论文部分内容阅读
根据对我国大麦赤霉病[Gibberdla zeae(Schw.)Petch.]、黄花叶病(BaYMV)和黄矮病(BYDV)三大主要病害进行的抗病性鉴定获得的38000余个病情数据,其中,抗赤霉病库的数据计有5000余份品种,抗黄花叶病库的数据计有1万余份品种,抗黄矮病库的数据计有3650份品种,主要农艺性状库的数据汁有11862份品种,作者于1986—1990年在国产长城0520CH微机上,用汉字dBASE—Ⅲ初步建立了大麦种质资源抗病性数据库管理系统(BGRMS)。本系统采用结构化程序设计方法,自顶而下形成一个四级树结构,整个管理系统由总控、数据编辑、查询、统计分析和系统维护共五个模块、十一个子模块组成。本系统经初步应用,节省了大量的人力和物力。
Based on the disease resistance data of more than 38,000 of the three major diseases of Gibberella zeae (Schw.) Petch., Yellow Blight (BaYMV) and Yellow Dwarf (BYDV) in China, , There are more than 5000 varieties of anti-scab database data, more than 10,000 varieties of anti-yellow mosaic virus database, 3650 varieties of anti-yellowish short virus database, data juice of major agronomic trait database There are 11,862 varieties. The author made a preliminary establishment of Barley Germplasm Resistance Database Management System (BGRMS) with Chinese characters dBASE-Ⅲ on the domestic Great Wall 0520CH microcomputer in 1986-1990. The system uses a structured programming method to form a four-level tree structure from top to bottom. The whole management system is composed of five modules and eleven sub-modules of total control, data editing, query, statistical analysis and system maintenance. The initial application of the system, saving a lot of manpower and material resources.