Construction of Ecological Environment Information System Based on Big Data: A Case Study on Dongting Lake Ecological Area

Abstract

With the rapid development of cloud computing, Internet of Things, and other technologies, the information technology trend led by “big data” has an impact on all fields. The application of big data technology in the field of ecological environmental protection enables accurate and comprehensive ecological information collection, data analysis, and mining, accurate ecological problem identification, and effective solution. Taking Dongting Lake Ecological Area as an example, this paper constructs an ecological environment information system based on big data and expounds its specific application in water, atmosphere, soil environment monitoring, and pollution control, aiming to provide a reference for the application of big data technology in the field of ecological environment protection in Dongting Lake Ecological Area and more effectively maintain the ecological environmental quality and safety in the area.

Optimal Design of Ecological Landscape Spatial Structure Based on Edge Computing of Internet of Things

“…Finally, this article analyzes the degree of majorization of the urban ecological landscape structure of city A in 2020-2021 under the guidance of the majorization plan and the corresponding biodiversity. Based on this, this article judges whether the urban ecological landscape structure majorization method based on the edge computing of the Internet of Things is effective [25]. The results show that the ecological landscape spatial structure of smart cities in the IoT environment has been optimized to a certain extent.…”

Effect Evaluation of Eco-Environmental Big Data Resource Integration and Data Sharing Construction

“…Environment. Eco-environmental information is the basis for environmental monitoring, analysis and evaluation, simulation prediction, and planning decision-making, while eco-environmental spatial data is the quantitative or cartographic representation of eco-environmental information [14]. As a kind of geospatial data that reflects the temporal and spatial relationship between human forces, the state of the system, human feedback, and the environmental effects shown by the system, as well as its quantitative proportion and characteristic properties, the spatial data of ecological environment has a series of unique characteristics, which are highlighted as follows:…”