Isakov Vlad, Barzyk Timothy M, Smith Elizabeth R, Arunachalam Saravanan, Naess Brian, Venkatram Akula
U.S. Environmental Protection Agency, Office of Research and Development, 109 Alexander Drive, Research Triangle Park, NC 27713, USA.
The University of North Carolina at Chapel Hill, Institute for the Environment, Chapel Hill, NC 27599, USA.
Environ Model Softw. 2017;98:21-34. doi: 10.1016/j.envsoft.2017.09.004.
The Community model for near-PORT applications (C-PORT) is a screening tool with an intended purpose of calculating differences in annual averaged concentration patterns and relative contributions of various source categories over the spatial domain within about 10 km of the port. C-PORT can inform decision-makers and concerned citizens about local air quality due to mobile source emissions related to commercial port activities. It allows users to visualize and evaluate different planning scenarios, helping them identify the best alternatives for making long-term decisions that protect community health and sustainability. The web-based, easy-to-use interface currently includes data from 21 seaports primarily in the Southeastern U.S., and has a map-based interface based on The tool was developed to visualize and assess changes in air quality due to changes in emissions and/or meteorology in order to analyze development scenarios, and is not intended to support or replace any regulatory models or programs.
近港口应用的社区模型(C-PORT)是一种筛选工具,旨在计算港口周边约10公里空间范围内各类源的年平均浓度模式差异和相对贡献。C-PORT可以让决策者和相关民众了解与商业港口活动相关的移动源排放造成的当地空气质量情况。它使用户能够可视化和评估不同的规划方案,帮助他们确定最佳方案,以便做出保护社区健康和可持续发展的长期决策。这个基于网络、易于使用的界面目前主要包括来自美国东南部21个海港的数据,并且有一个基于地图的界面。该工具的开发目的是可视化和评估排放和/或气象变化导致的空气质量变化,以便分析发展情景,并非用于支持或取代任何监管模型或项目。