International Journal of Agricultural Engineering

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Designing of Drip Irrigation and Fertigation Scheduling in Bitter Gourd (Momordica charantia) Crop


Affiliations
1 Bhartiya College of Agricultural Engineering (I.G.K.V.V.), Durg (C.G.), India
2 College of Agriculture (J.N.K.V.V.), Waraseoni (M.P.), India
     

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The study was conducted in an area of 7 ha at ACF Farm in the village-Achhoti, dist.-Durg (C.G.) during 2012. Drip irrigation provides the ultimate water use efficiency for open field agriculture, often resulting water savings of 25-50 per cent compared to flood irrigation. The Irrigation scheduling was done for calculating the water requirement of crop at different stage of the crop. It was calculated by calculating the crop factor, canopy factor at different stage of crop and weekly evaporation data collecting from evaporation pan of metrological department at I.G.K.V. Raipur. The water requirement of the bitter gourd varied from 42.833-127.48 cu.m/ha/day during the period of establishment of plant to flowering and harvesting. Fertigation is a most important part of drip irrigation system by which the most advanced and efficient practices of fertilization were done. Fertigation enables the farmers to apply optimum quantity and right combination of fertilizer nutrient mixed in water uniformly throughout the irrigated area according to the crop development phases. The availability of nutrients is influenced by the pH, moisture and quality and quantity of plants. The fertigation scheduling gives idea about proper supply of fertilizer at calculated quantity to plants. Drip irrigation is most advanced method of irrigation, applied the small amount of water to the crop through the drippers placed above the soil surface. A properly designed drip irrigation system has advantage over other method of irrigation to help growers of fruits, vegetable, flowers and other cash crops by saving water, increasing yield, improving quality of produce, reducing labour cost, reducing salt concentration in the ischolar_main zone, permitting use in greenhouse, controlling and reducing diseases. It minimizes conventional losses such as deep percolation, runoff and soil water evaporation.

Keywords

Drip Irrigation, Irrigation Scheduling, Design of Drip Irrigation.
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  • Bralts, V.F., W.U. and Gitlin, H.M. (1981). Manufacturing variation and drip irrigation uniformity. Trans. ASAE., 24(1): 113-119 .

  • Bresler, E. (1977). Trickle/drip irrigation: Principle and application to soil-water management. Adv. Argon., 29: 344-393.

  • Chakravarti, N.V.K. and Sastri, P.S.N. (1977). Seasonal variation of pan to potential evapotranspiration in semi-arid region. Indian J. Power and rivery Valley Development (in press).

  • Christiansen, J.E. (1966). Estimating pan evaporation and Evapotranspiration from climatic data. Irrigation and drainage conf., Las Vegas, Nevada, U.S.A., Nov. 2-4.

  • Israel son, O.W. and Hansen, V.E. (1950). Irrigation principle and practice. John Wiley and Sons, New York. 447 p.

  • Jackson, R.D., Reginato, R.J. and Idso, S.B. (1977).Wheat canopy temperature. A practical tool for evaluating water requirements.Water Resources Resp.,13: 651-656.

  • Jackson, R.D. (1982). Canopy temperature and crop water stress. Adv. Irrig.,1 : 43.85.

  • Karmeli, D. and Keller, J. (1975). Trickle irrigation design. Rain Bird Sprinkler Mfr. Corp. Glendora, CA, U.S.A.

  • Viets, Jr. F.G. (1962). Fertilizer and the efficient use of water. Adv. Agron., 14 : 223-264.


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  • Designing of Drip Irrigation and Fertigation Scheduling in Bitter Gourd (Momordica charantia) Crop

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Authors

Rakesh Kumar Turkar
Bhartiya College of Agricultural Engineering (I.G.K.V.V.), Durg (C.G.), India
G. Deshmukh
College of Agriculture (J.N.K.V.V.), Waraseoni (M.P.), India

Abstract


The study was conducted in an area of 7 ha at ACF Farm in the village-Achhoti, dist.-Durg (C.G.) during 2012. Drip irrigation provides the ultimate water use efficiency for open field agriculture, often resulting water savings of 25-50 per cent compared to flood irrigation. The Irrigation scheduling was done for calculating the water requirement of crop at different stage of the crop. It was calculated by calculating the crop factor, canopy factor at different stage of crop and weekly evaporation data collecting from evaporation pan of metrological department at I.G.K.V. Raipur. The water requirement of the bitter gourd varied from 42.833-127.48 cu.m/ha/day during the period of establishment of plant to flowering and harvesting. Fertigation is a most important part of drip irrigation system by which the most advanced and efficient practices of fertilization were done. Fertigation enables the farmers to apply optimum quantity and right combination of fertilizer nutrient mixed in water uniformly throughout the irrigated area according to the crop development phases. The availability of nutrients is influenced by the pH, moisture and quality and quantity of plants. The fertigation scheduling gives idea about proper supply of fertilizer at calculated quantity to plants. Drip irrigation is most advanced method of irrigation, applied the small amount of water to the crop through the drippers placed above the soil surface. A properly designed drip irrigation system has advantage over other method of irrigation to help growers of fruits, vegetable, flowers and other cash crops by saving water, increasing yield, improving quality of produce, reducing labour cost, reducing salt concentration in the ischolar_main zone, permitting use in greenhouse, controlling and reducing diseases. It minimizes conventional losses such as deep percolation, runoff and soil water evaporation.

Keywords


Drip Irrigation, Irrigation Scheduling, Design of Drip Irrigation.

References