Vermicompost Leachate a Viable Bio-stimulant for Tomato Growth and Yield (Solanum lycopersicum)

Background: The influence of inorganic fertilizer has posed considerable challenges on increasing food production worldwide. A careful plan is required to increase the yield and quality crops. profound knowledge use organic manure involvement in plant growth development could be beneficial for production. acceptable different concentrations vermicompost been used an attempt enhance crop with aim study was investigate impact tea concentrate extracted from cow grass cutting physiological responses tomato (Solanum lycopersicum).Vegetative stimulated by mineralization waste coupled mesophilic action earthworm. Vermicompost a by-product earthworm tissues. It nutrient source rich essential components development. Methods: An investigation conducted pot media under exposed natural conditions August 2020 November at Mangosuthu University Technology. In this experiment, plants were subjected amended NPK studied. Sandy loam soil about 5 kg weighted into (2.0mheight, 2.3m diameter). experiment set up completely randomized block design consisting five treatments replicates per treatment. Treatments included: Positive control (PC), 5%VCL+NPK, 10% VCL+NPK, 20%VCL+NPK (NPK). Result: revealed that there significant differences (P less than 0.01) among respect height number leaves week three eight. Similar trends found 5% 20% VCL+NPK treatments. This may due phytohormone release tissue. Tomato flower inflorescence 0.01). fruit, harvest which were, weight wet dry higher treated VCL+NPK. Root length concentration considerably other results showed minimum supplementation fertiliser necessary leachate order successfully grow crops deficient soil.