M. Alam, A. Mahmud, Ma Islam, M. Molla, Mansur Ali
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引用次数: 0
摘要
在2017-18年和2018-19年期间,在Gaibandha Sundargonj upazilla (AEZ 3)下的Jamuna河流域进行了现场试验。比较了马铃薯/玉米- t两种种植制度。阿曼(马铃薯轮作玉米)和玉米休耕- t。阿曼。试验设6个分散重复,采用随机完全区组设计(RCB)。结果表明,改良种植模式(马铃薯/玉米- t . Aman)的系统水稻当量产量(21.58 t ha-1)高于现有种植模式(11.61 t ha-1),几乎是现有种植模式的两倍。改良种植模式的生产效率(PE)为70 kg ha-1 day-1,比现有模式(48.5 kg ha-1 day-1)提高44%。相同种植方式下的土地利用效率(LUE)为84.5%,比农户现有种植方式(65.5%)高29%。在毛利率方面,改良种植模式的盈利能力(1,95,630塔卡)几乎是农民现有种植模式(1,00,750塔卡)的两倍。在现有种植方式中加入马铃薯接茬增加了焦炭地区农民的系统生产力和MBCR(1.91)。孟加拉国J. Agril。Res. 46(1): 99-106, March 2021
Relaying of Maize With Potato Under Maize-Fallow-T. Aman Cropping Pattern in Charland
A field experiment was conducted in the charland of the Jamuna river under Sundargonj upazilla (AEZ 3) of Gaibandha during 2017-18 and 2018-19. Two cropping systems were compared: Potato/Maize-T. Aman (relay cropping of maize with potato) and Maize-Fallow-T. Aman. The experiment was laidout in six dispersed replications maintaining randomized complete block design (RCB) design. The results revealed that the improved cropping pattern (Potato/Maize- T. Aman) produced the higher system rice equivalent yield (21.58 t ha-1) than the existing cropping pattern (11.61 t ha-1), that is almost double than the existing cropping pattern. Similarly, the production efficiency (PE) was 44% higher in the improved cropping pattern with a value of 70 kg ha-1 day-1 than the existing ones (48.5 kg ha-1 day-1). The land use efficiency (LUE) was also 29% more in the same cropping pattern (84.5%) compared to the farmers existing cropping pattern (65.5%). The profitability in terms of gross margin was almost double in the improved cropping pattern (Tk. 1,95,630) than the farmers’ existing cropping pattern (Tk. 1,00,750). Inclusion of Potato relay with the existing cropping increase the system productivity and MBCR (1.91) of the farmers in the char areas.
Bangladesh J. Agril. Res. 46(1): 99-106, March 2021