基于创新规律的科创要素配置与空间规划策略 研究——暨“大零号湾”地区规划思路探讨
Allocation of Science and Innovation Elements and Spatial Planning Strategy Based on Innovation Dynamics: A Planning Case in Shanghai's Greater NeoBay Area
李 强
上海市城市规划设计研究院 总师室主任，高级工程师
黄 玲
上海市城市规划设计研究院 助理工程师，硕士
张敏清（通信作者）
同济大学建筑与城市规划学院 博士研究生 上海市城市规划设计研究院 浦东引领区分院副院长，高级工程师 zhangmq@supdri.com
摘要: 在以创新驱动为核心的高质量发展背景下，如何准确把握并顺应创新发展规律，优化科创要素空间配置，助力城市空 间结构优化和功能提升，是当前规划研究的重要议题。以创新规律为指引，在梳理分析科创要素配置和空间响应逻辑 的基础上，聚焦中观创新城区国内外案例实证研究，总结形成“圈层+行星”空间范式与“三圈联动”的空间规划协 同发展策略。进而以上海“大零号湾”为研究对象，提出内中外圈差异化发展的空间规划思路和资源配置策略，以期 为上海全球科创中心建设及相关创新空间规划提供理论与策略框架参考。
Abstract: Amidst the paradigm of innovation-driven high-quality development, a pivotal planning research imperative involves accurately comprehending and aligning with innovation development laws to optimize the spatial allocation of Science and Technology Innovation (STI) elements, thereby enhancing urban spatial restructuring and functional upgrading. From the perspective of innovation principles, this study analyzes the logic of STI element configuration and its spatial response mechanisms. Focusing on meso-level innovation districts through empirical case studies, it synthesizes a "Concentric Planetary" spatial paradigm and proposes coordinated spatial planning strategies featuring "Three-Circle Linkage". Using Shanghai's greater NeoBay area as a case study, differentiated spatial strategies are advanced for its Core-Transformation-Open (C-T-O) zonal structure. The research further explores institutional spillover planning strategies optimized by a "Policy-Market Dual-Driver" mechanism, synergizing governmental guidance with market forces. This work provides a theoretical and strategic framework for Shanghai's development as a global sci-tech hub and offers references for planning innovation-oriented spaces.
关键词：创新规律；科创要素；空间规划；大零号湾
Keyword: innovation dynamics; innovation elements; spatial allocation; greater NeoBay area
中图分类号：TU984
文献标识码: A
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