Interactive ocean breeding and releasing signs and information feedback system

Abstract

The invention discloses an interactive marine breeding and release sign and information feedback system, belonging to the technical field of sign information feedback, including: individual sign system: used for individual sign, information collection and sending and receiving; fixed information collection system: used for fixed path or area Obtain the maximum frequency of contact with markers and information collection; mobile information collection terminal: used for the storage of routine capture individual information, as a supplement to the collection of information gaps; information statistics platform: used for statistics, processing and analysis of collected feedback information; The individual marking system A includes an environmental parameter information collection module, an information identification and sending module, an information receiving and storage module, a timing excitation control module, a power supply module and a stabbing device. The present invention constructs an integrated information feedback network, and realizes the sign of animals in a large-scale ecological environment and releases animals to collect information and interact, share and transmit information in their environment.

Description

technical field [0001] The invention belongs to the technical field of sign information feedback, and in particular relates to an interactive marine breeding and releasing sign and an information feedback system. Background technique [0002] Mark release technology is initially used to study the migration of fish, usually after marking the fish and then releasing them, and then drawing the migration route map and catch distribution map of the fish according to the catch record of the mark fish, so as to infer its swimming movement direction, course, range and speed. By using the biological data such as the recapture rate and body length and weight of the marked fish, the change of the marked fish population can be estimated, and the effect of proliferation and release can be evaluated. Later, marker technology was also used in the study of large land animals, birds and other organisms. [0003] At present, there are many types of labeling techniques at home and abroad, wh...

AI Technical Summary

Problems solved by technology

[0004] However, while the marking technology is changing with each passing day, the recapture or information feedback has lost its position in the research work, because the information feedback cannot be performed after the marking is released, and the marking loses its meaning

Initially, researchers were able to study fish populations in fish ponds using the method of marking and recapturing. Now, various physical techniques have been developed to apply marking practices, but often all research work is limited to rivers, small water bodies, small forests, etc. A controllable environment, but for large living spaces such as grasslands, forests and even oceans, the work of recapturing has become a fantasy. The released animals are gone forever, and the information feedback work is impossible. After the marked animals are released, the signs will fall off due to various reasons, and the degree of feedback feedback will be further reduced

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