文献类型：期刊文献

中文题名：区域科技传播生态系统效能提升的协同路径研究——基于fsQCA方法的实证分析

英文题名：Collaborative Paths of Effectiveness Improvement of Regional Sci-Tech Communication Ecosystem—An Empirical Analysis Based on fsQCA

作者：张坚[1];黄琨[2];刘雪莲[1]

机构：[1]华东理工大学商学院,上海200237;[2]上海海事大学经济管理学院,上海201306

年份：2025

卷号：37

期号：3

起止页码：157

中文期刊名：研究与发展管理

外文期刊名：R&D Management

收录：;北大核心:【北大核心2023】；

基金：国家社会科学基金一般项目“创新生态视角下依托大科学设施群推进区域科技协同发展的模式创新研究”(19BGL269);中国科协科学技术传播中心国家科技传播体系和标准研究项目“国家科技传播体系协同机制研究”(NRJS2021-XTJZQGC12);中国科协海智计划课题研究项目“海智计划协同发展协作机制研究”(HOME2021-09)。

语种：中文

中文关键词：融媒体;科技传播;传播生态;协同路径;模糊集定性比较分析(fsQCA)

外文关键词：integrated media;sci-tech communication;communication ecology;collaborative path;fuzzy-set qualitative comparative analysis(fsQCA)

摘要：构筑与国际和全国科技创新中心对应链接的区域科技传播生态系统,是新时期深化创新型国家建设的必然选择。本文基于融媒体的视角,利用组态思维和fsQCA方法研究区域科技传播生态系统中多要素前因条件对系统效能提升的多元并发协同路径。研究发现:区域科技传播生态系统各前因条件“多重并发”、相互促进和相互支持,从而实现区域科技创新绩效和科技传播绩效的双重提升。实现高区域科技创新绩效的多要素互动组态包括产业创新驱动型、传播渠道驱动型和传播服务驱动型3类,实现高区域科技传播绩效的多要素互动组态包括传播渠道和交流复合驱动型、传播渠道和人才复合驱动型2类,产生非高区域科技创新绩效和非高区域科技传播绩效的组态分别各存在1类。研究结论丰富了区域科技传播生态系统效能前因要素协同联动机制的相关成果,为夯实科技传播对高水平科技自立自强的战略支撑作用提供新思路。
Building a regional sci-tech communication ecosystem that corresponds and links with international and national centers of sci-tech innovation centers is an inevitable choice for deepening the construction of an innovative country in the new era.From the perspective of integrated media,it used the configurational thinking and the fsQCA method to study the multi-factor antecedent conditions in the regional sci-tech communication ecosystem and the multiple concurrent and collaborative paths for improving the system’s effectiveness.The research findings are as follows.The antecedent conditions of the regional sci-tech communication ecosystem are“multiply concurrent”,promoting and supporting each other,thus achieving a dual improvement in regional sci-tech innovation performance and sci-tech communication performance.The multi-factor interaction configurations for achieving high regional scitech innovation performance include three types:industry innovation-driven type,communication channel-driven type,and communication service-driven type.The multi-factor interaction configurations for achieving high regional sci-tech communication performance include two types:the composite-driven type of communication channels and exchanges,and the composite-driven type of communication channels and talents.There is one type of configuration that perspectively results in non-high regional sci-tech innovation performance and non-high regional sci-tech communication performance.The research conclusions enrich the relevant achievements of the collaborative linkage of the antecedent factors of the effectiveness of the regional sci-tech communication ecosystem,and provide new ideas for strengthening the strategic supporting role of sci-tech communication to achieve sci-tech self-reliance and selfstrengthening at higher levels.