Method and system for dynamically monitoring and evaluating culture state of marine ornamental fishes

Abstract

The embodiment of the invention provides a method and system for dynamically monitoring and evaluating the culture state of marine ornamental fishes, and the method comprises the steps of obtaining key microenvironment parameters of a to-be-evaluated marine ornamental fish culture region in a preset monitoring period, and constructing a key microenvironment parameter feature matrix according to the key microenvironment parameters; according to a preset optimal micro-environment parameter interval and the key micro-environment parameter characteristic matrix, obtaining a key micro-environment parameter marginal deviation rate of the to-be-evaluated marine ornamental fish culture area; substituting the marginal deviation rate of the key microenvironment parameters into a marine ornamental fish culture ecological state evaluation model to obtain marine ornamental fish culture ecological state parameters; evaluating the culture state of the to-be-evaluated marine ornamental fish culture area according to the marine ornamental fish culture ecological state parameters to obtain a culture state monitoring result of the to-be-evaluated marine ornamental fish culture area. According to theembodiment of the invention, dynamic monitoring, evaluation and intelligent optimization control of the survival state of the seawater aquarium fish can be realized.

Description

technical field [0001] The invention relates to the technical field of aquatic product intelligent cultivation and environmental monitoring, in particular to a dynamic monitoring and evaluation method and system for the cultivation status of seawater ornamental fish. Background technique [0002] As the new darling of the current aquarium industry, seawater ornamental fish is an important part of the marine aquarium trade industry. However, problems such as low larval rearing efficiency and high requirements for artificial breeding have resulted in the current situation that the cost of seawater ornamental fish culture is generally high; at the same time, there is a significant lag in the development of small-scale seawater ornamental fish intelligent breeding and environmental monitoring technology. How to use technical means The realization of intelligent breeding of high-value seawater ornamental fish and early warning of environmental parameters, etc., has important prac...

AI Technical Summary

Problems solved by technology

However, problems such as low larval rearing efficiency and high requirements for artificial breeding have resulted in the current situation that the cost of seawater ornamental fish culture is generally high; at the same time, there is a significant lag in the development of small-scale seawater ornamental fish intelligent breeding and environmental monitoring technology. How to use technical means The realization of intelligent breeding of high-value seawater ornamental fish and early warning of environmental parameters, etc., has important practical significance and application prospects for remote real-time monitoring of the living status of seawater ornamental fish, timely regulation of key parameters of the breeding microenvironment, and improvement of the survival rate of seawater ornamental fish

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