Ecological cloud platform data input system based on big data and use method

Abstract

The invention discloses an ecological cloud platform data input system based on big data and a use method. The system comprises a data persistence layer which is used for providing datamation data service; a Model layer which is used for packaging the ORM of the JDBC; a Dao layer which is used for providing a data access service for a user; a Service layer which is used for providing a service logic relationship and realizing logic among services; a Controler layer which is used for providing Model data in the MVC, and processing the response results; a View layer which is used for interface view rendering; and the API interface which is used for interacting with an external data system to realize ecological cloud data sharing. According to the invention, the capabilities of information acquisition, processing and service can be improved.

Description

technical field [0001] The invention relates to a data entry system, in particular to a big data-based ecological cloud platform data entry system and a usage method. Background technique [0002] Biodiversity has an important impact on ecological balance. In an ecosystem, the disappearance of a species may destroy the ecological balance. Organisms rely on information connection to maintain their clustering and normal reproduction. Man-made release of certain substances into the environment interferes or destroys the information connection between organisms, which may cause the ecological balance to be out of balance or destroyed. Natural resources provide many basic raw materials for human development and well-being, but natural resources such as marine resources, tropical timber, water resources, medicinal plants and wildlife are overexploited. This uncontrolled development poses a major threat to the survival of many species. [0003] To this end, mastering informatio...

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Problems solved by technology

[0004] However, information on biodiversity has some shortcomings

First of all, due to the hugeness and complexity of biodiversity information, data collection is incomplete and inaccurate, which affects the analysis and evaluation of biodiversity based on data; second, the status assessment and threat assessment indicators involved in biodiversity are not comprehensive enough , relatively weak, reducing the effectiveness of biodiversity protection measures; finally, limited by technological development and changes in the industrial chain, the data and information involved in biodiversity are comprehensive and not comprehensive enough, which affects the accuracy and effectiveness of each evaluation indicator sex

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