The invention relates to an aquaculture environment intelligent monitoring system comprising a sensing module, an environment monitoring management platform, and a display module. The sensing module is located at a fish pond greenhouse to perform field data acquisition. The environment monitoring management platform carries out filtering, grouping, association, and aggregation on information acquired by a physical sensing apparatus in order to form effective information for users. The display module is used for exporting and displaying effective information acquired by the environment monitoring management platform. The aquaculture environment intelligent monitoring system provided by the technical scheme of the invention achieves intelligent sensing, intelligent early warning, intelligent decision, and intelligent analysis for agricultural production environment, provides precise cultivation, visualized management, and intelligentized decision for fishery, and achieves data acquisition, concentrated display, automatic alarm, and remote monitoring of parameters such as temperature, humidity, and dissolved oxygen content of a base indoor intelligent fish pond.