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Title: | Effect of onion and garlic peel mix fertilizer on growth and yield of lettuce (lactuca sativa) |
Authors: | Roshini, J. R. J. Anusiya, M. Mayakaduwa, M. A. P. |
Keywords: | Lettuce Onion and Garlic Peel Fertilizer |
Issue Date: | 3-May-2023 |
Publisher: | South Eastern University of Sri Lanka Oluvil, Sri Lanka |
Citation: | 11th International Symposium (IntSym 2023) Managing Contemporary Issues for Sustainable Future through Multidisciplinary Research Proceedings 03rd May 2023 South Eastern University of Sri Lanka p. 88-93. |
Abstract: | The study was carried out at Agriculture research station, Seetha Eliya, from February to May 2022 to find the effect of red onion peel and garlic peel fertilizer mixture on the growth and yield performance of lettuce. The pot experiment was laid out in a completely randomized design with nine treatment and four replicates. Powder forms of onion and garlic peel fertilizer were used in the 1:1 weight ratio. Nine different powder mixture; T1 (control) – only ½ recommended compost, T2 – ½ recommended compost + 2g powder, T3- ½ recommended compost + 4g powder, T4 – ½ recommended compost + 6g powder, T5 – ½ recommended compost + 8g powder, T6 – only 2g powder, T7 – only 4g powder, T8 – only 6g powder, T9 – only 8g powder were used. Powder form was applied as basal and after 1st and 3rd weeks from transplanting. Plant growth parameters; leaf length, width, plant height, number of plant and yield were measured. Data were analyzed in ANOVA one way method using Minitab software. Among all nine treatments, T2 was showed significantly better fresh weight (324.79±14.03) and number of leaves (24.00±1.00) than others. T3, T4, T5 were showed good growth and yield performance. Therefore, onion garlic peel fertilizer improved lettuce yield. The use of organic onion garlic peel fertilizer mixture used as a plant growth booster is inexpensive, environmentally safe, and low-cost technology to improve the yields of small farmers. |
URI: | http://ir.lib.seu.ac.lk/handle/123456789/6751 |
ISBN: | 978-955-627-013-6 |
Appears in Collections: | 11th International Symposium - 2023 |
Files in This Item:
File | Description | Size | Format | |
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IntSym 2023 Proceedings-88-93.pdf | 728.34 kB | Adobe PDF | View/Open |
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