Design And Implementation Of Crop Scientific Breeding Management System

Crop breeding is an important part in agricultural production,but in the past it mainly rely on artificial,and the process is complicated,time-consuming.The collection of cultivar character information in breeding experiment requires manual record,and most of them are on paper recording.The information of breeding resources often depends on the experience of breeders and lacks of scientific analysis tools.This objective reasons above limit the development of commercial breeding.Through the implementation of crop breeding experiments assisted by information technology,all kinds of breeding information and breeding resources in the whole business process can be integrated and managed comprehensively and efficiently,which is of great significance for the improvement of breeding efficiency and auxiliary analysis and decision.Therefore,this paper designs a crop scientific breeding management system,and carries out detailed design and implementation based on the potato breeding work.This article first introduces the background and development status of crop breeding,summarizes the problems and difficulties in breeding work,and expounds the research significance of this topic.Then combined with the actual research of crop breeding production environment,the user role,functional requirements and non-functional requirements of the system were analyzed.Then,based on the functional requirements of the system,the overall design of crop scientific breeding management system was made,including software hierarchy design,function module division and relational database design.Finally,the potato breeding management system was designed and developed in detail,and the system was tested completely.The research work in this paper has verified the feasibility and effectiveness of information technology in crop breeding management,developed a management system for potato breeding and put it into practice,which provides a good reference for the application of information technology in more crop breeding fields.