Assessment of Various Uniformity Aspects under Surface Drip Irrigation System in Tomato
D. D. Champaneri, K. D. Desai, T. R. Ahlawat, P. K. Shrivastava
International Journal of Environment and Climate Change · pp. 47–55 · Published 1 Mar 2023
10.9734/ijecc/2023/v13i31680Abstract
Background: Water in any form is the prime constitute of plant growth and development. Right amount of water applied at right time and in right quantity to any crop will helpful to get maximum yield potential of that crop. This is possible with surface drip irrigation method. Uniform application of water through emitters is the necessary aspect to avail benefits like higher water use efficiency of surface drip irrigation. Uniformity of surface drip irrigation system can be measured by various uniformity aspects viz., coefficient of variation (CV), distribution uniformity (DU), statistical uniformity (SU) and coefficient of uniformity (CU). Factors like land levelling, maintenance of drip lines, pressure management etc. plays a vital role in conserving the uniformity of outflow of emitters. Methodology: In this trial, all these uniformity aspects were measured using catch cane method at initial stage of drip irrigation system installation and on the basis of these dataset several improvements were made for better uniformity of emitter outflow at later planting stage. Results: Coefficient of uniformity (CU) of surface drip irrigation system was recorded 96.89% at initial stage and later on it was improved to 97.02% during the first experimental year whereas in second year it was noted 95.58% at initial stage and was improved to 96.80% at later stage.
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Cited by 13
Urvi V. Bangoria, Monu Kumari, N. B. Patel, Dushyant. D. Champaneri · International Journal of Plant & Soil Science · 2024
T. L. Neelima, K. Avil Kumar, V. Ramulu, M. Uma Devi · International Journal of Environment and Climate Change · 2023
Mensah Armel Clément Goudjo, Koura Windékpè Tatiana, Azagba Dossou Armand Joël · Journal of Agricultural, Food Science and Biotechnology · 2025
Miftahul Walid, Muhammad Ashar, Heru Wahyu Hermanto · 2024 Beyond Technology Summit on Informatics International Conference (BTS-I2C) · 2024
Dushyant Dipakkumar Champaneri, Ketan Dhirubhai Desai, Timur Rampal Ahlawat · Water Supply · 2024
Dushyant Dipakkumar Champaneri, Ketan Dhirubhai Desai, Vikas Sharma · Water Supply · 2024
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