A moisture-retention and humidity-preservation maintenance system and method for summer transplantation of camphor trees in Central China

Abstract

The present invention discloses a moisture-retention and humidity-preservation maintenance system and method for summer transplantation of camphor trees in Central China, relating to the technical field of plant transplantation and maintenance. The system comprises the following components: a data acquisition module, a blockchain storage module, a smart contract processing module, a maintenance resource scheduling module, and a moisture-retention and humidity-preservation execution module. By integrating the data acquisition module, the blockchain storage module, the smart contract processing module, the maintenance resource scheduling module, and the moisture-retention and humidity-preservation execution module, the present invention achieves comprehensive, real-time monitoring and precise regulation of the growth environment after transplantation of camphor trees. Maintenance operations are automatically triggered through smart contracts, and resource scheduling is optimized using reinforcement learning algorithms, thereby ensuring that transplanted camphor trees receive optimal moisture-retention and humidity-preservation care under high-temperature and drought conditions in summer.