Enhancing the understanding of ecosystems under innovation management context: Aggregating conceptual boundaries of ecosystems

生态系统 概念框架 模块化(生物学) 背景(考古学) 互补性(分子生物学) 过程(计算) 环境资源管理 概念模型 业务 知识管理 计算机科学 生态学 地理 环境科学 社会学 生物 社会科学 操作系统 考古 数据库 遗传学
作者
Jin Han,Haibo Zhou,Sandor Lowik,Petra de Weerd-Nederhof
出处
期刊:Industrial Marketing Management [Elsevier BV]
卷期号:106: 112-138 被引量:1
标识
DOI:10.1016/j.indmarman.2022.08.008
摘要

New focal firms are increasingly building new ecosystems to sustain their competitive advantage. However, the mortality rate of these ecosystems is high, particularly in their nascent stages, due to the fact that new focal firms lack a holistic, in-depth understanding of ecosystems' systemic, dynamic, and complex nature. To enhance understanding in this domain, a metatheoretical-level knowledge of the conceptual boundaries of ecosystems , that is, the aggregation of ecosystems' key features, is required. By systematically reviewing and synthesizing 84 articles, the present study developed a theoretical framework indicating that the coherence of the nine key lower-order features of ecosystems can be aggregated into three higher-order dimensions: roles (self-organization, non-linearity, shared vision), structures (complementarity, modularity, coupling) and processes (emergence, co-opetition, co-evolution). These higher-order dimensions exhibit temporal differences across the ecosystem development process. Overall, this study provides a comprehensive and general framework of the aggregated conceptual boundaries of ecosystems that highlights the basic guiding principles of any ecosystem approach within the field of innovation management. It can thereby contribute to ongoing debates pertaining to the differences between innovation and business ecosystems as well as allowing for an explanation of the differences in the developmental stages of ecosystems, from birth to maturity. • Ecosystem's systemic, dynamic, and complex nature is attributed to its key features. • 9 key features are aggregated into 3 dimensions: roles, structures, and processes. • 3 dimensions aggregately exhibit temporal differences over ecosystem's development. • Aggregated conceptual boundaries of ecosystems offer us a researchable concept. • Two propositions developed for empirical testing in innovation management context.
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