Summary
Changes in infiltration and runoff caused by pitting and mulching under sprinkler irrigation were studied on two soil types. Pitting or diking was done with an implement called a “dammer-diker”. Five soil treatments were applied: shallow and deep “dammer-diker”, shallow “dammer-diker” with mulch, bare, and a mulched soil, combined with two water application rates. Total water infiltration and runoff varied during the experiment. Runoff decreased with area of water storage provided by the pits and the less water was applied. Mulch treatments also reduced runoff. Surface water storage decreased during the season. Changes in soil physical properties due to pitting were more important in controlling runoff than surface water storage.
The effective saturated hydraulic conductivity of the soil progressively decreased through the season for all soil treatments and water application rates.
A model was developed to simulate the effect of pits on runoff. On a silt loam soil, simulated percent runoff and accumulated runoff over time for the bare and pitted treatments agreed closely to measured values. The agreement of simulated to measured runoff for a silty clay loam soil was not as good probably because of cracking which the simulation model did not take into account.
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Oliveira, C.A.S., Hanks, R.J. & Shani, U. Infiltration and runoff as affected by pitting, mulching and sprinkler irrigation. Irrig Sci 8, 49–64 (1987). https://doi.org/10.1007/BF00256815
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DOI: https://doi.org/10.1007/BF00256815