| 李锋.出版融合驱动下科技期刊创新生态系统构建的机理和进阶路径.编辑学报,2026,38(4):457-465 |
| 出版融合驱动下科技期刊创新生态系统构建的机理和进阶路径 |
| Mechanism and advanced path for the construction of innovation ecosystem of sci-tech journals driven by publishing integration |
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| DOI：10.16811/j.cnki.1001-4314.2026.04.009 |
| 中文关键词: 出版融合 赋能机理 科技期刊 创新生态系统 期刊集群化 智慧协同出版共同体 知识资源 生态转型 |
| 英文关键词: publishing integration empowerment mechanism sci-tech journals innovation ecosystem journal clustering intelligent collaborative publishing community knowledge resources ecological transformation |
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| 摘要点击次数: 155 |
| 全文下载次数: 25 |
| 中文摘要: |
| 出版融合实践存在“重技术轻生态”的倾向，科技期刊集群化运营面临“重聚合轻机理”的瓶颈，二者均未充分解决出版融合如何从技术工具的叠加上升为驱动生态演化的系统性力量的问题。本文引入创新生态系统“主体—资源—环境—制度”四维框架，分析出版融合赋能科技期刊创新生态系统的内在机理，阐释数字化、平台化、智能化如何重塑治理活动的信息基础与制度条件，为主体协同、资源转化、环境适配和机制创新提供机理层面的解释。据此提出四重进阶路径：构建智慧协同的出版共同体、推动知识资源高效流转、增强系统环境适应能力、完善自主创新机制体系。出版融合的赋能作用，在于为治理提供了此前不具备的制度性条件：行为变得可记录，贡献变得可比较，规则效果变得可检验。本研究为科技期刊突破集群化建设中“集而不团”的机制瓶颈，将规模聚合转化为生态共生，提供了分析框架和行动逻辑。 |
| 英文摘要: |
| There exists a tendency of prioritizing technology over ecology in publishing integration practice， while the clustered operation of sci-tech journals is hampered by the bottleneck of emphasizing aggregation rather than operational mechanisms. Neither effectively addresses how publishing integration can evolve from simple superposition of technical tools into a systematic force driving ecological evolution. This paper adopts the four-dimensional framework of “subject-resource-environment-institution” derived from the innovation ecosystem theory to analyze the internal mechanism whereby publishing integration empowers the innovation ecosystem of sci-tech journals. It illustrates how digitalization， platformization and intelligence reshape the information foundation and institutional conditions of governance activities， and explains the mechanisms underlying subject collaboration， resource transformation， environmental adaptation and mechanism innovation. Four progressive development paths are accordingly proposed： establishing an intelligent collaborative publishing community， facilitating efficient circulation of knowledge resources， improving the adaptive capacity of the system environment， and optimizing the independent innovation mechanism system. This study provides an analytical framework and practical logic for sci-tech journals to break the institutional bottleneck of superficial clustering， and transform scale aggregation into ecological symbiosis. |
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