAMET RIYADI

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The research on :"The Effect of Material Type and Concentration Organic Liquid Organic Fertilizer and Crop Growth Of Green Beans (Phaseolus radiatus L.)" was held from 6th April 2013 to date 22th Juny 2013 at the Experimental Garden of the Faculty of Agriculture, University Slamet Riyadi which is located in the Village Kadipiro, Subdistrict Banjarsari, Town Surakarta. This research uses the basic design of RGD (completely randomized design) are arranged in a factorial with 2faktor treatments and 3 replications. Data were analyzed using analysis of Variety, followed by Test Honestly Significant Difference (HSD) at 5% significance level. The results of research show that, 1) type of organic matter is the best manure, because it can increase the yield of green bean plants are optimally weight of 100 seeds on average 5.33 g per crop and pod yield an average of 19.68 g, 2) best LOF was 10 cc / l of water, because it can increase the yield of green bean crop that optimal weight of 100  seeds on average 5.36 g per crop and pod yield an average of 19.67 g, interaction best treatment is a combination of LOF concentration of 15 cc / l of water with rice husk (4 branches per crop. Key words : Material Organic, Organic Liquid Organic Fertilizer,  Green Beans
KAJIAN TENTANG SIFAT FISIKA, KIMIA, DAN BIOLOGIS TANAH PERTANIAN YANG RENTAN LONGSOR DI LERENG BAGIAN BARAT GUNUNG LAWU WILAYAH KABUPATEN KARANGANYAR, JAWA TENGAH -, Priyono -; Triyono, Kharis -; -, Martana -
Innofarm:Jurnal Inovasi Pertanian Vol 11, No 1 (2013): INNOFARM
Publisher : FAKULTAS PERTANIAN UNIVERSITAS SLAMET RIYADI

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ABSTRACT Research goals: to determine the qualitative and quantitative nature of the Agricultural Soil Landslide Prone on the slopes of the Western Region District Karanganyar Lawu Volcanic following   soil classification and the factors that affect soil formation. This research through a survey with primary data collection techniques in observation (boring and soil profile descriptions) as well as laboratory analysis of soil physical properties in particular.Place of research on landslide prone soils: Kec. Karangpandan / Ds Gerdu, district. Tawangmangu / Ds Plumbon, district.Ngargoyoso / Ds.Nglegok, district. Jatiyoso / Dsn Margorejo, district. Jenawi / Ds Seloromo, district. Kerjo / Ds Plosorejo. The time is August until October2011 In conclusion: 1). Regional District. Karanganyar including landslide-prone areas of the existing 17 districts there are 12 to 15 districts are prone to landslides So every time the rainy season there are certain areas affected by landslides, 2). Lawu as one important source of agricultural production in the district.Karanganyar; 3). Soil properties in the Regional District.Karanganyar quite fertile making it suitable for most agricultural business district areas. Karanganyar have properties and the same relative level of landslides (soil properties, geographic conditions, and weather); 4). The area around the avalanche (avalanche prone) still has good potential for farming as long as accompanied by environmentally sound land conservation efforts; 5). Soil Forming Factors that influence: climate, parent material (G. Lawu), and organisms (organic material and vegetation); 6). The results of soil classification obtained andosol name (PPT Bogor and FAO / UNESCO) or Hapludands (USDA Soil Taxonomy) for Ds.Plumbon Kec.Tawangmangu, and Kambisol (PPT Bogor and FAO / UNESCO) or Eutropepts (USDA Soil Taxonomy) for Ds. Plosorejo Kec.Kerjo, Ds. Nglegok district.Ngargoyoso, Ds Seloromo district. Jenawi, Dsn Margorejo district. Jatiyoso, Ds Gerdu district. Karangapandan., Key words: Assessment, Nature Landslide, Slope Mountain.
Co-Authors Hadi - Ariyantoro Kharis Triyono Martana - - Novita - Renasari Sarwono - - Sarwono - -