Feature stories spotlight how technology can better serve the world's displaced people, the promise of supportive housing for people with mental illness, and a RAND climate scientist's personal brush with wildfire.
Emergency managers—including FEMA, but also extending to the states and localities that are the first line of defense—could do much more to identify statewide risks and build community resilience long before an event makes headlines.
When a hurricane comes ashore or a wildfire ignites, most of a community's vulnerability to disaster is already set. Emergency managers including FEMA, states, and localities could do much more to identify statewide risks and build community resilience before an event makes headlines.
As an Australian, Melissa Finucane has watched with anguish as massive bushfires devastated wide swaths of her home country. As a researcher who studies community resilience, she can't help but think of how much blood, sweat, tears, and money will be required to recover.
RAND researcher Robert Lempert was evacuated from the path of a wildfire. This experience emphasized for him the challenges of adapting to climate change, not merely because it is hard, but because it makes the familiar become unfamiliar in unexpected ways.
Intentionally shutting off power may be a practical way to prevent power lines from sparking wildfires. But is it worth the risks? Until more thoughtful and comprehensive decisions are made, planned power outages need to be planned better.
Fires in Indonesia, if left unchecked, could cause an average of 36,000 premature deaths annually across Indonesia, Malaysia, and Singapore. Researchers built a tool that models the effect of the fires on public health.
Forest and land-use fires are ravaging Indonesia's Sumatra and Kalimantan islands. Haze from these fires is life-threatening; inhaling smoke can cause heart and respiratory diseases, leading to premature deaths. We developed a new tool to provide decisionmakers with information to protect people who live downwind.
In this study, we present a novel approach that integrates information on the drivers of fire emissions in Indonesia, the transport of smoke to downwind regional population centers, and the resulting population exposure to air pollution.
Wildfires in California have caused and will likely continue to cause substantial losses for residents, businesses, and government agencies. It is important to distribute these losses in a manner that provides incentives to reduce their magnitude over time.
Wildfire poses considerable risk to Californians, and the associated increases in home insurance prices can cause financial hardship for families. It's critical to understand how the insurance market is performing with regard to wildfire risk and how climate change may affect this performance.
The potential for smoke to harm air quality and cause health problems was especially acute in 2015 because a record number of wildfires broke out in the United States. Pre-wildfire season preparedness could go a long way toward protecting public health.
A newly deployed airborne firefighting resource is helping the United States Forest Service (USFS) battle wildfires, while at the same time providing valuable lessons on the utility and cost effectiveness of water-dropping scooper aircraft.
While the U.S. Forest Service has not completely agreed with RAND's proposal to transition to a fleet dominated by water-dropping scooper aircraft for fighting fires, they have leased one CL-415 scooper aircraft. It might be more cost-effective for the USFS to simply purchase it outright.
Although we believe that a scooper-centric firefighting aircraft portfolio for initial attack would still be preferred, Air Force-provided 1,850-gallon C-27Js could be a cost-effective component of the retardant-bearing portion of the Forest Service's airborne firefighting arsenal, write Edward G. Keating and Daniel M. Norton.
An aircraft's capacity and speed largely determine the rate at which water or retardant can be applied to a fire. Very large air tankers (VLATs) certainly have the capacity to apply large amounts of fluids to a fire, but because of the distances travelled they may not be able to get a second load very quickly.