Author Name: MD.
KAMARUZZAMAN, MD.NURUL ISLAM, *MD. NOOR-E-ALAM SIDDIQUE, BIKASH CHANDRA
SARKER, MD. JAHIDUL ISLAM and SIKDAR MOHAMMAD MARNES RASEL
Volume No : 1, Issue No : 1, Published year : 2014, Category : Informatics
Volume No : 1, Issue No : 1, Published year : 2014, Category : Informatics
Abstract:
The initial soil was silty
loam having pH 4.90, Organic matter 1.92%, total N 0.12%, available P
4.00 µg g-1, K 0.040 meq 100 g-1, available Ca 1.50 meq 100 g-1, Mg 0.98
meq 100 g-1 and S 12.00 µg g-1. There were six lime treatments viz.T1:
Control, T2 : 0.5 t lime ha-1 , T3 : 1.0 t lime ha-1, T4 : 1.5 t lime
ha-1, T5 : 2.0 t lime ha-1, and T6 : 2.5 t lime ha-1. Dolochun was used
as the liming material. The design of the experiment was Randomized
Complete Block Design (RCBD )with three replications. Every plot
received 140.0 kg N, 25.0 kg P, 106.0 kg K, 3.06 kg S, 3.6 kg Zn and 0.6
kg B ha-1 from urea, TSP, MoP, gypsum, zinc sulphate (monohydrate) and
boric acid, respectively. The post harvest soils were analyzed for pH,
OM, available P, Ca, Mg and K. The application of different rates of
lime to soil progressively increased pH, OM and availability of P and
gradually decreased K, Ca and Mg in soils at 30 DAL. Liming
significantly increased at 30 DAL pH, OM but K, P, Ca, Mg decreased from
60 DAL up to 120 DAL. Available K, P, Ca and Mg were significantly
increased due to application of lime which was mainly associated with
increased wheat yields.
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