Vol. 8, Issue 1, Part A (2022)

Abstract
Significant higher shoot length was recorded in T. viride (20.7 mm) followed by T. harzianum-5 (25 mm) compared to control (15.3 mm). Significant higher root length/plant was recorded in which T. viride (13.9 mm) was followed by T. harzianum-5 (12.1 mm) as compared to control (8.2 mm). Significant higher fresh weight/plant was recorded in which T. viride (200g) was followed by T. harzianum-5 (170 g) as compared to control (69 g). Significant higher dry weight/plant was recorded in which was T. viride (81g) followed by T. harzianum-1 (69g) as compared to control (37 g). Significant increase the number of nodules per plant of lentil was found in T. viride (14.4) and T. harzianum-5 (12.6) as compared to control(8.6) Significant highest yield of lentil was obtained in T. viride (655.20 kg/ha) followed by T. harzianum-5 (452.52 kg/ha) and T. harzianum-1(450.36 kg/ha) as compared to control (258.3 kg/ha).Significant increase the number of pods per plant of lentil was found in T. viride (58.1) followed by T. harzianum-5 (47.2) and T. harzianum-2 (44.1) as compared to control (26.5). Significant the highest biomass of lentil per plot was obtained in T. viride (868.75 g) followed by T. harzianum-5 (780.75 g) and T. harzianum-1 (692 g) as compared to control(471 g). Carboxin +thiram significantly inhibited the growth of F. oxysporum f.sp. lentis (0.0mm) and S. rolfsii (0.0mm) in vitro condition and followed by propineb and hexaconazol+zineb compared to control. Trichoderma strains T. harzianum-3 (1.3 mm) and T. harzianum-2 (1.2 mm) were highly compatible with hexaconazol+zineb while strains T. harzianum-2 (1.2 mm), T. harzianum-4 (1.1 mm) compatiable with carboxin+thiram.