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This study measured water volume from two emitters to estimate flow rates in drip tapes on ground beds without mulch. It includes data on depth (D) and width (W) for accurate irrigation. The blue dye pattern illustration shows wetted zone coverage for efficient watering. The experiment also features tomato plants in fine sand with staking and drip tape application.
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Figure 1. Volume of water from two emitters were collected using catch cans so as to estimate flow rates for three drip tapes laid flat on the ground without bed and mulch.
Depth (D) = vertical length from the top of the bed to the bottom of the blue ring Width (W) = Horizontal length perpendicular to the bed axis at the widest point of the wetting bulb W D Figure 2. Blue dye pattern of wetted zone in an Alpin-Blanton-Foxworth fine sand after 2 hours of irrigation for measurements of depth and width.
Figure 3. Tomato plants at 3 weeks after transplanting with staking and first string tied, in an Alpin-Blanton-Foxworth fine sand, on 28-inch wide mulched beds, using drip tape with 0.24gph flow rate, 12-inch emitter spacing.
