FIELD: agriculture.
SUBSTANCE: in the proposed method capacity of SHF radiation reflected from a researched cluster in a cereal crop is measured, and is compared to the capacity of the SHF radiation reflected from the cluster of a cereal crop with available or basic moisture, for instance, 7%, and using a calibration curve that relates variation of SHF radiation capacity reflected from the cereal crop cluster with moisture, and grain moisture is detected.
EFFECT: possibility to remotely perform efficient monitoring of grain moisture in cereals that grow in the fields and to make a decision on the time of harvesting start.
1 dwg
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