Intelligent water-saving synergistic planting system and method for winter wheat and summer corn

Abstract

The invention relates to the technical field of agricultural planting, and discloses an intelligent water-saving and efficiency-improving planting system and method for winter wheat and summer maize, and the system comprises a data collection module which is used for collecting the real-time water content and historical yield data of soil of a crop rotation planting plot; the agronomic parameter setting module is used for generating equal-depth wide-width uniform sowing parameters of wheat and wide-narrow row sowing parameters of corn; the water and fertilizer integrated module is used for setting a laying interval of a shared drip irrigation belt of the wheat and the corn and configuring a self-adaptive water and fertilizer coordinated regulation and control mechanism of the wheat and the corn; the feedback control module is used for setting a water and fertilizer feedback system and a graded anti-blocking early warning mechanism of the crop rotation planting plot; and the intelligent planting module is used for configuring an intelligent integrated planting device for wheat and corn in combination with a self-adaptive water and fertilizer coordinated regulation mechanism and a graded anti-blocking early warning mechanism, and executing intelligent planting treatment of the wheat and the corn. The crop yield and resource utilization efficiency of winter wheat and summer corn are improved.

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