AFC-HDPTP

AFC HDPTP项目总结 根据定义，灾害是一种意外的破坏性事件，给一个国家带来伤害和破坏。 社区虽然社区成员经常感到无力控制灾难，但他们可以采取措施， 为他们的反应做好准备。AFC建议使用NIEHS工人培训计划的资金， 危险品灾害准备培训计划（HDPTP），为公共安全提供准备培训 美国东南部和全国各地的美洲原住民部落的响应者。拟建项目 将继续AFC的十年历史，为第一反应者提供以安全为重点的高质量培训， 无论是自然灾害还是人为灾害。该项目将针对公共安全（消防，法律，EMS，EMA）响应者 通过培训，帮助他们识别危险，评估应对措施，并在混乱中建立秩序 灾难现场。灾难往往成为大规模伤亡事件（MCI），响应者可能需要分类 他们有限的资源来做最好的事情。此外，不幸的是，这些MCI事件可能是“人为”的行为， 暴力行为的肇事者仍然在现场的恐怖。亚足联建议将敌对事件反应 训练，教导加强态势感知和生存以及救生战术“停止， 流血”护理在一个活跃的射手或简易爆炸装置的事件。AFC项目共带来70个 为1，400名学员提供了11，200小时的培训。它将在公共安全和本地之间分裂 美国目标人群。

AFC HDPTP Project Summary A disaster, by definition, is an unexpected destructive event that brings harm and damage to a community. While the community members often feel powerless to control the disaster, they can take steps to prepare for their response if it occurs. AFC proposes to use funds from the NIEHS Worker Training Program’s Hazmat Disaster Preparedness Training Program (HDPTP) to provide preparedness training to public safety responders in the southeast US and to Native American tribes throughout the country. The proposed project will continue AFC’s ten-year history with of delivering quality training focused on safety for first responders to a disaster, whether natural or man-made. This project will target public safety (fire, law, EMS, EMA) responders with training that helps them recognize hazards, assess response actions, and bring some order to the chaos of the disaster scene. Disasters often become mass casualty incidents (MCI) and responders may need triage their limited resources to do the most good. Also, unfortunately, these MCI events may be “man-made” acts of terror in which the perpetrator of violence is still at the scene. AFC proposes to bring Hostile Event Response training that teaches enhanced situational awareness and survival as well as life-saving tactical “stop-the- bleed” care in an active shooter or improvised explosive device event. AFC projects to bring a total of 70 classes to 1,400 trainees in 11,200 contact hours. It will be split between both the public safety and Native American target populations.