SIMULASI BANJIR JAKARTA DENGAN MENGGUNAKAN MODEL NUMERIK WRF v3.5.1 ( Studi Kasus : 17 Januari 2013 )
Abstract
January 17th, 2013, There was a big flood caused by heavy rainfall that paralyzed the entire city of Jakarta so that all the activities on that day paralyzed. WRFv3.5.1 is numerical weather models developed for atmospheric research activities and for operational weather forecasts daily. By using the data input FNL (Final Analysis) to run the WRF v3.5.1, it can be shown simulated heavy rainfall events in Jakarta from night until noon that paralyzed activities at the time.
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Kantor Berita Antara, “Kerugian Akibat Banjir Jakarta diperkirakan Rp 20 Triliun”, http://www.antaranews.com/berita/354430/kerugian-akibatbanjir- jakarta-diperkirakan-rp20-triliun. (Diakses 30 September 2014)
Harian Kompas, “Banjir Jakarta Kerugian Ekonomi CapaiRp1Triliun”,http://bisniskeuangan.kompas.com/read/2013 /01/21/0755459/Banjir.Jakarta.Kerugian.Ekonomi.Capai.Rp.1.T riliun.(diakses 30 september 2014).
Liputan6.com, “Kerugian PLN akibat banjir Jakarta naikjadiRp116Miliar”,http://bisnis.liputan6.com/read/497642/ke rugian-pln-akibat-banjir-jakarta-naik-jadi-rp-116-miliar. (diakses 30 september 2014).
Dudia, Jimy “The WRF Model : 2012 Annual Update”, 13th WRF Users’ Workshop, NCAR, 2012.
Dudia, Jimy “WRF Version 3.2 : New Features and Update”, 11th WRF Users’ Workshop, NCAR, 2010.
Stasiun Klimatologi Pondok Betung “Analisis Kejadian Banjir DKI Jakarta (17 Januari 2013). Staklim Pondok Betung, 2013.
Subarna, Dadang “Simulasi cuaca daerah Padang”, Berita Dirgantara Vol. 9 No.3, September 2008.
Gernowo, Rahmat, The Houw Liong, et.al, “Model Cuaca Regional WRF Untuk Analisa Dinamika Awan Hujan Ekstrim DKI–Jakarta; Studi Kasus Februari 2007”, JTM vol. XIV, No. 4/2008, FIKTM, ITB, Bandung, 2008.
Fovell, Robert “WRF Tutorial for 3.0.1.1/ synoptic Lab”, UCLA, 2009.
Wei wang, Dave Gill “Set Up and Run WRF”, WRF Users’ Workshop, NCAR, 2007
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