首页> 外文会议>International Conference on Humanoid, Nanotechnology, Information Technology, Communication and Control, Environment and Management >Beyond resources and dynamic capabilities during disaster response: Response organizations in turbulent and networked environment: The case of a disaster response organization's simulated response to chemical spill disaster
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Beyond resources and dynamic capabilities during disaster response: Response organizations in turbulent and networked environment: The case of a disaster response organization's simulated response to chemical spill disaster

机译:除了灾害响应期间的资源和动态能力之外:湍流和联网环境中的响应组织:灾害响应组织的模拟回应对化学泄漏灾害的案例

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Disaster Response Organizations (ROs) must sustain performance during times of disaster, which can be characterized as a `mess' of interrelated problems. This study seeks to understand how coordination performance of response organizations in a disaster environment is assessed through a sound theoretical framework. Dynamic Capabilities Theory is widely used as a theoretical perspective to explain sustained organizational performance in dynamic environments. In this work, the theory is applied and tested to a simulated Chemical Disaster Spill of a Barcelona-based Disaster Response Organization. The case surfaced the limited applicability of the theory. Thus, insights on potential constructs that may be needed to extend the Dynamic Capabilities Theory are brought forth. Borrowing from other fields, the authors found preliminary empirical evidence to use a theoretical perspective based on improvisational and networked/collaborative capabilities. These results may benefit ROs by providing a better understanding of how they can sustain coordination performance in turbulent and networked environments.
机译:灾难响应组织(ROS)必须在灾难期间维持性能,这可以被称为相互关联问题的“混乱”。本研究旨在了解通过声音理论框架评估灾害环境中响应组织的协调性能。动态能力理论被广泛用作解释动态环境中持续的组织性能的理论视角。在这项工作中,该理论被应用并测试到巴塞罗那灾害响应组织的模拟化学灾害泄漏。案例介绍了该理论的有限适用性。因此,提出了延长动态能力理论所需的潜在构造的见解。作者从其他领域借用,发现了基于即兴和联网/协作能力的理论透视的初步实证证据。这些结果可以通过提供更好地理解它们如何在湍流和网络环境中维持协调性能的更好的理解来使ROS受益。

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