The reactive approach to emerging infectious disease should be augmented with an anticipatory model that accounts for the dramatic changes occurring through globalization, greater interactions between human and zoonotic populations, and changes to the environment and climate patterns.
Lessons learned through the analysis of this most recent Ebola outbreak as well as other disease outbreaks can have far-reaching consequences, helping authorities to both improve the continuing, ongoing response and plan for the best possible response to future threats.
The Ebola outbreak in Africa and the cases in the United States weighed heavily on the minds of policymakers and the public. While the Ebola threat was (and is) certainly real, many Americans greatly overestimated their chances of contracting the deadly disease.
The recent measles outbreak that began in Disneyland is the latest reminder that Americans have ceded ground in the fight against the potentially deadly disease. So-called “anti-vaxxer” parents have received a lot of attention following the outbreak, but they may comprise less of the population than you think.
Melinda Moore, a RAND public health physician and senior researcher, hosted an “Ask Me Anything” session on Reddit to answer questions about Ebola, including whether a U.S. travel ban would help prevent the spread of the deadly disease.
Operation United Assistance, which includes the deployment of 3,000 U.S. military personnel to West Africa to respond to the Ebola crisis, is a welcome recognition of the range of missions the military is increasingly able to tackle, particularly in disaster-management assistance.
Medical and public health systems are crucial to controlling the transmission of Ebola and treating patients. But the public's role in becoming aware and engaged, both in West Africa and the United States, cannot be overstated.
The rapid, uncontrolled spread of aggressive diseases such as Ebola is often a matter of national security. U.S. intelligence professionals must establish relevant information collection and dissemination mechanisms to deal with such contingencies.
No amount of research can save those who've already perished from Ebola in West Africa, but our capacity to learn from such tragedies is a silver lining that has historically enhanced global resilience to disease. With that in mind, here are six key lessons from the outbreak.
Lately, stories about outbreaks seem to be spreading faster than the diseases themselves. An outbreak of measles in Ohio is just part of an 18-year high of U.S. cases. Meanwhile, polio continues to circulate in Pakistan, Afghanistan, and Nigeria, while spreading to other countries.
The response to the 2009 H1N1 influenza pandemic provides an opportunity to learn about the public health system's emergency response capabilities and to identify ways to improve preparedness for future events.
In this fiscally uncertain climate, we should continue to leverage the dual-use benefit of bioterrorism investments by building and maintaining those routine (but essential) public health capabilities that can also be used in response to a variety of public health emergencies.
RAND researchers developed an initial prototype tool to help determine capabilities and resources a locality will likely require during a disaster. The report also describes two social networking tools for local coordination of disaster preparedness.
National security implications and interconnections are explored among climate change, water scarcity, and pandemics, using examples of familiar and new policy approaches to inspire innovative thinking about threats to the global commons.