Abstract:
An experiment was carried out at the research field of Sbcr-c-Bangla Agricuhural University. Dhaka.
during March to June. 2019 to study the effect (If different levels (If sulfur and potassium on yield and
yield components of BARI Mung-S. The treatments consisted 012 factors: Sulfur (04 levels 1';:. So -:-.10
sulfur (Control). SI- 3 kg S ha", S2 6 kg S ha·I. S,- 12 kg S Iw·1and Potassium 0-1 levels II;:. Ko= No
potassium (Control). KI• 20 kg K 113.1, K2- 40 kg K ha', K, 60 kg K ha·I). which were assigned in a
randomized complete block design (RCBD) with three replications. Data on different yield contributing
characters and yield were recorded and analyzed statistically. The highest branches plant" (3.55). pods
plant" (14.72). seed" pod" (9.74). 1000 seeds weight (51.27 g), seed yield (1.24 t ha"). stover yield (2.35 t
ha'] and biological yield (3.59 t ha") were observed in S2 (6 kg S ha I) treatment. whereas the highest
number of branches plant' I (3.57). pods plant' I (14.20). seeds pod" (9.65), 1000 seeds weight (51.16 g).
seed yield (1.24 t ha"). stover yield (2.36 t ha") lind biological yield (3.6 t ha") were observed in K2(40
kg K ha") rrearment. The number of branches plant" (4.73), pods plaru' (16.47), seeds pOO·1 (10.87).1000
seeds weight (56 g). seed yield (1.51 t ha'). stover yield (2.92 t h3·1) and biological yield (4.43 t ha') were
observed in S~K1 (6 kg S ha I ~ 40 kg K 11;1'1). The highest values of both the rrcarmem factors and their
combinations were significantly highest over that of control treatments.
