Study on the Morpho-physiological Character of Four Quality Protein of Maize (Corn)

S. Mondal, M. Rahman
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Abstract

The experiment was conducted to find out the morpho-physiological variability in response to different sowing dates in four lines of Quality Protein Maize (QPM) in in the Field Laboratory of the Department of Crop Botany, Bangladesh Agricultural University, Mymensingh. The study was carried out with four lines of maize and two sowing dates, 15 November (T 1 ) and 15 December, ((T 2 ). Sowing date differed significantly in plant height, length of leaf blade, length of leaf sheath, leaf breadth, cob length, cob diameter, length of tassel, days to 50% tasselling, days to 50 % silking, days to maturity, number of cobs per plant, cob weight, number of grain per cob. 1000-seed weight, percent underdeveloped cob, total dry matter and grain yield, but did not differ in number of leaves and protein percent. The lines differed significantly among themselves in those characters except number of leaves per plant, length of leaf sheath, cob length, cob diameter, days to 50% tasselling, number of cobs per plants and number of grain per cob. The line Across 8666 (V 2 ) and (V 3 ) gave the highest grain yield 4.57 and 4.55 and the lowest from (V 4 ) lines 4.41 tons per hectare. The 15 November sowing time (T 1 ) gave the highest grain yield 4.86 tons per hectare. In case of interaction, the earlier planting time (T 1 ) showed better performance with all lines. On the other hand, the highest yield was found from combination of line V 2 and V 3 with earlier planting time (T 1 ). J. Environ. Sci. & Natural Resources, 10(1): 117-124 2017
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玉米四种优质蛋白形态生理特性的研究
本试验在孟加拉国农业大学作物植物学系大田实验室进行,旨在研究4个优质蛋白玉米品系(QPM)在不同播期下的形态生理变异。试验采用4个玉米品系和2个播种日期,即11月15日(t1)和12月15日(t2)。播期在株高、叶片长、叶鞘长、叶宽、穗轴长、穗轴直径、雄穗长度、抽雄至50%天数、出丝天数、成熟天数、单株穗轴数、穗轴重、每穗轴粒数等方面存在显著差异。千粒重、欠发达穗轴百分比、总干物质和籽粒产量,但叶片数和蛋白质百分比没有差异。除单株叶数、叶鞘长、穗轴长、穗轴直径、抽雄至50%天数、单株穗轴数和每穗轴粒数外,系间差异显著。杂交8666 (v2)和(v3)籽粒产量最高,分别为4.57吨/公顷和4.55吨/公顷,而杂交(v4)籽粒产量最低,为4.41吨/公顷。11月15日播种时(t1)每公顷产量最高,为4.86吨。互作情况下,栽植时间越早(t1),各品系表现越好。另一方面,种植时间较早(t1)的v2系和v3系组合产量最高。j .包围。科学。与自然资源,10(1):117-124 2017
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