Publication : Applied Engineering in Agriculture

2024

King, B.A. and Tarkalson, D.D. and Bjorneberg, D.L. (2024) Evaluation of canopy temperature based crop water stress index for deficit irrigation management of sugaar beet in semi-arid climate. Applied Engineering in Agriculture. 40(1):95-110. 20 February 2024.

2022

King, B.A. and Tarkalson, David D. and Bjorneberg, David L. (2022) Cumulative deficit irrigation and nitrogen effects on soil water trends, evapotranspiration, and dry matter and grain yield of corn under high frequency sprinkler irrigation. Applied Engineering in Agriculture. 38(4):669-683. 11 August 2022.

2014

King, B.A. and Winward, T.W. and Bjorneberg, D.L. (2014) Comparison of drop size and velocity measurements by a laser precipitation meter and low-speed photography for an agricultural sprinkler. Applied Engineering in Agriculture. 30(3):413-421.

Bjorneberg, D.L. and King, B.A. (2014) Groundwater use on southern Idaho dairies. Applied Engineering in Agriculture. 30(1):41-45.

2011

King, B.A. and Bjorneberg, D.L. (2011) Evaluation of Potential Runoff and Erosion of Four Center Pivot Irrigation Sprinklers. Applied Engineering in Agriculture. 10 February 2011. pp. 75-85.

2010

King, B.A. and Winward, T.W. and Bjorneberg, D.L. and Wall, R.W. (2010) Collector design for measuring high intensity time variant sprinkler application rates. Applied Engineering in Agriculture. 26(1):85-95.

King, B.A. and Winward, T.W. and Bjorneberg, D.L. (2010) Laser precipitation monitor for measurement of drop size and velocity of moving spray-plate sprinklers. Applied Engineering in Agriculture. 26(2):263-271.

2009

King, B.A. and Wall, R.W. and Karksy, T.F. (2009) Center-pivot irrigation system for independent site-specific management of water and chemical application. Applied Engineering in Agriculture. 25(2):198.

King, B.A. and Wall, R.W. and Taberna, J.P, Jr. (2009) Spatially distributed control netowork for flow proportional chemical injection with center pivot irrigation. Applied Engineering in Agriculture. 25(5):677-683.

2007

Bjorneberg, D.L. and Prestwich, C.J. and Evans, R.G. (2007) Evaluating the surface irrigation soil loss (SISL) model. Applied Engineering in Agriculture. 23(4):485-491.

2006

King, B.A. and Stark, J.C. and Wall, R.W. (2006) Comparison of site-specific and conventional uniform irrigation management for potatoes. Applied Engineering in Agriculture. 22(5):677-688.

Payero, J.O. and Tarkalson, D.D. and Irmak, S. (2006) Use of time domain reflectometry for continuous monitoring of nitrate-nitrogen in soil and water. Applied Engineering in Agriculture. 22(5):689-700.

2005

Kincaid, D.C. (2005) Application rates from center pivot irrigation with current sprinkler types. Applied Engineering in Agriculture. 21(4):605-610.

King, B.A. and Wall, R.W. and Kincaid, D.C. and Westermann, D.T. (2005) Field testing of a variable rate sprinkler and control system for site-specific water and nutrient application. Applied Engineering in Agriculture. 21(5):847-853.

Clemmens, A.J. and Bjorneberg, D.L. (2005) New furrow flume for high sediment loads. Applied Engineering in Agriculture. 21(2):227-236.

Bjorneberg, D.L. and Lentz, R.D. (2005) Sediment pond effectiveness for removing phosphorus from PAM-treated irrigation furrows. Applied Engineering in Agriculture. 21(4):589-593.

2004

King, B.A. and Kincaid, D.C. (2004) A variable flow rate sprinkler for site-specific irrigation management. Applied Engineering in Agriculture. 20(6):765-770.

2002

Kincaid, D.C. and Trout, T.J. (2002) Squeezer: A device for indirect pressure measurement in thin-walled microirrigation tubing. Applied Engineering in Agriculture. 18(6):685-690.

2001

DeBoer, D.W. and Monnens, M.J. and Kincaid, D.C. (2001) Measurement of sprinkler droplet size. Applied Engineering in Agriculture. 17(1):11-15.

2000

Bjorneberg, D.L. and Aase, J.K. (2000) Multiple polyacrylamide applications for controlling sprinkler irrigation runoff and erosion. Applied Engineering in Agriculture. 16(5):501-504.

1998

Bjorneberg, D.L. and Karlen, D.L. and Kanwar, R.S. and Cambardella, C.A. (1998) Alternative N fertilizer management strategies effects on subsurface drain effluent and N uptake. Applied Engineering in Agriculture. 14(5):469-473.

1996

Kincaid, D.C. and Romspert, D.G. (1996) Inexpensive pressure regulation for irrigation pipelines. Applied Engineering in Agriculture. 12(2):203-207.

1995

Lentz, R.D. and Dowdy, R.H. and Rust, R.H. (1995) Measuring Wind and Low-Relief Topographic Effects on Rainfall Distribution. Applied Engineering in Agriculture. 11(2):241-248.

Humpherys, A.S. (1995) Semiautomation of irrigated basins and borders: I. Single-function turnout gates. Applied Engineering in Agriculture. 11(1):67-74.

Humpherys, A.S. (1995) Semiautomation of irrigated basins and borders: II. Dual-function turnout gates. Applied Engineering in Agriculture. 11(1):75-82.

Humpherys, A.S. (1995) Semiautomation of irrigated basins and borders: III. Control elements and system operation. Applied Engineering in Agriculture. 11(1):83-91.

Humpherys, A.S. and Fisher, H.D. (1995) Water sensor feedback control system for surface irrigation. Applied Engineering in Agriculture. 11(1):61-65.

1994

Trout, T.J. and Kincaid, D.C. (1994) Cablegation evaluation methodology. Applied Engineering in Agriculture. 9(6):3-528.

1992

Humpherys, A.S. and Oest, E.E. (1992) Dual-conduit layflat tubing for water conveyance and distribution. Applied Engineering in Agriculture. 8(1):33-40.

McCann, I.R. and Kincaid, D.C. and Wang, D. (1992) Operational characteristics of the watermark model 200 soil water potential sensor for irrigation management. Applied Engineering in Agriculture. 8(5):603-609. ASAE, 2950 Niles Rd., St. Joseph, MI.

1991

Humpherys, A.S. (1991) Center-of-pressure gates for irrigation. Applied Engineering in Agriculture. 7(2):185-192.

Kincaid, D.C. and Fisher, H.D. (1991) A radio-controlled trencher for accurate installation of shallow ditches and pipelines. Applied Engineering in Agriculture. 7(2):216-220.

1986

Trout, Thomas (1986) Pressure Sensor Configurations for Open Channel Flow Recorders. Applied Engineering in Agriculture. 2(2):129-132.