ISBN:
9780833081476
,
0833085506
,
0833081470
,
9780833085504
Language:
English
Pages:
1 Online-Ressource (xvi, 55 pages)
Series Statement:
RAND Corporation research report series RR-155-OSD
Parallel Title:
Print version Resnick, Adam C Developing Navy capability to recover forces in chemical, biological, and radiological hazard environments
Keywords:
United States
;
United States Planning
;
United States Operational readiness
;
United States
;
United States
;
United States
;
Amphibious warfare Planning
;
Decontamination (from gases, chemicals, etc.)
;
Biological decontamination
;
Radioactive decontamination
;
Amphibious warfare
;
Decontamination (from gases, chemicals, etc.)
;
Biological decontamination
;
Radioactive decontamination
;
Anthropology, Education, Sociology and Social Phenomena
;
Armed Conflicts
;
Biological Warfare
;
Chemical Warfare
;
Decontamination
;
Delivery of Health Care
;
Environment and Public Health
;
Military Science
;
Nuclear Warfare
;
Public Health Practice
;
Public Health
;
Social Problems
;
Social Sciences
;
Sociology
;
Technology, Industry, Agriculture
;
Technology, Industry, and Agriculture
;
United States
;
Amphibious warfare ; Planning
;
Armed Forces ; Operational readiness
;
Armed Forces ; Planning
;
Biological decontamination
;
Decontamination (from gases, chemicals, etc.)
;
Radioactive decontamination
;
Military & Naval Science
;
Law, Politics & Government
;
Military Science - General
;
Electronic books
Abstract:
Recovering amphibious forces can be complicated if ashore forces are attacked with chemical, biological, or radiological weapons. These forces may cross-contaminate others with whom they come in contact. And if contaminants spread to equipment and vehicles, creating persistent hazards, those items may pose an additional cross-contamination risk. Although the preference is to decontaminate ashore forces in the operating environment or in a clean area elsewhere on land, this is not always feasible. Using a scenario involving a Marine Expeditionary Unit of 3,000 Marines, 300 total contaminated service members, including 24 contaminated litter casualties and 75 contaminated ambulatory casualties, the researchers assess current policies and capabilities pertaining to the recovery and decontamination of ashore forces aboard ships and identify policy options the Navy could pursue to better perform this mission. They develop a set of policies to increase the Navy's capability to recover and transport contaminated land forces to amphibious assault groups and propose doctrine to support operational decisions
Abstract:
Recovering amphibious forces can be complicated if ashore forces are attacked with chemical, biological, or radiological weapons. These forces may cross-contaminate others with whom they come in contact. And if contaminants spread to equipment and vehicles, creating persistent hazards, those items may pose an additional cross-contamination risk. Although the preference is to decontaminate ashore forces in the operating environment or in a clean area elsewhere on land, this is not always feasible. Using a scenario involving a Marine Expeditionary Unit of 3,000 Marines, 300 total contaminated service members, including 24 contaminated litter casualties and 75 contaminated ambulatory casualties, the researchers assess current policies and capabilities pertaining to the recovery and decontamination of ashore forces aboard ships and identify policy options the Navy could pursue to better perform this mission. They develop a set of policies to increase the Navy's capability to recover and transport contaminated land forces to amphibious assault groups and propose doctrine to support operational decisions
Note:
"Prepared for the Office of the Secretary of Defense. Approved for public release; distribution unlimited
,
Includes bibliographical references (pages 54-55)
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