FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
FM 3-34.22 - Army Electronic Publications & Forms - U.S. Army
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ENGINEERS<br />
Stability and Civil Support Operations<br />
� Understanding the potential for grave consequences originating from Soldier and small-unit<br />
actions.<br />
� Acting decisively to prevent the escalation of violence.<br />
7-8. In stability operations, most engineer effort is focused on theater infrastructure repair and restoration<br />
to reconstruct or establish services that support the population. Given the nature of stability operations, the<br />
risks associated with environmental hazards may have a greater importance and impact in stability<br />
operations than in offensive or defensive operations. Stability operations tend to be long compared to<br />
offensive, defensive, and civil support operations. As such, the level of engineer effort is very high at the<br />
onset and gradually decreases as the theater matures and support requirements transfer to civilian<br />
contractors, such as those who operate under the logistics civilian augmentation program (LOGCAP).<br />
7-9. Within the BCT, the missions performed by organic and augmenting engineer forces in stability<br />
operations are linked directly to the BCT mission and responsibility. While combat engineer route<br />
clearance and other close support capabilities may be critical tasks applied through the movement and<br />
maneuver warfighting function, a larger portion of engineer requirements within the BCT AO are likely<br />
met with general engineering and other specialized engineer capabilities. The BCT ENCOORD must be<br />
prepared to coordinate the simultaneous execution of these engineer capabilities throughout the depth of<br />
the BCT AO and in synchronization with warfighting functions. When the required engineer augmentation<br />
is unavailable to the BCT, the ENCOORD must rely on contracted engineering support, reachback, or<br />
collaborative planning with another engineer element for the necessary technical support to enhance BCT<br />
organic engineer capabilities. (The integration of engineer operations into stability operations is discussed<br />
later in this chapter.)<br />
7-10. In analyzing engineer requirements in stability operations and determining BCT essential tasks for<br />
M/CM/S, the ENCOORD considers the following factors:<br />
� Terrain in the AO.<br />
� Type of obstacles in the AO.<br />
� Engineer assets and available capabilities.<br />
� Operation duration.<br />
� Water supply and location.<br />
� Sewage and garbage facilities.<br />
� Local power facilities.<br />
� Firefighting capability.<br />
� Base support requirements.<br />
� Demining center issues.<br />
� Basic country infrastructure (road, bridge, rail, airfield, port capability) and contracted<br />
engineering support.<br />
TYPES<br />
7-11. Stability operations typically fall into ten broad types that are neither discrete nor mutually exclusive.<br />
For example, a force engaged in a peace operation may also find itself conducting arms control or a show<br />
of force to set the conditions for achieving an end state. This section provides an introductory discussion of<br />
the types of stability operations. (For more detailed information, see <strong>FM</strong> 3-0 and <strong>FM</strong> 3-07.)<br />
7-12. The ten types of stability operations are—<br />
� Peace operations.<br />
� Peacekeeping.<br />
� Peace building.<br />
11 February 2009 <strong>FM</strong> 3-<strong>34.22</strong> 7-3