Vol. 11, Issue 6 (2022)

Author(s):
Savita Rajput, Neeraj Shukla, Rajendra Lakpale, R Gayen and RR Saxena

Abstract:
The experiment was conducted at the farm of Research cum Demonstration Farm, DKS, CARS, Bhatapara, Indira Gandhi Krishi Vishwavidyalaya, Raipur (C.G.) during the rabi seasons of 2019-20 and 2020-21. The yield parameters like pod length, number of pods per plant, number of seeds per pod, pod weight per plant, days to maturity, pod yield per plot, total pod Yield, shelling percent, harvest Index (%) were recorded significantly superior in the T13 (Rhizobium (Liquid)+ P.S.B. (Liquid) + 100% RDF), while remained at par treatments namely T12 (Rhizobium (Culture) + P.S.B.(Culture) + 100% RDF), T14 (Rhizobium (Capsulated) + P.S.B.(Capsulated)+100% RDF), T2 (RDF Only (25:50:50) NPK/ha) and T5 (Rhizobium (Capsule) +PK Supplied Through Fertilizer (0:50:50). The pooled data both years also revealed that among all the treatments, significant highest pod length (cm) (7.54), number of pods per plant (18.60), number of seeds per pod (9.25), were recorded in treatment T13 (Rhizobium (Liquid)+ P.S.B. (Liquid) + 100% RDF). And significantly highest pod weight per plant (gm) (84.25), the days taken earliest for maturity (75.00), pod yield per plot (kg) (3.90), total pod yield (qt ha-¹) (125.51) and shelling percent (53.05) were recorded in treatment in treatment T13 (Rhizobium (Liquid) + P.S.B. (Liquid) + 100% RDF).