Search Results - "Skopp, J."

Steady-state aerobic microbial activity as a function of soil water content by Skopp, J. (Univ. of Nebraska, Lincoln, NE), Jawson, M.D, Doran, J.W

“…Soil physical properties often regulate aeration-dependent microbial activities important to nutrient cycling, soil fertility and environmental quality…”
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Vadose Zone Hydrology: Cutting Across Disciplines by Skopp, J.

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Rapid water flow instrumentation by TROYER, Wallace, SKOPP, J

“…Measuring high flow rates for small quantities of water is useful when determining soil hydraulic properties. A system that measures such flow rates precisely…”
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Oxygen uptake and transport in soils: analysis of the air-water interfacial area by Skopp, J

“…Aeration of soil influences root activity, microbial processes, and chemical reactions. Descriptions of this process have relied on macroscopic concepts which…”
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Miscible Displacement: An Interacting Flow Region Model by Skopp, J., Gardner, W. R.

“…No existing microscopically based models of solute transport in porous media are completely satisfactory. In particular, it is difficult to a priori provide an…”
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Diffusion, adsorption, and predicted longevity of banded phosphorus fertilizer in three soils by Eghball, B. (Univ. of Nebraska, Lincoln, NE), Sander, D.H, Skopp, J

“…Diffusion of banded P fertilizer influences the residual P effect, root/P-fertilizer contact, fertilizer-P longevity (the time after which the contribution of…”
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Air Pollution IX / Applied Contaminant Transport Modeling (Second Edution) / Environmental Science. Physical Principles and Applications by Skopp, J

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Chemical kinetics from a thin disc flow system: theory by Skopp, J, McCallister, D

“…Chemical kinetics information is difficult to obtain. Interpretation of data sets are subject to ambiguity both in regard to existing theory as well as in…”
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Solute movement in structured soils: two-region model with small interaction by Skopp, J., Gardner, W.R., Tyler, E.J.

“…A theory of solute movement is presented for those soils where the liquid‐filled pores can be partitioned into two distinct pore size classes. One region…”
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Detachment of soil as affected by fertility management and crop rotations by Hussain, S. K., Mielke, L. N., Skopp, J.

“…An experiment was initiated on Sharpsburg silty clay loam (fine, montmorillonitic, mesic Typic Argiudoll) in 1981 to compare the effects of fertility…”
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Rapid water flow instrumentation by Troyer, Wallace, Skopp, J.

“…Measuring high flow rates for small quantities of water is useful when determining soil hydraulic properties. A system that measures such flow rates precisely…”
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Physical and Chemical Hydrogeology, 2nd edition: Edited by Patrick A. Domenico and Franklin W. Schwartz, John Wiley and Sons. 605 Third Avenue, New York, NY 10158. 1998. 506 p. $105.95 ISBN 0‐471‐59762‐7 by Skopp, J.

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Soil water diffusivity determination by a modified one-step outflow method by Mu'azu, S. (Univ. of Nebraska, Lincoln, NE), Skoop, J, Swartzendruber, D

“…One-step outflow procedures represent potentially rapid and convenient procedures to obtain soil-water-diffusivity and unsaturated-hydraulic-conductivity data…”
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Physical and Chemical Hydrogeology, 2nd edition by Skopp, J.

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Alternative soil water release parameters for distinguishing tillage effects by Powers, W.L. (Univ. of Nebraska, Lincoln, NE), Baer, J.U, Skopp, J

“…Tillage effects on the water-holding characteristics are frequently difficult to evaluate. This may partially be due to the insensitivity of the parameters…”
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A Two‐Phase Model for the Miscible Displacement of Reactive Solutes in Soils by Skopp, J., Warrick, A. W.

“…Miscible displacement is studied by considering the flow regime to be composed of separate mobile and stationary phases. Solute transfer through the mobile…”
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A review of sediment predictive techniques as viewed from the perspective of nonpoint pollution management by Skopp, J., Daniel, T. C.

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A baseline study on trace metal elution from diverse soil types by Korte, N.E., Skopp, J., Niebla, E.E., Fuller, W.H.

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Comment on “Micro‐, Meso‐, and Macroporosity of Soil” by Skopp, J.

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Chemical Kinetics from a Thin Disc Flow System: Theory by Skopp, J., McCallister, D.

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