In the present study the vermicompost of beedi leaf waste by EiseniaFetidawas collected from department of Microbiology, Scott Christen College (Autonomous), Nagercovil-3 and the seed of Ladyâs Finger, Brinjal, chilly, were collected from farm house, Trivandrum. Effect of vermicompost on the growth of Ladyâs finger plant was studied for 90days. The growth parameter such as Shoot length, Leaf width, Leaf hight, Total number of leaf, foliag, Buds, Branches, Flower, Fruits. Were observed recorded and tabulated for every30 days after sowing the seed (30th day, 60th day, 90th day). The maximum growth parameter were observed in the treatment supplemented with 100% of vermicompost. Effect of vermicompost on the growth of Brinjal plant was studied for 90days. The growth parameter such as Shoot length, Leaf width, Leaf height, Total number of leaf, foliag, Buds, Branches, Flower, Fruits were observed recorded and tabulated for every30 days after sowing the seed (30th day, 60th day, 90th day). The maximum growth parameter were observed in the treatment supplemented with 100% of vermicompost. Effect of vermiwash on the seed germination and of chilly seed were observed recorded and tabulated for every 30 days after sowing thee seed (30th day, 60th day, 90th day) The maximum growth parameter were observed in the treatment supplemented with 60% vermiwash. The microbial population in the vermicompost of beedi leaf waste of Eisenia fetida was enumerated and tabulated. Total Heterotrophic Bacteria population of phosphate solubilizing microbes population and third place goes to Azospirillum. The microbial population in the vermiwash of beedi leaf waste of Eisenia fetida was enumerated and tabulated total heterotrophic bacteria population Actinomycetes population and third place goes to Phosphate solubilizing population.
