9 research outputs found

    Employee empowerment, action research and organizational change: a case study

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    This article summarizes the results of a project designed and implemented by a cross-sectional design team of employees of a local government agency. We compare the project design to criteria associated with employee empowerment programs and action research models. Finally, we compare the outcomes of the project with important components of employee empowerment. The purpose of this article is to highlight how one such project was implemented in a field setting, and review what was learned by the participants regarding how management and employees can work more effectively together on issues of strategic importance to the organization. Both the process and the outcomes of this project illustrate important lessons with implications for future research and practice in this area

    Nga-subduction research program

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    This paper provides an overview of NGA-Sub, a large multidisciplinary community-based research initiative to develop a comprehensive ground-motion database and multiple ground-motion models (GMMs) for subduction events. In the NGA-Sub project, we developed a database of ground motions recorded in worldwide subduction events. The database includes the processed recordings and supporting source, path, and site metadata from Japan, Taiwan, the US Pacific Northwest, Alaska, Latin America (including Mexico, Peru and Chile), and New Zealand. The NGASub database includes 1,570 events with moment magnitudes ranging from 4.0 to 9.1. The subduction events are classified as interface, intraslab, or outer-rise events. The NGA-Sub ground-motion database has over 214,000 individual ground-motion components. This is by far the largest ground-motion database that we have ever developed in any NGA project. Pseudo-spectral acceleration as well as Fourier amplitude spectra for frequencies from 0.1 to 100 Hz have been included in the database. Multiple GMMs are developed using the empirical ground-motion database and the supporting ground-motion simulations. The scope of the NGA-Sub GMMs is to develop models for horizontal components of ground motion for 5% damped pseudo-acceleration response spectra for period range of 0.01 to 10 sec. Following the tradition of previous NGA projects, the GMM modeling teams as well as database developers have had continuous technical interactions which resulted in a higher quality of the final products than each researcher or oneteam group could achieve individually. An overview of the NGA-Sub project is presented in this paper.,

    The “Prediction of Alcohol Withdrawal Severity Scale” (PAWSS): Systematic literature review and pilot study of a new scale for the prediction of complicated alcohol withdrawal syndrome

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    Genome engineering: a new approach to gene therapy for neuromuscular disorders

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