An ecological cloud platform data analysis application system

Abstract

The invention discloses an ecological cloud platform data analysis application system. The system comprises an access layer, an interaction interface for a user and the whole analysis application system, a display layer which is used for information visualization, providing an information visualization service and ensuring information visualization; an application layer which integrates all functional services and applications of an analysis application system and is used for system management, data analysis, species management, quantitative evaluation management, biodiversity threat assessment, biodiversity protection mechanisms, species endangered management, species identification and knowledge science popularization; a pushing layer which is used for providing a government platform interface, an enterprise platform interface and a scientific research platform interface; and a data layer which is used for providing data storage services for various types of data generated in the application layer. According to the method, the data is effectively integrated, the limitation of information islands in the field of biological ecological information is broken through, and the favorable data support is provided for industrial development of related fields.

Description

technical field [0001] The invention relates to a data analysis system, in particular to an ecological cloud platform data analysis application system. Background technique [0002] Biodiversity refers to the ecological complex formed by organisms and the environment and the sum of various ecological processes related to it, including the diversity of species, ecosystem and genetics. With the expansion of the scope of human social activities and the transformation of nature by humans, biodiversity is facing more and more serious problems, such as ecological security and resource security, including soil erosion, environmental pollution, temperature rise, drought and flood etc. Regarding biological species management, ecosystem monitoring, and genetic factor control, there are still difficult problems to solve. [0003] On the other hand, biology, ecology, environment and other disciplines and departments are segmented and managed in isolation; with regard to biological inf...

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Problems solved by technology

[0003] On the other hand, biology, ecology, environment and other disciplines and departments are segmented and managed in isolation; with regard to biological information collection hardware, data use efficiency is low; information resources cannot be shared, data quality is uneven, and repeated construction is serious, etc. This makes it difficult to carry out multi-disciplinary and multi-departmental integration work on biodiversity, and thus becomes a shackle that effectively solves the problem of information islands that have plagued the field of biological ecology for a long time

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