摘要
针对南宁市农业气象服务存在的数字化转型面临瓶颈、平台建设运维推广成本高、精细化程度不高等问题,在分析智慧农业气象服务需求与现状基础上,提出基于共生理念的农业气象服务模式,采用容器化技术与后端集成算法构建微型服务架构体系,轻量化服务输出架构以降低服务成本,形成标准化技术集成方案以实现服务模块的可复制性,并以南宁市茉莉花农业气象服务进行应用研究。结果表明,相比传统模式,该模式服务针对性更强、成本更低,能有效解决农业气象服务“最后一公里”问题,利于实际推广应用。
To address the problems existing in Nanning City’s agrometeorological services,such as bottlenecks in digital transformation,high platform development/operation/maintenance/promotion costs,and insufficient refinement,this study proposes an agrometeorological service model based on the symbiosis concept.This follows analysis of the demand for smart agricultural meteorological service and its current situation.The model employs containerization technology and backend integration algorithms to establish a microservices architectural system,implements a lightweight service output architecture to reduce service costs,and develops standardized technical integration solutions to achieve the replicability of service modules.An application study is carried out with jasmine agricultural meteorological services in Nanning.Results indicate that,compared with traditional modes,this model delivers services with higher targeting precision and lower costs,and can effectively resolve the“last-mile problem”in agrometeorological services,which is conducive to the practical promotion and application.
作者
叶骏菲
覃煌
梁生
黄东
吴良俊
黄智灵
汤耀国
林奕桐
YE Junfei;QIN Huang;LIANG Sheng;HUANG Dong;Wu Liangjun;HUANG Zhiling;Tang Yaoguo;LIN Yitong(Nanning Meteorological Bureau,Nanning 530029,China)
出处
《气象研究与应用》
2025年第2期168-174,共7页
Journal of Meteorological Research and Application
基金
广西气象科研计划项目(2023M13)
南宁市气象局重点科研项目(南气科202301)。
关键词
农业气象服务
共生
数字化
南宁市
agrometeorological service
symbiosis
digitalization
Nanning City
