大规模,协作,入侵物种规划和可视化工具

D. Mathiesen, Trina S. Myers, I. Atkinson
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引用次数: 0

摘要

管理入侵物种的资源分配由多个土地管理者决定。然而,这些决定通常是在没有充分了解和获取直接感兴趣领域以外的景观信息的情况下做出的。因此,许多关于有害生物管理的决定是在没有考虑其他入侵地区的情况下做出的,这些人可能不了解更广泛的影响。景观尺度建模可以通过高速物种扩散建模与表格大小的交互式可视化技术相结合来增强,这些技术可以整合大量的空间数据,从而更好地为决策过程提供信息。本文提出了一个结合了这些建模和可视化技术的项目,以便多个利益相关者可以同时参与和评估交互。然后,虫害管理决策可以基于更广泛的生态和经济观点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Large Scale, Collaborative, Invasive Species Planning and Visualisation Tool
The allocation of resources to manage invasive species is decided by multiple land managers. However, these decisions are commonly made without full knowledge of, and access to, information about the landscape beyond the immediate areas of interest. Consequently, many decisions on pest management are made without consideration of other invaded areas by individuals who may not appreciate the broader implications. Landscape scale modelling can be enhanced through high speed species dispersal modelling combined with table sized interactive visualisation technologies that can incorporate large volumes of spatial data to better inform the decision-making process. This paper presents a project that combines these modelling and visualisation technologies so multiple stakeholders can engage with, and assess, interactions simultaneously. Then, pest management decisions can be based on a wider ecological and economical perspective.
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