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Modeling Support for National Park Planning: Initial Results from Glacier National Park

机译:国家公园规划的建模支持:冰川国家公园的初步结果

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This paper describes the role of systems modeling in the National Parks. The parks have been described as America's Best Idea, and they are celebrating their 100th year anniversary. Systems thinking and system dynamics can help the parks plan for the second century. The paper begins by contrasting the system perspective with the focus on external factors that often dominates park discussions. The paper then reviews the extensive use of models for parks around the world. The review is conducted with an eye toward the best role for system dynamics. A system dynamics based, integrated modeling system is proposed to address both short-term operations and long-term visitor management. The paper describes initial steps to create such a system at Washington State University. The main case study simulates operational issues at Glacier National Park. The model simulates vehicles, buses and people in the heavily used Going to the Sun Road corridor for a typical day in July. The model is used to show the simulated impacts from the park's shuttle system. The Glacier study demonstrates that system dynamics can address concrete operational questions while providing support for the development of a long-term model for visitor management.
机译:本文介绍了系统建模在国家公园中的作用。这些公园被描述为“美国最佳创意”,并且正在庆祝其成立100周年。系统思考和系统动力学可以帮助公园规划第二个世纪。本文首先通过将系统角度与通常在公园讨论中占主导地位的外部因素进行对比来进行对比。然后,本文回顾了模型在全球公园中的广泛使用。进行审查时要着眼于系统动力学的最佳作用。提出了一种基于系统动力学的集成建模系统,以解决短期运营和长期访客管理问题。本文介绍了在华盛顿州立大学创建此类系统的初始步骤。主要案例研究模拟了冰川国家公园的运营问题。该模型模拟了频繁使用的“去太阳路”走廊中7月典型一天的车辆,公共汽车和人员。该模型用于显示公园班车系统的模拟影响。 Glacier的研究表明,系统动力学可以解决具体的运营问题,同时为开发访客管理的长期模型提供支持。

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