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TECHNICAL REPORT
SURFACE WATER QUALITY

Biosolids Application in the Chihuahuan Desert

Effects on Runoff Water Quality

Dep. of Range, Wildlife, and Fisheries Management, Texas Tech University, Lubbock, TX 79409

Corresponding author (rostagno{at}cenpat.edu.ar)

Received for publication August 9, 1999. Surface-applied biosolids, the option most often used on rangelands, can increase the concentration of macronutrients and trace elements in the runoff water and can potentially produce eutrophication or contamination of surface waters. In this study, the effects of postapplication age of biosolids (18, 12, 6, and 0.5 mo) and rate of application (0, 7, 18, 34, and 90 Mg ha^-1) on the quality of runoff water from shrubland and grassland soils were assessed. Between July and October 1996 simulated rainfall was applied to 0.50-m² plots for 30 min at a rate of 160 mm h^-1. All of the runoff water was collected. The concentration of NH⁺₄–N, NO^-₃–N, PO^3-₄–P, total dissolved phosphorus (TDP), Cu, and Mn in the runoff water increased with rate of biosolids application and decreased with time of postapplication on the two soils. The highest PO^3-₄–P and NH⁺₄–N concentrations, 4.96 and 97 mg L^-1, respectively, were recorded in the grassland soil treated with 90 Mg ha^-1 of biosolids 0.5 mo postapplication. For the same soil, rate, and postapplication age of biosolids, Cu exceeded the upper limit (0.50 mg L^-1) in drinking water for livestock. Ammonium N and PO^3-₄–P should be the main compounds considered when surface-applying biosolids. Ammonium N at concentrations found in all biosolids-treated plots may affect the quality of livestock drinking water by causing taste and smell problems. Orthophosphate can contribute to eutrophication if the runoff from biosolids-treated areas enter surface waters.

Abbreviations: EC, electrical conductivity • TDP, total dissolved phosphorus • TKN, total Kjeldahl nitrogen

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