000			02273nam a22003857i 4500
001			B-12601
003			CO-BoFNCP
007			t||
008			090928s2008 my a f z eng d
040			_aCO-BoFNCP _bspa _cCO-BoFNCP _erda
041			_aeng
043			_amy
084			_aA-
100	1		_aAlam, K. M., _eautor. _4aut _941372
245	0	0	_aIntegrated use of organic manure and inorganic fertilisers on soil fertility and productivity of sugarcane.
264		4	_c©2008
300			_apáginas 243-251 : _bTablas.
336			_atexto _btxt _2rdacontent
337			_asin mediación _bn _2rdamedia
338			_avolumen _bnc _2rdacarrier
504			_aIncluye referencias bibliográficas.
520			_aA field experiment was conducted at Chuadanga (High Ganges River Floodplain-AEZ 11), Gazipur (Madhupur Tract-AEZ 28) and Thakurgaon (Old Himalayan Piedmont Plain-AEZ 1) to develop an economically suitable combination of organic manure and inorganic fertiliser for sustaining sugarcane yield. At Chuadanga, the highest cane yield (129.47 t/ha) was recorded in T3 treatment that received farmyard manure at 10 tonnes per hectare and inorganic fertiliser based on integrated plant nutrition system (IPNS), which was 19 percent increase in yield over only inorganic fertiliser as per recommendation. But at Gazipur and Thakurgaon, the treatment T2 and T4 that received poultry litter and press mud at 10 tonnes per hectare with IPNS based inorganic fertilisers gave highest sugarcane yields of 109.16 and 59.22 tonnes per hectare, which was 21 percent and 2 percent yield increase over only inorganic fertiliser, respectively. The highest gross margins of Bangladesh Taka 1 54 611, Taka 66 446 and Taka 1 26 268 per hectare were obtained with T3, T4 and T2 at Chuadanga, Thakurgaon and Gazipur, respectively.
650		0	_aCaña de azúcar. _94500
650		0	_aFertilizantes inorgánicos _930275.
650		0	_aSuelo. _925722
700	1		_aBokhtiar, S. M. _941373.
700	1		_aHaque, M. A. _941374.
700	1		_aIslam, N. _941375.
700	1		_aMannan, M. A. _941376.
700	1		_aPaul, G. C. _941377.
773	0		_aThe Planter (Malasia) _gv. 84, no. 985 (2008), p.243-251 _wA- _x0126-575x
942			_2z _c1
999			_c26573 _d26573
999			_z1