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Effect of Vermicompost, Municipal Compost and Inorganic Fertilization on Growth Attributes on Plant

The field experiment was transported during the wet season (kharif) of 2020 at the Regional Research Sub-Station (RRSS), BCKV, Chakdaha, West Bengal, Indiato study the tumor parameters accompanying the application of Chemical fertilizers, Vermicompostand Municipal fertilizer; to find out the approximate effect of organic and not organic fertilizers on the growth of edible grain and to study the economics appraisal of the experiments.Design of the experiment was Randomized Block Design (RBD) with six situation combinations copied four. The treatments were T1= 100% Recommended Dose of Fertilizer (RDF) (N: P2O5: K2O @ 60:30:30 kg ha-1), T2= 100% N from Vermicompost @ 3.75 t ha-1, T3= 100%N from Municipal Compost @ 3.75 t ha-1, T4= 50% N (from not organic source) + 50% N (from Vermicompost), T5= 50% N (from not organic beginning) + 50% N (from Municipal Compost), T6= Control (no fertilizer and no fertilizer). Almost in all cases the tumor parameters different significantly. The plant altitude increases with the progress of date and attains considerably high plant climax in T1 treatment (56.60 cm at 30 DAT and 89.25cm at 60 DAT individually) but at 90 DAT highest plant crest attained inT4treatment (108.60 cm). Maximum meaningful number of tillers was found at T1 situation (15.20 and 16.20 at 60 and 90 DAT respectively). Regarding Dry Matter Production considerably highest dry matter was noticed at 60 DAT (335.50g m-2) in both T1 and T4treatment. At 30 DAT and 90 DAT it was noticed highest in T4treatment (151.20 and 440.60g m-2 individually). Similar trend was more observed with the understanding of Crop Growth Rate (CGR). LAI was highest in T1 situation followed by T4 situation in all the 3 dates. Therefore, possibly concluded that 50% basic manure accompanying vermicompost or municipal fertilizer were careful, which boosts the soil characteristics.


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