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Chusnul Arif | Journal PapersCopyright Chusnul Arif [email protected]://chusnul_arif.staff.ipb.ac.id/journal-papers/
Journal Papers1. Ardiansyah, C. Arif, K. Wijaya., 2016. Nitrogen Uptake of SRI Paddy Field
Compare to Conventional Field. Jurnal Teknologi (Sciences and Engineering)78(1-2): 45-49
2. Arif, C., K. Toriyama, B.D.Apri Nugroho., 2015. “ Crop Coefficient And WaterProductivity In Conventional And System Of Rice Intensification (Sri) IrrigationRegimes Of Terrace Rice Fields In Indonesia”. Jurnal Teknologi (Sciences andEngineering) 75(15): 97-102.
3. Setiawan, B.I., C.Arif., Rudiyanto., M. Askari. 2015. “ Optimizing Irrigation andDrainage Rates in SRI Paddy Field. Jurnal Teknologi (Sciences and Engineering)75(15): 139-145
4. Hasanah, N.A.I., Setiawan B.I., Arif, C. Widodo, S. 2015. Evaluasi KoefisienTanaman Padi pada Berbagai Perlakuan Muka Air. Jurnal Irigasi Vol 10 (2):57-68)
5. Arif, C., Setiawan, B.I., Widodo, S., Rudiyanto, Hasanah, N.A.I., Mizoguchi, M.2015. Pengembangan Model Jaringan Syaraf Tiruan untuk Menduga Emisi GasRumah Kaca dari Lahan Sawah dengan Berbagai Rejim Air. Jurnal IrigasiVol.10(1): 1-10
6. Nurfaijah, Setiawan, B.I., Arif, C., Widodo., S. 2015. Sistem Kontrol TinggiMuka Air untuk Budidaya Padi. Jurnal Irigasi Vol. 10(2): 97-110
7. Setiawan, B. I, A. Imansyah, Arif, T. Watanabe, M. Mizoguchi, H. Kato. SRIPaddy Growth and Greenhouse Gas Emissions At Various Groundwater Levels.Irrigation and Drainage, Vol. 63(5): 612-620. December 2014
8. Arif, C, B.I Setiawan, M. Mizoguchi. 2014. Penentuan Kelembaban TanahOptimum Untuk Budidaya Padi Sawah Sri (System Of Rice Intensification)Menggunakan Algoritma Genetika (Determining Optimal Soil Moisture forSystem of Rice Intensification Paddy Field using Genetic Algorithms). JurnalIrigasi. Vol.9, No.1, Mei 2014.
9. Arif, C, I. Setiawan, M. Mizoguchi, S.K. Saptomo, Sutoyo, Liyantono, I W.Budiasa, H. Kato, J. Kubota. 2014. Performance of Quasi Real-Time Paddy FieldMonitoring Systems in Indonesia. Proceedings of the Asia-Pacific AdvancedNetwork. Vol.37. p.10-19/2014
10. Saptomo, S. K., B. I. Setiawan, Arif, Sutoyo, Liyantono, I W. Budiasa, H. Kato,T. Nakagiri, and J. Kubota. 2014. Field monitoring stations network forsupporting the development of integrated water resources management.Proceedings of the Asia-Pacific Advanced Network. Vol.37. p.30-41/2014
11. Doi R, Arif, B.I. Setiawan, M. Mizoguchi. 2014. Pixel Color Clustering ofMulti-Temporally Acquired Digital Photographs of a Rice Canopy byLuminosity-Normalization and Pseudo-Red-Green-Blue Color Imaging. ScientificWorld Journal Volume 2014, Article ID 450374
12. Setiawan, B. I., A. Imansyah, Arif, T. Watanabe, M. Mizoguchi, H. Kato. 2013. Effects of Groundwater level on CH4 and N2O Emissions under SRI PaddyManagement in Indonesia. Journal of Taiwan Water Conservancy. Vol.61, No. 4.P.135-146. 2013
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Chusnul Arif | Journal PapersCopyright Chusnul Arif [email protected]://chusnul_arif.staff.ipb.ac.id/journal-papers/
