Screening of growth and biomass of Tomato (Lycopersicum esculentum L) under organic substrates and physiological assessment

Author: Srikanth G.A.*, Veenashree, L.S., Rachana, T.S., Varsha, G., Arpitha, H.K., Ishwarya, K., and Radhika, N.

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Abstract

Chlorophyll pigment composition, stomatal frequency, and relative humidity are all biochemical characteristics to consider the T1VC1 Control, T2VC2 (Soil+ 10% Vermicompost), T3VC3 (Soil+ 20% Vermicompost), T4VC4 (Soil+ 30% Vermicompost), and T5VC5 (Soil+ 40% Vermicompost) were the different treatments utilised to generate varying quantities of soil and vermicompost combinations. For each treatment, the percentage of germination was noted. Seedlings from each treatment were transplanted at random into pots containing the same treatments as the trays. For each treatment, various growth characteristics such as root length, shoot length, mean leaf number, and total dry weight were recorded. The highest germination % was recorded in the T5VC5 treatment, and it gradually declined in succeeding treatments. When compared to control plants, almost all of the T3VC3 treatment plants performed better and increased significantly, so changing climatic condition physiological modification required fo

Keywords

Vermicompost, Growth, Tomato, Electric Conductivity, Field Pots

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