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This article in AJ

  1. Vol. 72 No. 2, p. 361-362
     
    Received: July 16, 1979
    Published: Mar, 1980


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doi:10.2134/agronj1980.00021962007200020025x

Prediction and Control of Porosity and Water Retention in Sand-Soil Mixtures for Drained Turf Sites1

  1. L. Art Spomer2

Abstract

Abstract

Sand-soil mixtures are commonly used in drained turf sites such as golf greens and athletic fields to ensnre proper water retention. The objective of this study was to develop a physical model useful in developing mixture recommendations based on a few simple laboratory measurements on the components and which eliminates extensive field testing. A simple physical model which predicts the total porosity, water retention porosity, and aeration porosity of bidisperse sand-soil mixtures from the bulk or mixing volumes of each fraction and their individual total porosities was developed and laboratory tested. The porosities of each of a series of compacted sand-soil mixtures were measured and compared to those predicted by the model. Actual porosities were within 3% of predicted values. This model apparently accurately predicts the porosity and water retention of sand-soil mixtures and should prove useful in developing recommendations for using such mixtures on golf greens.

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