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Agricultural Meteorology is the study of the relationship between agricultural production and weather conditions the laws of science, is one of the basic disciplines of agricultural sciences, meteorology disciplines important branch of applied meteorology. Agricultural meteorology research aims around the development and modernization of agriculture, continue to recognize and solve the the meteorological problem in the production of optimal weather conditions and measures to promote agricultural production. Since the 1960s, the rapid development of information technology, agro-meteorology observation means is the progressive realization of automation, telemetry and precision. With the continuous development of modern agriculture, production operations is constantly fine, automation continues to expand, the level of information technology continues to deepen, the objective requirements effectively manage related practitioners and Technology workers of agro-meteorological data collection, storage, query, analysis , to change the traditional mode of data management, to improve the information and the degree of automation, reduce staff stress, thereby enhancing agricultural productivity. Different regions, different time, climate characteristics varied geographical scale of agro-meteorological data, the time interval of the difference between a greater impact on agricultural production, teaching, research. The word \How effective and rational and appropriate management of agro-meteorological data for the production of teaching and scientific purposes, but the agricultural meteorology today one of the main issues that need to be addressed, agro-meteorological information system developed gradually attention. Detailed records for University Plant Production class professional production, teaching, scientific needs, or the production of crops with a higher degree of refinement of requirements needs micro agro-meteorological information system requirements analysis and design process. Text main points Introduction, Introduction of key technologies, needs analysis, outline design, detailed design, implementation, and testing, summed up the outlook most of the seven, which needs to do the analysis of the overall analysis part of the system to achieve the functionality and business processes, and system architecture preliminary design and database structure, and determine the required hardware resources and network systems. System design part of the micro-agro-meteorological information system modular processing and functional decomposition and system data structures and interfaces required to do a specific analysis and explanation. Part of the depth of the detailed design of specific design for each module. In this paper, the overall design of the micro-agro-meteorological information system and the function of each module, performance, input and output, algorithm, interface, program logic, storage allocation, and gives a more detailed design and process approach, system software development to develop detailed The plans submitted by systems analysts, its advice. This is the programmers for development and testing, maintenance documentation.
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