text: Chapter 1
  Infrastructure support includes the following capabilities:
  * Engineer prime power units that generate electrical power and provide advice and technical
  assistance on all aspects of electrical power and distribution systems. Prime power units have
  limited electrical engineering capability (design and analysis); provide electrical surveys; and
  operate, maintain, and perform minor repairs to other electrical power production equipment, to
  include HN fixed plants.
  * Engineer facility detachments that support theater opening and closing, base camp development,
  construction management, contract technical oversight, base camp operations (to include waste
  management functions), and master planning.
  * Firefighting teams that provide base and base camp fire protection and search and rescue.
  Note. See ATP 3-34.40 for more information on infrastructure and construction support.
  The engineer diving detachment performs scuba- and surface-diving-related activities, to a depth of
  190 feet, in maritime geography in support of combat, general, and geospatial engineering. Divers provide
  reconnaissance, river-crossing, hydrographic survey, demolition, port construction and rehabilitation, harbor
  clearance, ship husbandry, salvage, joint logistics-over-the-shore, and hyperbaric life support operations. See
  ATP 3-34.84, TM 3-34.83, and TM 3-34.84 for additional information.
  Explosive hazards support provides the commander specialized capabilities and integrates the tasks
  conducted to counter the explosive hazards threat. These capabilities include the linkage to Army explosive
  ordnance disposal (EOD) capabilities found in the Ordnance Branch and in Navy and Air Force EOD units
  of the joint Services. The engineer squad (canine) employs mine dog teams. These teams assist in locating
  firearms, ammunition, and explosives in rural and urban environments. The teams may be used to augment
  a variety of route and area clearance capabilities found in the clearance company.
  The geospatial planning cell (GPC) provides geospatial support to deployed units that require
  augmentation. Geospatial engineering capabilities include analysis, collection, generation, management,
  finishing, and printing. GPCs generate, manage, and disseminate geospatial data, information, and products
  in support of ASCC headquarters and geographic combatant commands. GPCs are responsible for the
  management of the TGD, which contains detailed information about geographic features within the ASCC
  AOR. The intended goal of these organizations, in coordination with organic geospatial teams, is to apply
  the relevant geospatial information available, explain the military significance of the terrain and other spatial
  and temporal aspects of the OE to the commander, and facilitate informed decision making. Furthermore,
  these geospatial organizations conduct the exploitation of geospatial information and services (GI&S),
  producing spatially accurate products for commands and commanders, intelligence, measurements, mapping,
  visualization, and modeling.
  Other Capabilities
  Technical engineer reconnaissance is routinely formed for mission-tailored teams to collect engineer-
  specific tactical and technical information. These teams are a critical source of information for engineers and
  combined arms commanders, playing an important role in the intelligence preparation of the battlefield (IPB).
  ATP 3-34.81 provides a detailed discussion on the range of engineer reconnaissance capabilities.
  REACHBACK SUPPORT
  The UROC is the reachback management team for technical engineering requests to USACE. The
  UROC provides, relevant, and reliable solutions to Soldiers and Civilians in support of the armed forces and
  the nation. The reachback engineering capability allows U.S. personnel who are deployed worldwide to talk
  directly with experts when a problem in the field needs quick resolution. Deployed personnel are capable of
  linkage to subject matter experts within the U.S. government, DOD, USACE, private industry, and academia
  to obtain a detailed analysis of complex problems that would be difficult to achieve with the limited expertise
  or computational capabilities available in the field. While the UROC is capable of responding to a variety of
  complex technical problems, the team is also trained to exploit the entire array of expertise within USACE