| 1. | Achievement and prospect of space breeding
航天育种的成就与进展 |
| 2. | Situation of space breeding and sugarbeet mutation breeding in china
我国航天育种现状及甜菜诱变育种前景 |
| 3. | Chapter ii : the analysis and design of the space breeding management system
第二章：航天育种管理体系的分析与设计。 |
| 4. | Chapter lv : the design and implementing of the space breeding management system
第四章：航天育种管理系统的设计与实现。 |
| 5. | Ln this papef , the concept and architecture of workflow management is introduced , the technology used in the implementing of space breeding management system is described
同时，对工作流管理技术以及实现航天育种管理信息系统所采用的技术作了详细的介绍。 |
| 6. | The problems about management of the space breeding are analyzed in this chapter , and the goal hiberarchy of the space breeding management system and a process - oriented management solution is proposed
本章分析了当前航天育种领域存在的管理上的问题，提出了航天育种管理体系的目标层次和面向过程的管理方案。 |
| 7. | Ln this chapter , the features of space breeding management system are discussed . and the preliminary design is proposed . the implementing of the workflow - based evaluating system is introduced in detail
本章首先介绍航天育种管理系统的特点，提出了航天育种管理信息系统的总体设计，并重点介绍基于工作流管理的项目评审子系统的实现以及搭载申请的量化评审体系的模型和算法。 |
| 8. | This paper is based on " study for china ' s space breeding management system and decision support system " , the project which was supported by the nationa1 natural science foundation of china . after ana1yzing the prob1ems of management in the fieid of space breeding , we propose a solution of constructing the space breeding management system , which is based on the technology of workfiow management
本文是以国家自然基金资助项目“我国农林航天育种科技产业的技术准备及管理体系的研究”为研究背景，针对当前航天育种领域所存在的管理上的问题，提出基于工作流技术的航天育种管理体系建设的构想，并介绍了其中搭载申请评估子系统的具体设计和实现细节。 |
| 9. | It has been proved that hereditary basis can be improved to create new varieties by different ways or methods such as introducing overseas germplasm resources to transduce into wild species , mutagenic breeding , space breeding , biotechnology breeding , etc . , it is possible to improve mightily sugar beet breeding
实践证明，通过引进国外种质资源并导入野生种质、诱变育种、航天育种、生物技术育种等途径方法，能拓宽遗传基础，创造不同类型新品种，使甜菜育种工作上一新台阶。 |
