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Revitalizing missions on the cusp of change: Complex Systems Science mazeways for mission theory amid twenty-first century realities.

机译:振兴不断变化的使命:二十一世纪现实中,复杂系统科学为使命理论开辟了道路。

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摘要

As the scales of knowledge and the networks connecting the human global system exponentially increase, so have the factors which initiate and mediate the change process. In our twenty-first century context, compared to previous epochs, the speed, breadth, and nature of change is perceived as continuous, systemic, and complex. As a consequence, the quantity of the corresponding data and the means to analyze them are such that traditional scientific approaches can no longer adequately represent increasingly complex and diverse realities. Subsequently, researchers across the sciences, both hard and soft, and even the arts, are increasingly adapting Complex System Science-framed approaches to collect, process, and analyze data in order to visualize and more accurately represent these new realities.;A review of three primary mission journals of two missiology societies and one study center, from 2010 -- 2014, found that, while two-thirds of the articles attempt to accommodate the unprecedented growth in complexity and tenor of change, only one of the 284 articles directly utilize a Complex System Science-framed approach. Hence, this dissertation argues that the field of missiology, as operatively represented by the contributors and readers of these journals, must also adapt Complex Systems Science metaphors, models, and methods in order to remain relevant and valid in the study of twenty-first century realities.;To highlight the benefits of the adaptation to a Complex Systems Science-framed approach, a case study of multicultural, multilingual, and multicongregational churches of the Chinese diaspora in North America is used to compare the normative, traditional model of Christian revitalization developed by A.F.C. Wallace with a proposed Complex Systems Science-framed Cusp of Change model. The comparative study reveals the more robust, integrative, and comprehensive nature of the Cusp of Change model to represent the realities of Christian revitalization in the twenty-first century context of systemic, continuous, and complex change. The comparative study also finds that the Cusp of Change model is more compatible with the biblical and missiological definitions, observations, and praxis of Christian revitalization as revealed by the contemporary consultations of the Center for the Study of World Christian Revitalization Movements held from 2011 - 2013.;If the comparative findings are extrapolated across the field of missiology, the dissertation suggests that, similar to the experiences of missiology's hard and soft science siblings, the application Complex Systems Science-framed approaches not only provides a new means to collect, process, and analyze data from complex contexts, and to more accurately visualize and represent twenty-first century realities, the paradigm shift to Complex Systems Science can also yield new insights to both old, emerging, and new research in comparison to traditional approaches. The dissertation concludes with recommendations for implementing Complex Systems Science-framed metaphors, models, and methods to missiology, and suggests further areas of study in missiological practice, history and theology of missions, as well as ecclesiology, where the integration of this new science may prove beneficial. As missiology has served as the pathfinder for the Church across geographic and cultural boundaries in previous contexts, Complex System Science can aid missiologists to find appropriate contextual navigate the twenty-first century realities of globally networked, continuous, and complex change.
机译:随着知识规模和连接人类全球系统的网络呈指数增长,引发和调节变化过程的因素也随之增加。在二十一世纪的背景下,与以前相比,变化的速度,广度和性质被认为是连续的,系统的和复杂的。结果,相应数据的数量和分析这些数据的手段使得传统的科学方法不再能充分代表日益复杂和多样的现实。随后,无论是软科学还是软科学,甚至是艺术领域的研究人员,都越来越多地采用复杂系统科学框架的方法来收集,处理和分析数据,以可视化并更准确地表示这些新的现实。在2010年至2014年期间,两个错觉学协会和一个研究中心的三份主要宣教期刊发现,尽管三分之二的文章试图适应复杂性和变革进程的空前增长,但284条文章中只有一篇直接利用复杂系统科学框架的方法。因此,本论文认为,由这些期刊的投稿人和读者可操作地代表的流行病学领域也必须适应复杂系统科学的隐喻,模型和方法,以便在二十一世纪的研究中保持相关性和有效性。为了突出适应复杂系统科学框架方法的益处,我们以北美华人散居人口的多文化,多语言和多教会教堂为例,比较了基督教复兴的标准传统模式通过亚足联华莱士(Wallace)提出了一个以复杂系统科学为框架的变更摘要模型。这项比较研究揭示了变革尖锐模型的更健壮,综合和全面的性质,代表了二十世纪系统性,连续性和复杂性变革中基督教复兴的现实。对比研究还发现,“变革的关键”模型更符合圣经和教义学的定义,观察和基督教复兴的实践,正如2011-2013年世界基督教复兴运动研究中心的当代咨询所揭示的那样..如果将比较结果推算到整个气象学领域,则论文表明,与气象学的硬科学和软科学同胞的经验相似,复杂系统科学框架方法的应用不仅提供了一种新的手段来收集,处理,并分析复杂环境中的数据,并更准确地可视化并代表二十一世纪的现实,与传统方法相比,向复杂系统科学的范式转变还可以为旧的,新兴的和新的研究提供新的见解。论文最后提出了实施复杂系统科学框架的隐喻,模型和方法的建议,并提出了关于错误实践,传教历史和神学以及教会学的进一步研究领域,这些新科学可能会整合证明是有益的。在过去的背景下,由于通病学已成为教会跨越地理和文化边界的探路者,因此复杂系统科学可以帮助通病学家找到合适的环境,以适应二十一世纪全球网络化,连续和复杂变化的现实。

著录项

  • 作者

    Law, Samuel.;

  • 作者单位

    Asbury Theological Seminary.;

  • 授予单位 Asbury Theological Seminary.;
  • 学科 Systems science.;Organizational behavior.;Spirituality.
  • 学位 Ph.D.
  • 年度 2014
  • 页码 296 p.
  • 总页数 296
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

  • 入库时间 2022-08-17 11:54:10

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