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Trends in trickle irrigation systems development
International Journal of Water Resources Development, 1991As water availability becomes an increasing constraint on food production, more attention must be given to exploiting crop characteristics such as tolerance of water scarcity or saline soils, and the development of efficient water application methods. Water application methods vary, among other things, in their efficiency of water use and related yield,
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Phosphorus fertigation of trickle-irrigated potato
Fertilizer Research, 1992A 3-year field study, on Pellic Vertisol, investigated the response of trickle-irrigated potato (Solanum tuberosum L.) to four P levels applied with the irrigation water. Waters supplied with 130 and 120 mg l−1 of N and K, respectively, and with P levels of 0, 20, 40 and 60 mg l−1, were applied when the soil water potential was between 0.03 and 0.04 ...
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Solute travel times during trickle irrigation
Water Resources Research, 1984A theory of solute transport from drip (trickle) emitters is developed. The model of solute flow is based on piston displacement travel times and steady three‐dimensional water flow from a surface point source. Experimental evidence is presented to justify the omission of the solute diffusion‐dispersion term in the flow equation. Laboratory experiments
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Trickle Irrigation Design Parameters
Transactions of the ASAE, 1974null Jack Keller, null David Karmeli
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Trickle Irrigation Lateral Design
Transactions of the ASAE, 1974null Terry A. Howell +1 more
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