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Bridging the gap between theory and design: A proposal for regenerative campus development at the Swedish university of agricultural sciences

机译:促进理论与设计之间的差距:瑞典农业科学大学再生校园开发建议

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Purpose This paper aims to describe an exploratory research and design process that uses illustrative techniques to bridge the gap between theoretical principles of systems ecology, stakeholder input and a workable physical planning strategy for Ultuna Campus in Uppsala, Sweden. Design/methodology/approach Stakeholder interviews provide the empirical basis for this exploratory design process, in conjunction with landscape analysis, and review of previous proposals for campus development. Central principles of self-organizing systems are selected and concretized as visionary hypotheses in a physical context. Preliminary design concepts and plans illustrate sustainable systems while supporting new functional programmatic requirements: housing, industry-research collaboration, transportation and community-integrated landscapes. Findings The result is a proposal based on regenerative landscape design, envisioning campus Ultuna as a coherent whole.Research limitations/implications - A large-scale modern building program is already underway at Ultuna, and rapid urbanization in the surrounding region coupled with projected growth on campus suggests future intensification of university lands. A master plan to be implemented until 2040 is now in the preliminary design phase. Ultuna is home to significant cultural and ecological landscapes, and a holistic approach is called for. Practical implications - Illustrative techniques suggest ways to synthesize knowledge by creating future scenarios that are workable in practice. Social implications Global challenges call for designs that enhance environmental and human resources and their capacity to regenerate over time. Sustainability objectives are particularly crucial when envisioning university campuses; the environment serves as a laboratory for researchers, teachers, students and residents of the surrounding community. Originality/value This paper describes an innovative process for bridging ecological principles, stakeholder perspectives and practical design strategies for sustainable campuses.
机译:目的,本文旨在描述一种探索性的研究和设计过程,它使用说明性技术来弥合系统生态,利益相关者投入,利益校园的理论原则与Ultuna校园的可行体检战略之间的差距。设计/方法/方法利益相关方访谈为该探索性设计流程提供了实证基础,与景观分析相结合,并回顾了以前的校园开发建议。在物理上下文中选择和混合自组织系统的中央原理,并将其混合为有远见的假设。初步设计概念和计划说明了可持续的系统,同时支持新的功能性规划要求:住房,行业研究协作,运输和社区整合景观。结果结果是基于再生景观设计的提案,设想Ultuna作为连贯的整体。研究限制/影响 - 大规模的现代化建筑计划已经在Ultuna进行,周围地区的快速城市化与预计的增长相结合校园建议未来大学土地的强化。在2040年之前实施的主计划现在处于初步设计阶段。 Ultuna是重要的文化和生态景观的所在地,并要求整体方法。实际意义 - 说明性技术建议通过创建在实践中可行的未来情景来综合知识的方法。社会影响全球挑战呼吁设计增强环境和人力资源及其随时间再生的能力。在设想大学校园时,可持续发展目标尤其至关重要;环境是周边社区的研究人员,教师,学生和居民的实验室。原创性/价值本文介绍了弥合生态原则,利益相关者的观点和可持续校区实际设计策略的创新过程。

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