Effect of drip fertigation and plastic mulching on growth and yield of tomato

Selvamurugan, M.; Chamy, I.; Pandian, V. Navaneetha; Muthu, Manikandan

doi:10.37855/jah.2018.v20i01.14

Cited by 3 publications

(2 citation statements)

References 7 publications

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“…Pada penelitian yang dilakukan kelembaban udara pada P1, P2, dan P3 tidak berbeda nyata yaitu berkisar antara 50%-70% dan kisaran ini sudah memenuhi persyaratan untuk mendukung pertumbuhan tanaman tomat (Muanah et al, 2020). Selain itu juga pada penelitian yang dilakukan oleh Selvamurugan et al, (2018) bahwa penggunaan mulsa lebih unggul dari yang lain karena mampu memperpanjang batas kritis penuruna air serta meningkatkan efisiensi penggunaan air.…”

Section: Kelembaban Udaraunclassified

Study Of The Effectiveness Of Drip Irrigation Techniques On The Use Of Diferent Mulse In Dry Land Tomato Cultivation

Permatasari

Muliatiningsih²,

Muanah³

2021

Protech

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In order to meet the water needs of tomato plants and ensure that they grow well, an adequate irrigation water supply systems that are ideal for tomato plans. This analysis aims to 1] determine the effectiveness of drip irrigation techniques on tomato plant growth on dry land, and 2] assess the impact of drip irrigation techniques on plots given silver and straw plastic mulch, as well as properties without both. This research used an experimental apporoach that included both field and laboratory experiments. A one-factor randomized blog design (RBD) was used in this analysis, with three treatments: P1 = no mulch and straw, P2 = silver color plastic mulch, and P3= straw. The least significant difference method (LSD) was evaluated at the 5% actual level using SPSS analysis. Observation data were analyzed using two apporoaches: a mathematical apporoach using Microsoft excel and statical analysis using ANOVA analysis. The serults showed that the parameters of plant height, stem diameter, and the number of leaves of tomato plants had a significant impact on P1 ( no mulch and straw), P2 ( Silver Color Plastic Mulch), and P3 (Silverr Color Plastic mulch) (straw). It applied drip irrigation techniques to the growth of tomato plants in dryland. Although tomato plant wet weight and tomato plant dry weight parameters had a significant impact on tomato plant growth and dry weight than P1 and P3. It results in an average wet weight of 162.678 grams, P1 24.05 grams, P3 81.10 grams, and an average dry weight of 31.62 grams, P1 5.84 grams P3 18.74 gram, respectively.

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Section: Kelembaban Udaraunclassified

Study Of The Effectiveness Of Drip Irrigation Techniques On The Use Of Diferent Mulse In Dry Land Tomato Cultivation

Permatasari

Muliatiningsih²,

Muanah³

2021

Protech

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“…Penutupuan bedengan menurut (Astutik, Koesriharti and Aini, 2018) menyatakan bahwa bedengan yang tertutup dengan mulsa jerami dapat mempertahankan kelembaban dan mengurangi penguapan tinggi serta dapat meningkatkan hasil budidaya cabai. Pada kajian yang lain juga dikatakan bahwa penggunaan mulsa plastik dapat meningkatkan produktifitas (Selvamurugan et al, 2018). Data hasil penelitian dihitung dan dianalisa menggunakan persamaan matematik sederhana dengan bantuan program excel.…”

Section: Pendahuluan/introductionunclassified

Economic analysis of tomato cultivation on dryland with drip irrigation technique

Suwati

Muanah²,

Huda³

et al. 2022

J. Agro. Ummat

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Economic analysis is one of the important parameters in applying drip irrigation techniques. For the community, this drip irrigation technique is a new technology so it needs to be analyzed with an economic approach. The purpose of this study was to analyze the economics of tomato cultivation by applying drip irrigation techniques on dry land. The research design used was a Randomized Block Design (RAK) with the following treatments, T1 (beds without mulch), T2, (beds with Straw mulch, and T3 (beds with silver-black plastic mulch). , production costs, farmer's income, and business feasibility by looking at the value of the B/C Ratio. Furthermore, the data from the analysis were tested using mathematical equations with the help of excel. The results of the analysis showed that the highest tomato production by applying drip irrigation techniques was found in T3 with a production yield of 896 quintals/ha with a total cost of IDR 369.000,000/ha, the highest level of income was also found in P3 of IDR 437,4000,000/ha and the highest B/C Ratio value was also found in T3, namely 1.18. So based on the results and discussion it can be concluded that economically for tomato cultivation by applying drip irrigation techniques should use bed cover using mulch a Silver Black Plastic.

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Irrigation methods suitable for vegetable crops cultivation in sodic soil with alkaline irrigation water

Selvamurugan,

Balasubramaniam,

Baskar

et al. 2024

Paddy Water Environ

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Effect of drip fertigation and plastic mulching on growth and yield of tomato

Cited by 3 publications

References 7 publications

Study Of The Effectiveness Of Drip Irrigation Techniques On The Use Of Diferent Mulse In Dry Land Tomato Cultivation

Study Of The Effectiveness Of Drip Irrigation Techniques On The Use Of Diferent Mulse In Dry Land Tomato Cultivation

Economic analysis of tomato cultivation on dryland with drip irrigation technique

Irrigation methods suitable for vegetable crops cultivation in sodic soil with alkaline irrigation water

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