Precision
Sensing Extension Workshop, August 1-4, 2006
Stockport, Southern Australia and
Urgench, Uzbekistan |
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DAY 1 |
Australian
Visitors to OSU |
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NEW Australia Load UP 2006
Spring Wheat File (excel file for the IPAQ) |
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8:00-8:45 |
Resolution
and Scale of Measurements |
8:45-9:00 |
Radiometric Theory & Vegetative Indices |
9:00-9:20 |
Why is Mid-Season N the Way to Go?
RAMP and N Rich Strips
*Maximum Yield Potential
*Predicting Fertilizer Response
Ramp
Program (v. 1.5)
Ramp Data (Hennessey)
Ramp Data (LCB) |
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10:00-10:15 |
BREAK |
10:15-11:00 |
1.
Overview of the Entire
System
2.
Components of
the Nitrogen Fertilization Optimization Algorithm (NFOA) |
11:15-12:00 |
Sensor Based
Nitrogen Rate Calculator (SBNRC)
Web Based Calculation of Whole Field Topdress N
Rates
|
12:00-12:40 |
LUNCH |
12:40-1:00 |
NEW Research:
Plant
height, New applicators,
Application of
CV |
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1:00-2:00 |
Training on the Use of Hand-Held Sensor, Use
of Load UP Files and SBNRC |
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2:00-3:00 |
Data Interpretation, added Examples for
On-Line Algorithms
*Use of IPAQ Program for N Rate Recommendations |
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Added Issues |
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Discussion on the use of hand held sensor
with the IPAQ, problems, etc. |
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History of predicting Yield Potential for Various Crops, Refining Regional
Algorithms,
Library of Yield Prediction Equations
NEED for environment specific YIELD PREDICTION
EQUATIONS
|
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Jeff Edwards:
Use of Sensing Technologies for Forage Yield
Prediction in Wheat |
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Discussion to identify problems and
potential improvements
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What
did the Check Plots Yield? |
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Cookbook for generating environment and crop specific yield prediction
equations |
ADDED REFERENCES |
1.
Spatial Variability in Precision Agriculture
2.
Resolution
Determination,
3.
History of Indirect
Measures,
4.
Descriptive Statistics
5.
History of Predicting Yield Potential, N Response and N Rates
6. GIS,
7. Sampling Strategies
8.
Remote
Sensing
9.
Satellite Management |
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