Phosphorus management and suitability of rice cultivar on system yield augmentation under rice-fallow area of Mid-Central Table Land Zone of Odisha

M. Prusty, AK Dash, N. Panda, MR Satpathy, SG Sahu, P. Samant
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Abstract

A field experiment was carried out during 2018-19 and 2019-20 to study the effect of phosphorus doses and rice varieties on system efficiency in rice-green gram cropping system under Mid-Central Table Land Zone of Odisha. The experiment was conducted in split-plot design with three replications. Four main plots viz., P1: P100 of soil test dose (STD)to rice and no P to green gram, P2: P100 of STD to both the crops separately, P3 : P50 of STD to rice &P100 of STD to green gram, P4: P100 of STD of both the crops applied to rice only, were allotted to the main plots and three rice varieties viz., V1 - Mandakini, V2 - Lalat and V3 - Pratikhya to the sub plots. Application of P100 of STD to both the crops separately (P2)resulted in the highest pooled system yield of 6.87 tha-1 however amongst rice cultivars highest system yield of 6.51 t ha-1 was recorded with treatment where green gram was sown after rice cultivar "Mandakini". Similarly, thesame system P-management practice (P2) and the sowing window of rice cultivars (Mandakini) recorded the highest system nutrient uptake, gross and net returns and B: C ratio. But the available soil nutrient status was the maximum with P1 where P100 of STD as basal was applied to riceand green gram was sown after rice cv. 'Mandakini'. However, the available P of the system in the post harvest soil was estimated higher in treatment P2.
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奥迪沙中南部台地区水稻-休耕区磷肥管理和水稻品种对系统增产的适宜性
在2018-19年和2019-20年期间开展了一项田间试验,研究磷剂量和水稻品种对奥迪沙邦中中部台地区水稻-绿糯种植系统效率的影响。试验采用分小区设计,三次重复。四个主小区分别是:P1:对水稻施用 P100 的土壤测试剂量(STD),对禾本科植物不施用磷;P2:对两种作物分别施用 P100 的土壤测试剂量;P3:对水稻施用 P50 的土壤测试剂量,对禾本科植物施用 P100 的土壤测试剂量;P4:仅对水稻施用两种作物的 P100 的土壤测试剂量;三个水稻品种分别是:V1 - Mandakini、V2 - Lalat 和 V3 - Pratikhya。对两种作物分别施用 P100 STD(P2)的结果是,集合系统产量最高,为 6.87 吨/公顷-1,但在水稻品种中,在水稻品种 "Mandakini "之后播种禾本科植物的系统产量最高,为 6.51 吨/公顷-1。同样,相同的系统养分管理方法(P2)和水稻品种(Mandakini)的播种期记录了最高的系统养分吸收量、总收益和净收益以及 B:C 比值。但在 P1 条件下,土壤可利用养分状况最高,即在水稻品种 "Mandakini "之后播种作为基肥的 P100 STD。然而,在 P2 处理中,收割后土壤中的可利用钾估计较高。
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