Int. J. Agr. & Agri. R.
Int. J. Agr. & Agri. R. Straw weight The maximum straw weight was found in B ong>ofong> F2. The B ong>ofong> F0 showed the minimum straw weight. The highest straw weight (1800gm) was found in L ong>ofong> F2 ong>fertilizerong> ong>andong> lowest in F0 ong>ofong> B. The ANOVA table reveals that the item ong>fertilizerong> (F) was significant for straw weight at 0.1% level. The ong>plantingong> ong>methodsong> (M) were significant at 5% level. the item ong>plantingong> ong>methodsong> (M) ong>andong> interaction between (F×M) are non-significant. LSD value shows that in respect ong>ofong> straw weight F2 ong>andong> F1 was highly significant but F1 ong>andong> F0 were not significantly difference .The value also shows that L ong>andong> T were not significantly ong>differentong> but B was significantly ong>differentong>. Table 9. Mean performance on the character ong>ofong> straw weight. The mean difference was tested by LSD. Planting ong>methodsong> F0 Fertilizer F1 F2 B 510 880 1096.66 L 396.66 1143.33 1800 T 520 903.33 990 Mean 475.55c 975.55AB 1295.55A ab=Variation between ong>plantingong> ong>methodsong> AB=Variation between ong>fertilizerong> Table 10. Analysis ong>ofong> variance ong>ofong> all the characters with level ong>ofong> significance. Item F Value PH DM FLL FLB TTN FTN GW 1000 SW GW Replication 1.915n 1.47n 0.79n 1.12n 0.79n 2.575n 1.743n 0.50n 3.04n Fertilizer 221.33s 136.79s 134.15s 66.61s 7.29s 22.56s 54.65s 7.47s 19.31s Methods 16.06s 101.06s 0.42n 0n 3.36s 36.30s 11.63s 1.59n 3.33s F × M 0.33n 15.84s 0.8n 0.96n 0.91n 11.32s 4.76s 1.66n 2.47n n = Non significant, where p>0.05 ong>andong> s = Significant, where p
Int. J. Agr. & Agri. R. efficiently to produce grain than broadcast seeded rice. inter congress meeting ong>ofong> Commission IV.BARC.Dhaka., p. 478-504. The percent increase ong>ofong> grain ong>andong> straw yields ong>andong> other character that influenced the yields due to ong>differentong> ong>plantingong> ong>methodsong>. The results indicate that BRRI Dhan 39 responded better to the T method rather than from B. But among the ong>plantingong> method T ong>andong> L was similar response. Same results were given in a technology transfer meeting BARC Shampur, Rajshahi, in June 28-30, 1999. Chatterjee BN, Maiti S. 1985. Principles ong>andong> practices ong>ofong> rice growing. Oxford ong>andong> IBM Publishing Co.London. p. 40-47. De datta SK. 1978. Fertilizer management for efficient use in wet long>andong> rice soil. Soils ong>andong> rice. Int. Rice Res. Instr. Los Banos. Loguna, Philippines, PP.671-701. References Ahmed M, Rahman,S. 1991. Influence ong>ofong> organic matter on the yield ong>andong> mineral nutrition ong>ofong> modern rice ong>andong> soil properties. Bangladesh rice J. 1, 107- 112. Azim SMA. 1999. ong>Effectong> ong>ofong> sulphur, Zinc ong>andong> boron supplied from manures ong>andong> ong>fertilizerong>s on BRRI Dhan 29. M.S. Thesis. Dept. Soil Sci., BAU, Mymensingh Hoque MA. 1999. Response to BRRI 29 to sulphur,Zinc ong>andong> boron supplied from manners ong>andong> ong>fertilizerong>. M.S. Thesis, Dept. Soil Sci. BAU. Mymensingh. Halder KP, Chowdhury A. 1997. ong>Effectong> ong>ofong> ong>plantingong> ong>methodsong> Nitrogen Rates on thye yield ong>andong> yield components ong>ofong> Aus.Rice Grown under Rainfed condition at the coastal area ong>ofong> Bangladesh. Bangladesh J. Agril. Sci. 27 (1), 59-64. Alim A. 1982. Bangladesh Rice.18 Garden Road, Dhaka 15.Bangladesh (1st edn) PP.96-99. Akita S. 1989. Physiological aspects for improving yield potential in tropical rice culture, In: Progress in Irrigated Rice Research, PP 41-76, International Rice Research Institute, ong>andong> Manila. Philippines. BARC. 1997. Fertilizer Recommendation Guide, BARC, Soils Pub,. No.41.Dhaka. Bhuiyan NI. 1980. Study ong>ofong> nitrogen in soil plant system in relation to growth ong>andong> yield ong>ofong> wetlong>andong> rice as influenced by n-supply ong>andong> crop management. Thesis for the degree ong>ofong> Doctor ong>ofong> Philosophy. Graduate school ong>ofong> cornell University, USA, p. 3. Bhuiyan NI, Zaman SK. 1984. study on the potential ong>ofong> organic materials relative to chemical ong>fertilizerong>s for wet long>andong> Rice culture. Proc. ong>ofong> the Khanam M, Rahman MM, Islam MR, Islam MR. 2001. ong>Effectong> ong>ofong> marcures ong>andong>ferttilizer on the growth ong>andong> yioeld ong>ofong> BRRI Dhan 30, Pakistan J. ong>ofong> Bio. Sci. 4 (2), 172-174. Khan MMR. 1998. ong>Effectong> ong>ofong> Cowdung . Poultry manures ong>andong> urea-N on the growth ong>andong>yield ong>ofong> BRI29.M.S. Thesis Dept.Soil. Sci. BAU, Mymensingh. Mohmmad TJ, Haider A. 2001. Influence ong>ofong> sowing Methods ong>andong> Mulching on yield components ong>ofong> Wheat. Pakistan Journal ong>ofong> Biological Sciences4 (6), 657-659, 2001. Sardar N. Aong>andong> Rosario EL. 1994. ong>Effectong> ong>ofong> ong>plantingong> ong>methodsong> on crops establishment, growth ong>andong> yield ong>ofong> magbean after rainfed wet long>andong> rice, Bang. j.Agril.Sci. 21 (2), 223-233. 14