本幻灯片概述了污染预警系统中公共卫生和饮用水设施的相互依赖性。它首先说明了各种组织如何为公共卫生的利益而合作，包括: 卫生保健提供者； 流行病学和监测； 毒理学和风险评估； 环境卫生； 实验室和 后果管理。概述了几个历史案例研究，包括:1849年伦敦霍乱暴发；2000年安大略省沃克顿大肠杆菌暴发； 萨斯喀彻温省巴特福德市2001年隐孢子虫暴发。概述了当前的合作试点，包括: 辛辛那提 大辛辛那提水厂（GCWW）的11个卫生部门 涉及的地区 测试以下协作概念: 公共卫生监督； 毒理学专业知识； 实验室支持； 场地特征；和 后果管理。第二个匹兹堡棒水模块的案例研究概述。未来的计划包括: 香精水模块； 约翰·霍普金斯大学应用物理实验室； 试点公用事业； 增加CWS飞行员； 支持现有倡议； 纽约市和西雅图；和 国家指导。

This slide presentation outlines the interdependencies of public health and drinking water utilities in contamination warning systems. It begins by illustrating how various organizations work together for the good of public health, including: health care providers; epidemiology and surveillance; toxicology and risk assessment; environmental health; laboratory; and, consequence management. Several historic case studies are outlined and include: London Cholera Outbreak of 1849; Walkerton, Ontario E. coli outbreak of 2000; The Battlefords, Saskatchewan Cryptosporidium outbreak of 2001. Current Partnership Pilots are outlined and include: Cincinnati where 11 health departments in Greater Cincinnati Water Works' (GCWW's) service area were involved in testing the following collaborative concepts: Public Health Surveillance; Toxicology Expertise; Laboratory Support; Site Characterization; and, Consequence Management. A second case study of the Pittsburgh ¿¿¿¿¿¿¿¿ RODS Water Module is outlined. Future plans include: ESSENCE Water Module; Johns Hopkins University Applied Physics Lab; Pilot Utilities; additional CWS Pilots; upport existing initiatives; New York City and Seattle; and, national guidance.