Performance evaluation of Border irrigation method was carried out for cotton field in village Kirarkot, Sirsa (Haryana). Water application, storage and distribution efficiency were estimated using measurements of soil moisture (%), infiltration rate (cm/hr), water advance and recession time (minute) during different irrigation events. The advance time increased during the growing season due to increased infiltration rate and increased resistance to flow by the growing crops. The water application efficiency of cotton field was 100 per cent as average applied depth (8.26 cm for canal irrigation and 9.06 cm for tubewell irrigation) of irrigation was less than the average required depth (10.30 cm for canal irrigation and 10.98 cm for tubewell irrigation) throughout the field plots. The observed water storage efficiency in different cotton fields varied from 72.92 - 90.08 per cent indicating under irrigation. Water distribution efficiency of cotton fields (97.8 -99.2per cent) indicated a relatively high degree of uniformity of water application. Stratified soil profile (sandy loam: 0-30 cm and sandy clay loam: 30-120 cm) of the selected fields reduced the infiltration rate to relatively very low value after 10-15 minutes creating favourable condition for uniformity of water application under border irrigation.
Border irrigation, Cotton, Storage efficiency, Water application efficiency
Amer, K H. H. (2009). The possibility of improving surface irrigation with blocked end on sparse grape trees, Misr J. Ag. Eng., 26(2): 836- 865.
Anwar, A. A., Ahmad, W., Bhatti, M.T. and Haq, Z.U. (2016). The potential of precision surface irrigation in the Indus basin irrigation system, Irrigation Science, 1â€“18.
Clemmens, A.J., Allen, R.G.and Burt, C.M. (2008). Technical concepts related to conservation of irrigation and rainwater in agricultural systems, Water Resources Reaserch,44(7):Art. no. W00E03.
Dagadu, J.S. And Nimbalkar P. T. (2012 ). Infiltration Studies Of Different Soils Under Different Soil Conditions And Comparison of Infiltration Models With Field Data, International Journal Of Advanced Engineering Technology, 3(2), 54-157.
Holzapfel, E.A. andArumi, J.L. (eds.) (2010). TecnologÃa de manejo de aguaparaunaagricultura intensive sustentable.209 p. Editorial Universidad de ConcepciÃ³n, ConcepciÃ³n, Chile.
Irmak, S. (2011).Dynamics of nocturnal, daytime, and sum-of-hourly evapotranspiration and other surface energy fluxes over nonstressed maize canopy, Journal of Irrigation and Drainage, 137(8):475-490.
Michael, A.M. (2008). Irrigation Theory and Practice, 2nd Ed; Vikas Publishing House Pvt Ltd.
Yang, L., Wei, W., Chen, L., Jia, F. and Mo, B. (2012).Spatial variations of shallow and deep soil moisture in the semi-arid Loess Plateau, China.Hydrol. Earth Syst. Sci.,16:3199â€“3217.
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