You will gain skills to effectively plan for and respond to radiological emergencies as well as the ability to communicate effectively with the public during a crisis.
Despite a vast amount of research, there are many aspects of COVID-19 that continue to be perplexing. From the more transmissible variants of the virus to the necessity of mask-wearing after vaccination, the protocols of the pandemic continue to evolve — and inherent uncertainty about the virus will continue. Even when officials delivering information are … Continue reading “How Do You Communicate Uncertainty and Promote Public Health — During COVID-19 and Beyond?”
Fukushima. Chernobyl. Three Mile Island. Each is immediately recognizable for the radiological accident that wreaked havoc on plant workers and nearby residents. And while it’s true that nuclear disasters can and do cause devastation, the surprising reality is that the psychosocial impacts can vastly outweigh the physiological effects. “The sociological impacts can kill people,” says … Continue reading “Radiological Accidents: The Surprising Physiological and Sociological Impacts”
Air cleaning systems are often the final line of defense in the event of radiological release or nuclear disaster. The role of air cleaning systems in nuclear accidents is vital in minimizing public exposure to radioactive material and protecting public safety. When nuclear accidents occurred in the past, air cleaning systems successfully prevented disaster by … Continue reading “How Foolproof Air Cleaning Systems at Nuclear Power Plants Protect Public Health”
The threat of a radiological or nuclear disaster strikes fear in the hearts of most Americans; this is why commercial nuclear facilities need comprehensive crisis plans. Yet even the most effectively executed and successful technical response to a radiological/nuclear crisis will likely be viewed as a failure by the public if this response does not … Continue reading “The Need for a Strong Communications Strategy in the Face of a Radiological or Nuclear Accident”
This article explores and debunks 9 myths about planning for and responding to radiological emergencies in the United States.
