by Jinrong Tan, Wenyue Zhang, Bo Li
2025,7(1);
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Abstract
To prevent and control the “non-agriculturalization” and “non-grainization” of arable land and
permanently designated basic farmland, China must comprehensively establish a Field Manager System aimed
at the protection of these lands. This platform is supported by digital technologies and focuses on the regulation
of arable land use. By integrating microservices architecture, distributed storage and search technologies, and
relational databases, the system ensures the real-time availability, accuracy, and security of data. This integration
facilitates large-scale, high-concurrency storage, querying, loading, and high-quality management of arable
land-related data. Ultimately, by constructing an intelligent supervision platform for the Field Manager System
in arable land protection, the platform achieves functionalities including arable land data management, field
inspection task management, anomaly reporting and handling, problem verification and rectification, equipment
maintenance, personnel management, and responsibility assessment. This integration forms an end-to-end closedloop process encompassing the monitoring, discovery, warning, reporting, review, rectification, and case handling
of arable land issues. Consequently, it enhances arable land protection planning and supervision, standardizes the
management processes for arable land protection, strengthens interdepartmental collaboration and coordination,
and effectively improves the standardization, precision, intelligence, and efficiency of arable land protection
efforts.
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