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Lawrence Livermore National Laboratory (LLNL) has developed training materials for emergency managers and response personnel that describe the possible effects of radiological and nuclear events and the actions that the public and response community could take to save and sustain life.
Models help inform response planners of the potential impacts of hazardous material releases.
This narrated, self-running course is designed to teach basic modeling concepts for radiological and nuclear release scenarios. By the end of the course, students will understand basic functions of atmospheric plume dispersion and dose models, model benefits and limitations, use of models during an emergency, and how to use modeling products to guide emergency planning and response. Total course time is 2 hours and 5 minutes.
Narrated self-running presentations using audio captured at the California Department of Public Health, Radiologic Health Branch Symposium conducted on January 9, 2015.
Lawrence Livermore National Laboratory created a simulation that demonstrates the DHS RDD Response Guidance missions and tactics. Videos demonstrating these lifesaving tactics can be found on the Department of homeland Security, Science and Technology YouTube channel.
This PrepTalk provides information on protective actions for a nuclear detonation and the many resources and tools for emergency managers that support planning, public education, and crisis communications. Emergency managers should use the video and these discussion materials to develop strategies for response plans, immediate public alerts and warnings, and emergency responder safety.
This presentation was delivered in January of 2010 at the Radiation Preparedness and Clinical Applications Seminar sponsored by Los Angeles County Radiation Management.
Note: Click the toggle to display the full playlist of videos and make your selection.
This PowerPoint file is both a tutorial and a template for creating city specific Radiological Dispersal Device (RDD) response briefings. It includes instructions and demonstrational videos of how to use atmospheric dispersion modeling tools, like Hot Spot, GoogleEarth, and FEMA’s RadResponder to create realistic, immersive training and exercises that are specific to the community that the training is being conducted in. It is based on the concepts and tactics in the DHS Science-based 2017 Radiological Dispersal Device (RDD) Response Guidance: Planning for the First 100 Minutes and includes the animations created by LLNL that are currently available via the DHS S&T YouTube channel. There is an example scenario involving an RDD in San Francisco and videos demonstrating how to present the material at the end of each module. It was created so Radiological Operational Support Specialists (ROSS) could develop community specific RDD response scenarios to help inform responders and planners on the best way to save lives and recovery from an RDD or radiological “dirty bomb.”
Due to the extensive use of videos, this presentation is large (~ 2GB) and has been broken down into the following modules:
These presentations provide useful information for response planning. If you are a radiation safety professional and would like to obtain the PowerPoint version of the presentation, please contact the author, Brooke Buddemeier, at brooke2@llnl.gov.
Lawrence Livermore National Laboratory (LLNL) has developed training materials that are easily understood by response personnel that describe the possible effects from a nuclear detonation in a major metropolitan area and the actions that the public and responder community could take to save and sustain life.
The result is a suite of multimedia-rich training modules with an instructor and student guide that uses non-scientific language to explain the dynamic nature of such an event. PDF versions of the files, and in some cases the instructor and student guides, are available below. The PowerPoint presentations are available to federal, state, and local emergency response trainers by contacting Brooke Buddemeier at brooke2@llnl.gov.
In support of the United States federal government, Lawrence Livermore National Laboratory has performed consequence modeling to support risk assessments and community preparedness activities. Despite the broad availability of response guidance, there continues to be a lack of public awareness on appropriate lifesaving actions. Journalist can play a critical role in helping communicate key information through general interest articles and access to the right information in a crisis. Supporting the media by providing good science, graphics, and expert interviews can improve the possibility of an informed public.
In support of the Department of Homeland Security’s Science and Technology Directorate, Lawrence Livermore National Laboratory has undertaken detailed consequence modeling of a nuclear detonation in several modern U.S. cities that obtain insight into the nature and distribution of injuries and support community preparedness activities. Atmospheric dispersion and prompt effects models are important tools for planning an initial response to a nuclear detonation; however many current predictive models make some overly simplified assumptions. The analysis used for this study provided more realistic methods of estimating exposure by accounting for the presence of different building types to provide radiation exposure ranges, numbers of potential casualties, and combined injury distributions.
In support of the Department of Homeland Security's Science and Technology Directorate, Federal Emergency Management Agency, and the National Nuclear Security Administration, Lawrence Livermore National Laboratory has provided detailed consequence modeling in support community preparedness activities. Detailed effects for several California cities are available to emergency response personal and managers, including block by block detailed analysis of observable effects, potential casualties, infrastructure impacts, and response issues. Additionally, visualization of potential impacts provides first person points of view to help understand the dynamic nature of the event as it changes in both time and space. New communication strategies, planning resources, and response tools are in development and available to help response planners and emergency managers.
In support of the Department of Homeland Security, Lawrence Livermore National Laboratory has provided detailed consequence modeling to support federal risk assessments and community preparedness activities. In the event of a low-yield nuclear detonation in an urban area, one of most important response tasks will be to minimize the exposure to fallout radiation. Detailed analysis of radionuclide composition and atmospheric dispersion of fallout have recently helped inform federal and national guidance on appropriate response actions. Fallout exposure represents the greatest preventable injury after a nuclear detonation and an understanding of the dynamic spatial and temporal nature of the event, along with the protective value of shelter-in-place options, can result in a significant reduction of casualties.
Overview of Improvised Nuclear Device (IND) Impacts to the NCR is an extended presentation on response planning for a low-yield nuclear detonation in the NCR. This presentation is at the awareness level. Separate links below may be used in a modular training effort that includes more detailed instructor guides. [Instructor Guide] [Student Guide]
Overview of Improvised Nuclear Device (IND) Impacts to Los Angeles is an extended presentation on response planning for a low-yield nuclear detonation in the greater Los Angeles urban area. This presentation is at the awareness level. Separate links below may be used in a modular training effort that includes more detailed instructor guides.
Note: This material was developed in 2009; graphics and information have not been updated for the current year.