研发体系

Phased

Development

Process

Building a Robust 

R&D And 

Breeding System

构建强大的研发育种体系

在现代农业发展中,研发育种体系的构建至关重要, 新疆鸿泰种业科研育种技术创新体系主要以企业研发中心为主体、科研院所为依托和育繁推、产学研一体化技术创新体系组成。


研发中心作为整个体系的核心,是推动科研育种的动力源。以企业为主体的部分包括公司自育等,企业在科研育种中发挥着重要作用,将科研成果快速转化为实际生产力。以科研院所为依托则汇聚了山东省农科院、河北省农林科学院等众多科研力量,这些科研院所具备专业的科研人员和先进的试验设备,能够进行深入的基础研究,为育种创新提供理论和技术支持。


产学研一体化技术创新体系包括在全国多地设立育种实验站和生态检测点,将科研与生产紧密结合。各地的实验站和基地能够因地制宜地开展育种工作,同时为科研成果实践检验与成果转化提供基础保障。


科研育种体系有助于保障国家粮食安全,提高农产品质量。通过各方协同合作,能够加速优良品种的培育和推广,从而促进农业可持续发展,提升农业经济效益。在未来,随着科技的不断进步,科研育种体系将更加完善,为农业发展带来更多可能。

The construction of a research and breeding system is of crucial importance to the development of modern agriculture. The technological innovation system for scientific research and breeding of Xinjiang Hongtai Seed Industry is mainly composed of an enterprise-based R&D center, research institutes as supporting forces, and an integrated industry-university-research (IUR) technological innovation system for breeding, propagation and promotion.


As the core of the entire system, the R&D center serves as the driving force for scientific research and breeding. The enterprise-based segment includes the company's independent breeding programs and other initiatives, where enterprises play a pivotal role in scientific research and breeding by rapidly transforming research achievements into practical productive forces. Leveraging research institutes brings together strong scientific research capabilities from numerous institutions such as the Shandong Academy of Agricultural Sciences and the Hebei Academy of Agriculture and Forestry Sciences. These research institutes boast professional researchers and advanced experimental equipment, enabling in-depth basic research and providing theoretical and technical support for breeding innovation.


The integrated IUR technological innovation system for breeding, propagation and promotion features the establishment of breeding experimental stations and ecological monitoring sites across various regions of the country, closely integrating scientific research with agricultural production. Local experimental stations and bases carry out breeding work in light of local conditions, and meanwhile provide fundamental guarantees for the practical verification and transformation of scientific research achievements.


The scientific research and breeding system contributes to safeguarding national food security and improving the quality of agricultural products. Through the collaborative efforts of all parties, the cultivation and promotion of superior varieties can be accelerated, thereby boosting the sustainable development of agriculture and enhancing agricultural economic benefits. In the future, with the continuous advancement of science and technology, the scientific research and breeding system will be further improved, unlocking more possibilities for agricultural development.

科研育种技术创新体系