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Soil Water Infiltration as Affected by the Use of the Paraplow
Transactions of the ASAE
  • S. Mukhtar, Iowa State University
  • J. L. Baker, Iowa State University
  • R. Horton, Iowa State University
  • D. C. Erbach, U.S. Department of Agriculture
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DOUBLE-RING infiltration measurements were made during the corn growing season to determine the effect of various tillage systems on 1- and 30-min cumulative infiltration at three locations in Iowa. The Paraplow*, a newly introduced tillage tool in North America, which loosens the soil but does not invert it, was compared with moldboard-plow, chisel-plow, and no-tillage treatments. The Paraplow treatment gave the highest 1- and 30-min cumulative infiltration throughout the growing season. Similar bulk densities to a depth of 10 cm were observed for all the tillage treatments except for immediately after fall tillage at one site where moldboard-plowed and chisel-plowed soils had the lowest bulk densities. No-tillage and Paraplow treatment plots generally had greater moisture contents in the top 10 cm. Deep, surface connected cracks enhanced soil water infiltration considerably, and residue cover, particularly on the surface of no-tillage and Paraplow treatment plots, seemed to prevent surface sealing that would restrict soil water infiltration.


This article is published as Mukhtar, S., J. L. Baker, R. Horton, and D. C. Erbach. "Soil water infiltration as affected by the use of the paraplow." Transactions of the ASAE 28, no. 6 (1985): 1811-1816. doi: 10.13031/2013.32524.

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S. Mukhtar, J. L. Baker, R. Horton and D. C. Erbach. "Soil Water Infiltration as Affected by the Use of the Paraplow" Transactions of the ASAE Vol. 28 Iss. 6 (1985) p. 1811 - 1816
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