J. O. Reuss

Rocky Mountain Research Station

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A. E. Ludwick

South Dakota State University

D. W. Johnson

Oak Ridge National Laboratory

P. N. Soltanpour

Urmia University

David W. Johnson

University of Queensland

Robert C. Musselman

Rocky Mountain Research Station

J. F. Giles

University of Maryland, College Park

Frans J. M. Harren

Radboud University Nijmegen

Richard F. Wright

Norwegian Institute for Water Research

P. M. Walthall

Louisiana State University

R. A. Sommerfeld

Rocky Mountain Research Station

Cooperative Institutions

Colorado State University

Oak Ridge National Laboratory

Agricultural Research Service

United States Department of Agriculture

US Forest Service

Rocky Mountain Research Station

United States Geological Survey

Indian Council of Agricultural Research

University of Minnesota

University of Florida

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Interpretation of SoilData from the Rain Project

81 (1989)

J. O. Reuss

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Citations (1)

Watercourse Improvement in Pakistan

Thomas J. Trout W. D. Kemper J. O. Reuss MA Ashraf

Extensive conveyance loss measurements in watercourses in the Pakistan Indus Basin indicated water loss in the range of 30 to 50 per cent of the inflow. This high loss motivated the development and testing of several system improvements which could be grouped in the categories of improved maintenance, redesign and earthen reconstruction, and channel lining. Evaluation of the costs and water savings of these techniques allowed the formulation of an optimal watercourse improvement strategy. This improvement strategy, which increases water deliveries to the field by 30 per cent, is presently being applied on a large scale by the Pakistan On-Farm Water Management Project. Total farmer provision of labor is evidence of their support for the program and recognition of its benefits.

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Soil nitrate nitrogen levels as an index of nitrogen fertilizer needs of sugarbeets

Journal of Sugarbeet Research (1971)

J. O. Reuss P. Suresh C. Rao

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Nitrogen fertilizer

10.5274/jsbr.16.6.461

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Citations (21)

Chemical Reactions of Nitrites in Acid Soils

Soil Science Society of America Journal (1965)

J. O. Reuss Richard L. Smith

Sodium nitrite at a concentration of 400 ppm N was added to samples of 4 soils and the reaction products studied over several days. Nitrogen (N2) and nitrous oxide (N2O) gas evolutions were determined by means of a gas chromatograph. The higher oxides of N (NO + NO2) were absorbed in alkaline KMnO4 and then analyzed. Nitrogen gas (N2) was rapidly released by the acid soils but not by a cation resin used as an artificial medium. Minor amounts of N2O were detected. All products were the result of chemical rather than microbiological processes. The NO3- and higher oxides formed are almost certainly the result of HNO2 decomposition reactions. The processes leading to the formation of N2 and N2O remain in doubt. About 40% of the NO2- remaining after the gaseous atmosphere was flushed free of N2 was converted to N2 gas in 24 hours in the Bath silt loam (pH 4.6). In the less acid Fort Collins sandy clay loam (pH 5.6) and Walla Walla silt loam (pH 5.6) the comparable values were 12% and 9.5% respectively. From the Bath silt loam, 36% of the NO2- was found in the KMnO4 trapping solutions, but this required 96 hours. In the same time interval the amounts of these nitrogen oxides evolved and trapped in the systems for the Fort Collins and Walla Walla soils were 26% and 17%.

Silt

Nitrous oxide

10.2136/sssaj1965.03615995002900030014x

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Citations (47)

Physiological basis of submergence tolerance in rain-fed lowland rice: prospects for germplasm improvement through marker aided breeding

P. C. Ram Balbir Singh Amit Kumar Singh P. C. Ram Priyanka Singh

Germ plasm

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Restoring productivity to areas where the surface soil has been removed by land leveling

J. O. Reuss

Levelling

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Sprinkler Application of P and Zn Fertilizers¹

Agronomy Journal (1976)

Gary W. Hergert J. O. Reuss

Abstract The rapid development of sprinkler irrigation in the Great Plains has stimulated interest in applying fertilizers in sprinkler irrigation water. Sprinkler application and conventional preplant application effects of P and Zn fertilizers on the dry matter yield, nutrient content, and grain yield of corn ( Zea mays L.) were compared in 1968 and 1969. Both years preplant P treatments produced a significantly higher dry matter yield during the first 5 weeks of the growing season. No significant difference existed between P treatments after this time. In 1969 plants which received preplant P and Zn contained slightly higher concentrations of P and Zn than the plants which received sprinkler P and Zn. Grain yields were significantly increased by Zn application in 1968 but not in 1969. In 1968 on a Nunn clay loam soil (Aridic Argiustoll) the sprinkler‐applied P did not move below a 4–5 cm depth. On a Haxtun loamy sand (Pachic Argiustoll) in 1969 sprinkler‐applied P moved to a depth of approximately 18 cm. Sprinkler‐applied Zn moved to a maximum depth of 5 cm on both soils.

10.2134/agronj1976.00021962006800010002x

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Citations (9)

Soil Acidification: Fundamental Concepts

Ecological studies (1986)

J. O. Reuss D. W. Johnson

Soil acidification

Cation-exchange capacity

10.1007/978-1-4419-8536-1_2

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Citations (5)

A Critique of Models for Freshwater and Soil Acidification