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Justin Zuopeng Zhang

Biographic Data

ID6273408
NAMEJustin Zuopeng Zhang
GIVEN NAMESJustin Zuopeng
FAMILY NAMEZhang
SIGNATUREZHANG J Z
AFFILIATIONSUniversity of North Florida
VERIFIEDNo
TOTAL WORKS8
TOTAL CITATIONS0
AUTHOR COUNT8
EDITOR COUNT0
FIRST PUBLICATION YEAR2023
LATEST PUBLICATION YEAR2026
H-INDEX0
  • Innovating for Net‐Zero

    Open Access•Muhammad Mustafa Kamal, Narain Gupta et al.•ARTICLE•Business Strategy and the…•2026

    Global net‐zero ambitions require transformative strategies to decarbonise carbon‐intensive global value chains (GVCs). This study examines how multinational enterprises (MNEs) in sunset industries integrate carbon capture technologies (CCT) with operational and supply chain dynamics (OSCD) to advance decarbonisation. Drawing on institutional theory (InsT) and dynamic capabilities theory (DCT), we investigate how external decarbonisation pressure…

  • Value Co-Creation and Resource Integration in Supply Chain Innovation

    Open Access•Lingyao Zhu, Sijie Liu et al.•ARTICLE•SAGE Open•2026

    Resource integration is essential for supply chain innovation ecosystems to achieve value co-creation and ensure efficient operations. However, these ecosystems often face challenges such as underutilization of internal and external resources and fragmented resource-sharing networks. Establishing effective mechanisms for resource integration has become a critical priority. Given the complexity of decision-making among various participants—shaped …

  • Trailblazing supply chain innovation

    Open Access•Yan Zhou, Liandong Zhou et al.•ARTICLE•Technological Forecasting and…•2026

  • Exploring the impact of responsible AI governance on corporate performance

    Open Access•Huosong Xia, Hao Chen et al.•ARTICLE•Technological Forecasting and…•2026

  • Generative AI, digital dexterity, and organizational future performance

    Open Access•D Liu, David Yulong Liu et al.•ARTICLE•Technological Forecasting and…•2026

    The growing complexity and uncertainty of sustainable supply chain environments demand advanced digital capabilities that sustain competitiveness through effective decision-making. This study investigates how Generative AI (GenAI)-enabled digital dexterity strengthens decision-making performance and, in turn, contributes to organizational future performance. Integrating dynamic capabilities theory with institutional theory, we develop and test a …

  • Effects of enterprise social media use on employee improvisation ability through psychological conditions

    Open Access•Mengyi Zhu, Yuan Sun et al.•ARTICLE•Decision Support Systems•2024

  • Unpacking complementarity in innovation ecosystems

    Open Access•Huan Wang, Leven J Zheng et al.•ARTICLE•Technological Forecasting and…•2024

  • Covid-19 fake news detection

    Open Access•Huosong Xia, Yuan Wang et al.•ARTICLE•Technological Forecasting and…•2023

No prominent works on this page.

  • Covid-19 fake news detection

    Open Access•Huosong Xia, Yuan Wang et al.•ARTICLE•Technological Forecasting and…•2023

  • Effects of enterprise social media use on employee improvisation ability through psychological conditions

    Open Access•Mengyi Zhu, Yuan Sun et al.•ARTICLE•Decision Support Systems•2024

  • Unpacking complementarity in innovation ecosystems

    Open Access•Huan Wang, Leven J Zheng et al.•ARTICLE•Technological Forecasting and…•2024

  • Innovating for Net‐Zero

    Open Access•Muhammad Mustafa Kamal, Narain Gupta et al.•ARTICLE•Business Strategy and the…•2026

    Global net‐zero ambitions require transformative strategies to decarbonise carbon‐intensive global value chains (GVCs). This study examines how multinational enterprises (MNEs) in sunset industries integrate carbon capture technologies (CCT) with operational and supply chain dynamics (OSCD) to advance decarbonisation. Drawing on institutional theory (InsT) and dynamic capabilities theory (DCT), we investigate how external decarbonisation pressure…

  • Value Co-Creation and Resource Integration in Supply Chain Innovation

    Open Access•Lingyao Zhu, Sijie Liu et al.•ARTICLE•SAGE Open•2026

    Resource integration is essential for supply chain innovation ecosystems to achieve value co-creation and ensure efficient operations. However, these ecosystems often face challenges such as underutilization of internal and external resources and fragmented resource-sharing networks. Establishing effective mechanisms for resource integration has become a critical priority. Given the complexity of decision-making among various participants—shaped …

  • Trailblazing supply chain innovation

    Open Access•Yan Zhou, Liandong Zhou et al.•ARTICLE•Technological Forecasting and…•2026

  • Exploring the impact of responsible AI governance on corporate performance

    Open Access•Huosong Xia, Hao Chen et al.•ARTICLE•Technological Forecasting and…•2026

  • Generative AI, digital dexterity, and organizational future performance

    Open Access•D Liu, David Yulong Liu et al.•ARTICLE•Technological Forecasting and…•2026

    The growing complexity and uncertainty of sustainable supply chain environments demand advanced digital capabilities that sustain competitiveness through effective decision-making. This study investigates how Generative AI (GenAI)-enabled digital dexterity strengthens decision-making performance and, in turn, contributes to organizational future performance. Integrating dynamic capabilities theory with institutional theory, we develop and test a …

Supply chain (4 works) · Computer Science (3 works) · Big Data and Business Intelligence (2 works) · Business (2 works) · Corporate governance (2 works) · Digital Transformation in Industry (2 works) · Dynamic Capabilities (2 works) · Innovation and Knowledge Management (2 works) · Knowledge management (2 works) · Service and Product Innovation (2 works)

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