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Army Emergency Management Program - Federation of American ...

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demographics and historical data, especially when the <strong>Army</strong> Installation does not have past historical data on<br />

evacuation and mass care operations.<br />

(1) Planning estimates. Specific populations, such as expeditionary units, are more likely to self-organize and<br />

execute evacuation orders than noncohesive areas, such a large housing areas or hotel facilities. In addition, some areas<br />

change dramatically in terms <strong>of</strong> population from working hours to nonworking hours, such as industrial facilities,<br />

headquarters facilities, and many AMC installations, which will dramatically change the traffic management issues and<br />

the need for additional transportation support.<br />

(2) Shadow evacuations. Per NUREG/CR–6864, Volume 1, shadow evacuations are defined as spontaneous evacuations<br />

by persons residing outside <strong>of</strong> an <strong>of</strong>ficially declared evacuation zone. These shadow evacuations may impact<br />

transportation availability, evacuation route management, and the need for emergency logistics support, including<br />

provision <strong>of</strong> water and fuel supplies, to evacuees delayed in heavy traffic. All <strong>of</strong> these factors impact the evacuation<br />

clearance time estimates directed in this chapter.<br />

(3) Infrastructure impacts. Transportation and information technology infrastructure needs to be considered in all<br />

aspects <strong>of</strong> evacuation management. Identification <strong>of</strong> bridges, ferries, tunnels, buses, animal trailers, and aviation<br />

transportation systems as key resources is critical to the successful execution <strong>of</strong> evacuation orders. For example, high<br />

winds in advance <strong>of</strong> tropical cyclone landfall may exclude buses and towed trailers 36 or more hours in advance <strong>of</strong><br />

landfall, which will require a change in evacuation clearance times and may alter the original evacuation decision<br />

timeline. This is also true regarding flooding, earthquakes, tsunamis, tornados, and volcanoes in addition to a host <strong>of</strong><br />

other natural, technological, and terrorism hazards. See the DOT/FHA report for additional information on transportation<br />

considerations.<br />

(4) Hazard correlation. Per NUREG/CR–6864, an analysis <strong>of</strong> the most significant evacuations from 1990 through<br />

2003 shows that evacuations in preparation for or in response to tropical cyclones (hurricanes and tropical storms)<br />

accounts for only 13 percent <strong>of</strong> the total. Technological hazards account for 35 percent, wildfires account for 23<br />

percent, and other natural hazards account for 24 percent <strong>of</strong> the evacuations. In this context, the term “malevolent acts”<br />

covers all terrorism and criminal incidents and accounts for approximately 6 percent <strong>of</strong> the total evacuations (with<br />

some overlap with technological hazards). This information is relevant in that technological hazards, earthquakes,<br />

tornadoes, and many wildfires have little to no warning time before impact and the lack <strong>of</strong> advanced warning<br />

dramatically changes the way that evacuation management is executed for these hazards. Reliance on self-coordinated<br />

evacuation days prior to landfall <strong>of</strong> a tropical cyclone with focus solely on populations requiring transportation<br />

assistance, with special needs, or with animal needs is easy in comparison with a no-notice, immediate evacuation <strong>of</strong><br />

all or some <strong>of</strong> the protected populace for a technological hazard or earthquake. As identified in NUREG/CR–6864,<br />

Volume 1, the greatest capability to manage all-hazards evacuation needs regardless <strong>of</strong> cause is based upon (1) building<br />

a resilient community through the Ready <strong>Army</strong> Community Preparedness Campaign, (2) developing and exercising an<br />

installation EM plan with an evacuation management annex, and (3) organizing, training, equipping, and exercising a<br />

task-organized evacuation management team.<br />

g. <strong>Emergency</strong> planning and interagency coordination. Procedures shall be maintained within the installation EM<br />

plan in the basic plan with Support Annexes developed as necessary to detail tactics, techniques, and procedures for<br />

execution and with additional details identified in the HSAs, as necessary. Evacuation management procedures within<br />

the installation AT plan, installation fire and emergency services plan(s), or other planning documents shall reference<br />

the installation EM plan on all matters related to evacuation. All procedures shall be coordinated in writing with local<br />

civil jurisdictions and receiving remote safe havens. The evacuation planning process includes identifying the available<br />

transportation networks and the capabilities and limitations <strong>of</strong> each <strong>of</strong> these transportation methods, especially the<br />

carrying-capacity <strong>of</strong> proposed evacuation routes and existing or potential traffic bottlenecks or blockages caused either<br />

by traffic congestion or natural occurrences such as rising flood waters or high winds. It is important to keep in mind<br />

that destructive weather and seismic events may limit or completely eliminate some transportation methods, especially<br />

bridges, ferries, tunnels, and mass transit systems. Evacuation planning must incorporate:<br />

Ready <strong>Army</strong> Community Preparedness training and associated products.<br />

Mass warning and notification system procedures for warning personnel within 10 minutes <strong>of</strong> incident notification<br />

(immediate evacuation) or issue <strong>of</strong> the evacuation order.<br />

Personnel accountability procedures per DODI 3001.02.<br />

Route management procedures, to include the use <strong>of</strong> pre-event signs and signals and procedure for establishing<br />

“reverse-laning” or “contraflow” movement (turning all lanes on both sides <strong>of</strong> the road to travel in the same direction<br />

away from the hazard area) for increased traffic capacity.<br />

Procedures and resources for the removal <strong>of</strong> debris and disabled vehicles from the evacuation routes.<br />

Procedures and resources for the provision <strong>of</strong> fuel, water, and emergency supplies to evacuees along established<br />

evacuation routes, if the situation warrants such actions.<br />

Procedures for supporting and managing medical special needs populations (Category 2SN).<br />

Procedures for providing transportation assistance to populations without access to transportation (Category 2TR).<br />

Procedures for managing animal needs (Category 2AN).<br />

Procedures for non-English-speaking personnel and the visually and hearing impaired.<br />

DA PAM 525–27 20 September 2012<br />

77

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