13. Arif, C., I. Setiawan, H.A. Sofiyuddin, L.M. Martief. 2013. Enhanced Water UseEfficiency by Intermittent Irrigation for Irrigated Rice in Indonesia. Journal ofIslamic Perspective on Science Technology and Society, Vol.1, No.1. p.12-17.2013
14. Doi, C. Arif, B.I.Setiawan., M. Mizoguchi. 2013. Quantitative Use ofLuminosity-normalized Grayscale Image of Greenness, Redness andYellowness of Rice Canopy Derived from Multi-temporally Acquired DigitalPhotographs. International Journal of Agriculture and Biology, Vol.15, No.4.p.707-712. 2013
15. Arif, C., I. Setiawan, H.A. Sofiyuddin, L.M. Martief, M. Mizoguchi, R.Doi. 2012. Estimating Crop Coefficient in an Intermittent Irrigation Paddy Field usingExcel Solver. Rice Science, Vol. 19, No.2.p. 143-152.2012
16. Arif, C.,I.Setiawan, M.Mizoguchi, R.Doi. 2012. Estimation of water balancecomponents in paddy fields under non-flooded irrigation regimes. Journal ofAgronomy. Vol.11, No.2.p. 53-59. 2012
17. Arif, C.,I.Setiawan, M.Mizoguchi, R.Doi. 2012. Estimation of soil moisture inpaddy field using Artificial Neural Networks. International Journal of AdvancedResearch in Artificial Intelligence (IJARAI), Vol. 1, No.1.p.17-21. 2012
18. Ahmad, U, D.M. Subrata, Arif. 2011. Speaking Plant Approach for AutomaticFertigation System in Greenhouse. International Journal of Signal Processing,Image Processing and Pattern Recognition, Vol. 4, No.3. 2011
19. Arif, C. Y.A. Purwanto, H. Suhardiyanto, Y.Chadirin. 2010. Aplikasi JaringanSyaraf Tiruan (JST) untuk Pendugaan Suhu Larutan Nutrisi yang Disirkulasikandan Didinginkan Siang-Malam pada Tanaman Tomat Hidroponik. JurnalKeteknikan Pertanian, Vol.24, No.3.p.115-120. 2010
20. Arif, C., S.K.Saptomo, B.I.Setiawan, M.A.Iskandar. 2009. Simulasi KomputerPenerapan Teknik Kendali Fuzzy Sederhana untuk Pengaturan Muka Air Tanahdi Lahan Padi SRI. Jurnal Irigasi, Vol.4, No.2.p.131-144. 2009
21. Suhardiyanto, H., Arif., B.I.Setiawan. 2009. Optimization of EC Values ofNutrient Solution for Tomato Fruits Quality in Hydroponics System UsingArtificial Neural Network and Genetic Algorithms. ITB Journal Science, Vol.41A,No.1.p.38-49. 2009
22. Arif, C. 2008. Penentuan Jadwal Irigasi Tetes untuk Budidaya Tanaman didalam Greenhouse dengan Pendekatan Kecerdasan Buatan (Determination ofDrip Irrigation Schedule for Plant Growth in Greenhouse Using ArtificialIntelligence Approach). Jurnal Irigasi, Vol.3 No.2.p.138-145. 2008
23. Suhardiyanto, H., Arif, Suroso. 2008. Fertigation Scheduling in HydroponicsSystem for Cucumber Using Artificial Neural Network and Genetic Algorithms.Buletin Agronomi, Vol. XXXVI No.1.p. 92-99. 2008
24. Suhardiyanto, H., A. Sapei., Arif, A.M. Patappa, B.D. Astuti. 2006. PLC-basedControl System for Nutrient Solution Supply Control in Drip Irrigation. JurnalDepartemen Ilmu Komputer, Vol. 4-No.2-Desember 2006
25. Arif C, B.I. Setiawan, R.P.A Setiawan, 2005. Error analysis in the Measurementof Evapotranspiration. Jurnal Keteknikan Pertanian, Vol 19. No 3, December,2005
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