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Articles by Kent Shannon
Remote Sensing | Free Full-Text | Evaluating the Spectral Response and Yield of Soybean Following Exposure to Sublethal Rates of 2,4-D and Dicamba at Vegetative and Reproductive Growth Stages
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Prepare to harvest high-moisture corn
By Kent Shannon Adjusted properly, a combine can handle corn between 20% and 30% moisture. However, as moistures exceed 30%, work may be needed to a find balance between leaving unthreshed grain in the field and grain damage. The following tips will help serve as a guide with the variability in this year's harvest season. Ground speed. The first consideration when it comes to harvesting wet corn is ground speed.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Dial in VRT before heading to the field
By Kent Shannon One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT-controlled equipment. In a few cases, traditional calibration procedures will work, but do not ensure proper operation over the expected range of varying application rates.
Calibration: A necessary step even with variable-rate technology
One item often overlooked when using variable-rate technology is the calibration of application equipment. Currently, no standard procedures exist for calibrating VRT. While calibration of spreaders, planters and sprayers is needed for uniform application, it is even more critical to calibrate VRT controlled equipment. In a few cases, traditional calibration procedures will work but do not ensure proper operation over the expected range of varying application rates.
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