The experiment was conducted on “Influence Of Panchgavya And Jeevamrit On Growth, Yield And Quality Of Tomato (Solanum Lycopersicum L.)” during the period of October 2021 to March 2022 at Horticulture Research Farm, Department of Horticulture, Naini Agricultural Institute, Sam Higginbottom, University of Agriculture, Technology and Sciences, Prayagraj (Uttar Pradesh). The experiment was planned in a factorial randomized block design (FRBD) with three replications and nine treatments which comprised of T0-(RDF only), T1-(RDF + 2.5% Spray of Panchgavya), T2-(RDF + 4.5% Spray of Panchgavya), T3-( RDF + 7.5% spray of Jeevamrit), T4-( RDF + 10.5% spray of Jeevamrit), T5-(RDF + 2.5% Spray of Panchgavya+7.5% spray of Jeevamrit), T6-(RDF + 4.5% Spray of Panchgavya+10.5% spray of Jeevamrit), T7-(RDF + 2.5% Spray of Panchgavya+10.5% spray of Jeevamrit), T8-(RDF + 4.5% Spray of Panchgavya+7.5% spray of Jeevamrit), The treatments comprised of two different levels of panchgavya and jeevamrit in which the recommended dose of fertilizer (RDF N:P:K::120:100:80) was common and based on the interaction of both the bio-fertilizer various observations were recorded on various growth, quality and yield contributing characters. Based on the results obtained from the present investigation, it is concluded that the interaction of panchgavya 4.5% and jeevamrit 10.5% that is treatment T8 was superior followed by the interaction of panchgavya 4.5% and jeevamrit 7.5% that is treatment T6. In this investigation, the T8 was found most suitable for cultivation and getting better yield per hectare of tomatoes and best returns in terms of the economics of the crop with high net returns and Benefit-cost ratio.

K g/m 2 were tested in three replication. The experiment of design was Randomized Block Design. The results revealed that fertilizer treatments had significant response on plant height, number of leaves per plant, plant spread, number of suckers per plant, number of flowers per plant, number of flowers per treatment, days to first flower bud appearance, flower diameter, stalk length, stalk diameter and vase life of flower. The maximum plant height (41.47 cm), number of leaves per plant (17.70), plant spread (56.57 cm), days to first flower bud appearance (50.13) were produced by the treatment (T 7 ) of N:P:K in the ratio of 17:25.5:34 g NPK/m 2 . Maximum number of suckers per plant (6.47) was found in treatment (T 9 ) in the ratio of 19:28.5:38 g NPK/m 2 and the maximum number of flowers per plant (12.87), number of flowers per treatment (49.03), flower diameter (14.47 cm), stalk length (46.47 cm), stalk diameter (0.90 cm) and vase life of flower (14.87 days) were recorded by treatment (T 10 )in the ratio of 20:30:40 g NPK/m 2 . K e y w o r d sGerbera, NPK, Growth, Flower quality and yield.

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The present experiment was carried out during December 2019 to April 2020 in Research Field, Department of Horticulture, SHUATS, Prayagraj. The experiment was conducted in Randomized Block Design (RBD), with ten varieties of Floribunda rose, the varieties were replicated thrice. The varieties were V 1 (Viva Rose), V 2 (Mini Bagago), V 3 (Choco moco), V 4 (Rexy Rose), V 5 (Impatient), V 6 (Lavender patio), V 7 (Banjaran), V 8 (Sentimental), V 9 (Snow white) and V 10 (Mardy grass). Form the present investigation it is found that variety Banjaran was found best in terms of vegetative growth parameters and variety Viva Rose found best for flower yield and quality parameters and minimum growth and yield of Floribunda rose was recorded in variety Mardy grass in agro-climatic condition of Prayagraj.

during rabi season (2016)(2017). Experiment was carried out to assess the performance of five Oriental lily varieties viz., Cobra Red, Signum, Yelloween, Sorbonne and Justina grown in different media viz. vermicompost, coco peat and sand in different compositions. The study was conducted as a pot culture trial in form of factorial experiment following completely Randomized Design with 3 replications. The study revealed that the plant height, number of leaves, days taken for 1 st flower bud initiation, length of 1 st matured flower bud (mm), diameter of fully open 1 st flower (mm), number of flowers per plant were found to be significant and they were found to be maximum in the media containing equal proportions of coco peat: vermicompost: soil: (1:1:1v/v).

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