Intelligent pasture management method and system

Abstract

The invention discloses an intelligent pasture management method and system. The method comprises the following steps: analyzing and acquiring grassland plant growth conditions through a remote sensing technology; setting an electronic fence area according to the grassland plant growth condition; determining livestock activity behavior position information through a positioning technology; and setting the positions of water troughs and salt bricks according to the livestock activity behavior position information. The plant growth condition and the livestock behavior can be accurately evaluated, so that the rotational grazing areas can be accurately designed and divided.

Description

technical field [0001] The invention relates to the field of electronic technology, in particular to an intelligent pasture management method and system. Background technique [0002] In the prior art, there are several problems in pasture management: [0003] First, a large number of traditional barbed wire fences are used in pasture management, which are expensive to build and difficult to move later; [0004] Second, livestock move freely in pastures, and lack of tracking and analysis of livestock activity behavior makes it difficult to reasonably plan feeding areas. GPS positioning technology is currently the most commonly used positioning technology. However, in terms of the positioning of grassland livestock, its positioning accuracy is not high enough, usually greater than 5 meters, and the positioning interval is relatively long, usually more than 5 minutes. Low precision and long positioning time intervals are not sufficient for the study of livestock behavior. ...

AI Technical Summary

Problems solved by technology

[0003] First, a large number of traditional barbed wire fences are used in ranch management, which is expensive to build and difficult to move later;

[0004] Second, livestock move freely in the pasture, lack of tracking and analysis of livestock activity behavior, and it is difficult to reasonably plan the feeding area

However, in terms of the positioning of grassland livestock, its positioning accuracy is not high enough, usually greater than 5 meters, and the positioning interval is relatively long, usually more than 5 minutes

Low precision and long positioning time intervals are not sufficient for the study of livestock behavior

[0005] Third, the free movement of livestock leads to the patchy distribution of grassland vegetation, but the lack of monitoring of plant growth makes it difficult to determine the grazing area

At present, most of the methods of manual grass cutting are used to determine the productivity of grassland plants, which is time-consuming and labor-intensive.

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