Establishment of the Plant Germplasm Resources Information Management System of Beijing

doi:10.13466/j.cnki.lyzygl.2018.02.019

Abstract

Abstract:

Based on the Beijing germplasm resources spatial and non-spatial data and management and maintenance data 2007—2009,the germplasm resources information management system database of Beijing was developed.With the database as the core,combined with modern means such as ArcGIS,MIS,the network database and the germplasm resources information processing and management platform was established.The scientific management and standardization of the Beijing plant germplasm resources,dynamic and efficient management were realized.The large data menagement system of plant germplasm resources in Beijing city was formed.For customers to browse,query the resources data required,it provides a quick and convenient way.

Key words: plant, plant germplasm resources, database, information management system, construction

CLC Number:

TP319
S325

YU Tao. Establishment of the Plant Germplasm Resources Information Management System of Beijing[J]. FOREST RESOURCES WANAGEMENT, 2018, (2): 119-124.

Figures/Tables 8

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Tab.1

The description of functions of the system

	功能需求特性	功能描述
野生植物种质资源	基本查询	通过资源植物的用途、所在的科目和属逐级过滤查询到所要进行查询的植物种
	踏查路线查询	根据已有的村植物种调查表,查询所有包含了此植物种村的详细信息和植物种分布统计图表信息,并在地图上高亮显示,双击可定位并查看此村的详细信息
	踏查样圆查询	查询所有调查了此植物种的样圆及相关联的调查表信息
	野生植物编目查询	通过野生植物编目等级、所在科目、所属类别逐级过滤查询到所要进行查询的植物种,可以浏览此植物种的基本信息,并提供基于此植物种进行样圆查询和踏查线路查询
	按照树种查询	提供依据区县、调查表名称、植物名称、植物高等查询所有满足条件的样圆,展示的结果信息为样圆图形中的基本信息,双击可定位并查看样圆的草本、灌木或乔木等调查表信息
植被种质资源	植被资源植物编目查询	功能同野生植物种质资源的“资源植物编目查询”
	植被野生植物编目查询	功能同野生植物种质资源的“野生植物编目查询”
	按照树种查询植被	功能同野生植物种质资源的“按照树种查询”
主要林木种质资源	按照树种查询林木	提供依据区(县)、树种名称、胸径、树高查询所有满足条件的林木,并通过复选框判断是否只对其中的优良林分进行查询
	按照树种查询单株	提供依据区(县)、植物名称、植物高、胸径查询所有满足条件的优良单株基本信息以及关联的其他调查表信息,并将此样圆在视图中进行定位和高亮显示
	珍稀古大树调查	提供在视图中进行点击查询林木基本信息及相关联的调查表信息,类似于I键查询
湿地种质资源	湿地植物编目查询	提供依据科名、属名、植物名称查询所有满足条件的样圆及相关联的湿地调查表
湿地种质资源	湿地名称查询	提供依据区县名、湿地名、植物种名查询所有满足条件的样圆及相关联的湿地调查表
园林植物种质资源	园林植物编目查询	提供依据科名、园林植物名称查询所有满足条件的样圆基本信息及相关联的调查
园林植物种质资源	按照树种查询园林植物	提供依据植物名称、植物高、胸径查询所有满足条件的样圆基本信息及相关联的调查

Tab.1

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[1]	吴斌, 罗菊春. 北京园林绿化事业的基础工程——北京植物种质资源调查研究的实施及进展[J].北京林业大学学报, 2010(S1):1-5.
[2]	龚健雅, 杜道生, 李清泉, 等. 当代地理信息技术[M]. 北京: 科学出版社, 2006.
[3]	郭志华, 曹文忠, 任国太, 等. 仁寿县森林资源管理地理信息系统的构建及应用[J]. 四川林勘设计, 2010,3(l):41-45.
[4]	姚山, 冯仲科, 臧淑英. 基于广义3S技术的森林资源经营管理系统建设[J].测绘工程. 2006(2):1-6.
[5]	张茜. CASS 林业制图功能的集成与实现[D]. 北京:北京林业大学, 2010.

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