Army Emergency Management Program - Federation of American ...
Army Emergency Management Program - Federation of American ...
Army Emergency Management Program - Federation of American ...
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
especially when the <strong>Army</strong> installation does not have past historical data on evacuation and mass care operations. See<br />
the FEMA Community Mass Care <strong>Management</strong> Course (G–108) for more information.<br />
(1) Mass warning and notification. Transportation systems and utility providers are <strong>of</strong>ten excluded from mass<br />
warning and notification systems. In order to counter this trend, the <strong>Army</strong> EM <strong>Program</strong> includes these providers in the<br />
Category 1 continuity service providers and Category 5 responder service providers process. Mass warning and<br />
notification systems must extend throughout all phases <strong>of</strong> EM and therefore must address initial warning as well as the<br />
continued provision <strong>of</strong> information throughout the response and recovery phases, to include the evacuation <strong>of</strong> residents<br />
to a remote safe haven and their eventual return to the installation.<br />
(2) Evacuation management. Transportation infrastructure needs to be considered in all aspects <strong>of</strong> evacuation<br />
management. This process includes identification <strong>of</strong> bridges, ferries, tunnels, buses, animal trailers, and aviation<br />
transportation systems as key resources in the execution <strong>of</strong> evacuation orders. For example, high winds in advance <strong>of</strong><br />
tropical cyclone landfall may exclude buses and towed trailers 36 or more hours in advance <strong>of</strong> landfall, which will<br />
require a change in evacuation clearance times and may alter the original evacuation decision timeline. This is also true<br />
regarding flooding, earthquakes, tsunamis, tornados, and volcanoes in addition to a host <strong>of</strong> other natural, technological,<br />
and terrorism hazards.<br />
(3) Safe haven and shelter requirements. Safe haven and shelter locations require specific infrastructure thresholds.<br />
Though the <strong>Army</strong> does not operate shelters as the Service cannot meet the design criteria or the food and water<br />
stockpiling requirements <strong>of</strong> applicable <strong>American</strong> Red Cross (ARC), to include ARC 4496, the same infrastructure<br />
considerations apply to temporary safe havens established on post. These considerations include ensuring that safe<br />
havens are not located in a Category 4 tropical cyclone storm surge area, are not located in a 100- or 500-year<br />
floodplain, do not have the first floor (ground floor) lower than the flood insurance rate maps base elevation, does not<br />
store hazardous materials, is compliant with existing building and fire codes, is not at risk <strong>of</strong> inundation, is not<br />
constructed <strong>of</strong> reinforced masonry, is complaint with earthquake zone construction standards (when required), and does<br />
not have long, open ro<strong>of</strong> spans, excessive overhangs, or large glass areas.<br />
(4) Responder requirements. Infrastructure influences all elements <strong>of</strong> response operations, especially access to<br />
mutual aid and the conduct <strong>of</strong> fire suppression operations. For example, the fire mains and associated hydrants,<br />
standpipes, and building fire sprinkler systems are key resources in fire suppression operations and those fireground<br />
operations requiring large volumes or steady access to water, to include casualty decontamination operations. Lack <strong>of</strong><br />
hydrant access near special event locations or congregation areas requires preplanned support agreements for water<br />
tankers with the appropriate connections for the fire apparatus, such as fire engines (pumpers), in use at the installation<br />
and in the local civil jurisdictions.<br />
(5) Medical response. A key set <strong>of</strong> resources is concentrated in the MTF on an installation as identified in<br />
MEDCOM OPLAN 01–10. The ability to maintain public utilities, such as power, water, and wastewater/sewer access,<br />
is vital to the MTF’s long-term viability as first receivers (water for casualty decontamination) and as a healthcare<br />
provider (power for medical equipment and diagnostics, lights for operating rooms). The capability to relocate part <strong>of</strong><br />
the MTF’s organic capabilities to another location is time-intensive and requires extraordinary pre-planning and<br />
execution.<br />
(6) Recovery impacts. The older the infrastructure is on the installation, the more likely these structures will suffer<br />
major to catastrophic failure based upon structural fatigue and application <strong>of</strong> older, less stringent building codes in<br />
effect at construction. This impacts not only the time to recover those structures, but the cost <strong>of</strong> replacement value for<br />
the damage assessment process and the ability for structural evaluation teams to clear the building for re-habitation<br />
post-incident. Aging infrastructure is also a serious concern in terms <strong>of</strong> water, wastewater, landline phone, IT, and<br />
power distribution as the requirement to rebuild such damaged infrastructure may cause secondary delays to all other<br />
aspects <strong>of</strong> the recovery. For example, digging up streets to replace water mains may delay debris clearance and<br />
rebuilding efforts.<br />
4–3. Personnel categorization<br />
a. Overview. Categorization <strong>of</strong> all assigned personnel is a key element <strong>of</strong> effective resource management. Personnel<br />
categorization enables the installation commander and emergency manager to prioritize resource allocation across the<br />
jurisdiction and facilitates a risk-rationalized approach to investing in the protection <strong>of</strong> personnel. Personnel categorization<br />
(1) identifies MEFs requiring additional support or protection during emergencies, (2) identifies elements <strong>of</strong> the<br />
protected populace which may require special attention in the planning process and during emergencies, and (3)<br />
identifies response and recovery resources organic to the installation. A critical result <strong>of</strong> personnel categorization is<br />
identification <strong>of</strong> the populace for which the EM program is responsible for protecting during emergencies resulting<br />
from all identified hazards. This protected populace is the single most important factor in determining the required EM<br />
capabilities, especially in the areas <strong>of</strong> mass care, casualty management, and fatality management. Installation commanders<br />
shall identify (1) individuals within Category 1, (2) personnel and/or populations within Categories 2 through<br />
4, and (3) individuals, agencies, and departments within Category 5.<br />
b. Goals. In priority order, the EM program shall focus its efforts on (1) the ability <strong>of</strong> Category 1 personnel to<br />
continue MEFs, (2) protection from and mitigation <strong>of</strong> hazards impacting Category 2–4 personnel, and (3) the<br />
preparedness, mitigation, prevention, response, and recovery capabilities <strong>of</strong> Category 5 personnel. These priorities are<br />
DA PAM 525–27 20 September 2012<br />
31