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| Highlights |
- In the first year of this study, sensors were mounted along a center-pivot irrigation system on the Helms Farm to measure the water needs of corn and cotton.
- Bart_Thesis.pdf, 2.4 megabytes
- Irrigation research using PA tools indicates varietal differences in yield response to application method and strategy. Some varieties apparently respond better to the use of highly efficient LEPA irrigation during pod development than do others.
- Schubert-PorterPAReport02.pdf, 417.3 kilobytes
- Remote sensing technologies have the potential of differentiating between agronomic stresses by quantifying plant pigments such as carotenoids and anthocyanins.
- 2002PAReportFormandLetter.pdf, 1.0 megabytes
- In 2002, crop management zones, based on slope and soil electrical conductivity, were used to allocate irrigation water to a corn crop in Helms. This concept was succes2fully applied and tested. making this a viable management approach.
- PA-Helms-2002.pdf, 286.7 kilobytes
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Image
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 Steve Jackson measuring the pressure of a water distribution manifold of the variable-rate irrigation system at the Helms Research Farm, 2002.
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| Brochures |
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Precision
Agriculture Yield Mapping System for Peanuts on the Texas
South Plains
Click here for the PDF
Check
out other current issues
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| Full
Reports |
- Sensor Guided Application for Precision Irrigation. 2002. Maas, S. J., R. Lascano and B. Jaeken Helms Farm, Halfway, TX. In the first year of this study, sensors were mounted along a center-pivot irrigation system on the Helms Farm to measure the water needs of corn and cotton.
- Bart_Thesis.pdf, 2.4 megabytes
- Water Management in Precision Agriculture in Peanut Systems. 2002. Schubert, M. and D. Porter AG-CARES and Western Peanut Growers Research Farm. Irrigation research using PA tools indicates varietal differences in yield response to application method and strategy. Some varieties apparently respond better to the use of highly efficient LEPA irrigation during pod development than do others.
- Schubert-PorterPAReport02.pdf, 417.3 kilobytes
- Prediction, detection, and quantification of plant diseases with remote sensing technologies. 2003. Rush, C. M., K. Steddom and F. Workneh Bushland, Texas. Remote sensing technologies have the potential of differentiating between agronomic stresses by quantifying plant pigments such as carotenoids and anthocyanins.
- 2002PAReportFormandLetter.pdf, 1.0 megabytes
- Precision Agriculture for Summer Grain Crops. 2002. Lascano, R., J. Bordovsky, K. Bronson, E. Bynum, D. Nesmith, S. J. Officer, J. Booker, G. Peterson, D. Rosenow, E. Segarra, C. Trostle, W. Xu and L. T. Wilson Helms Farm. In 2002, crop management zones, based on slope and soil electrical conductivity, were used to allocate irrigation water to a corn crop in Helms. This concept was succes2fully applied and tested. making this a viable management approach.
- PA-Helms-2002.pdf, 286.7 kilobytes
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© Copyright 2003 Texas A&M University
System
Agriculture Program
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