0889 Adoption of the System of Rice Intensification (SRI) in Indonesia to Increase National Rice Production and to Reduce Methane Emissions from Rice Fields
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Presenter: Fitri Ardi, Dian Nareswari, Nia Kesuma Megasari, Ahmad Jatika, Suichi Sato and Iswandi Anas Workshop on SRI at the Ministry of Agriculture, Jakarta
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Mehr von SRI-Rice, Dept. of Global Development, CALS, Cornell University
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0889 Adoption of the System of Rice Intensification (SRI) in Indonesia to Increase National Rice Production and to Reduce Methane Emissions from Rice Fields
- 1. Fitri Ardi 1 , Dian Nareswari 1 , Nia Kesuma Megasari 1 , Ahmad Jatika 2 , Suichi Sato 3 dan Iswandi Anas 1
- 2. Iswandi Anas, D. K. Kalsim, Budi I. Setiawan, Yanuar and Sam Herodian Bogor Agricultural University (IPB) Presented at workshop on S.R.I at Ministry of Agriculture, Jakarta, June 13, 2008
- 5. Yield Productive Tiller Sugiyanta , 2008 (IPB) BOGOR CONVENTIONAL 5.0 T/HA S.R.I. 7.5 T/HA Presented at workshop on S.R.I at Ministry of Agriculture, Jakarta, June 13, 2008
- 6. S.R.I EXPERIMENT AT SAMPOERNA ENTREPRENEURSHIP TRAINING CENTER, PANDAAN , EAST JAVA, 2008 (Herodian et al . 2008) Presented at workshop on S.R.I at Ministry of Agriculture, Jakarta, June 13, 2008 PARAMETERS NON-S.R.I. S.R.I SRI GUNTING (30 X 30 CM) S.R.I. GUNTING ORGANIC S.R.I NO. PRODUCTIVE TILLERS 23 15 19 54 NO. GRAINS PER PANICLE 33 166 154 215 WEIGHT 1,000 GRAINS (g) 25.0 27.5 29.7 31.7 YIELD AT HARVEST (T/HA) 5.7 9.3 8.3 10.8 YIELD AT 14% WATER CONTENT (T/HA) 5.5 8.9 8.0 10.5
- 13. Emisi CH 4 (mg C m -2 Jam -1 ) METHANE EMISSION
- 14. Emisi N 2 O (mg N m -2 Jam -1 ) N2O EMISSION
- 15. YIELD TREATMENT YIELD (T/HA) % INCREASE OVER CONV. CONVENTIONAL 8.6 0 INORGANIC SRI 11.0 29 ORGANIC SRI 9.4 9 ORGANIC SRI + BIOFERTILIZER 9.5 10