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Joint Base Charleston, South Carolina. (May 2, 2024): Success in any future war will depend on moving huge amounts of goods quickly and safely to units across the world. In this photo by Staff Sergeant Spencer Slocum, Master Sergeant Greg Barham, 167th Airlift Wing instructor Loadmaster, and Staff Sergeant Christian Magliocca, 15th Airlift Squadron instructor Loadmaster, await refueling operations to complete during the Forward Area Refueling Point Rodeo held here this week. The training gave C-17 Globemaster III transport crews a chance to develop greater agility to quickly respond and provide global airlift where needed.
The job of moving these giant cargoes belongs to the Loadmaster, an enlisted Airman who is responsible for mathematically preplanning the correct placement of the load on an airplane. They also prioritize the order in which supplies or equipment are loaded onto an aircraft such that more tactically important material (e.g., ammunition) is off-loaded first. These loading decisions can mean life or death for forward deployed troops.
Generally, a Loadmaster’s duties fall into three categories: providing passenger comfort and safety, securing cargo, and taking part in airdrop operations. Before each flight, they perform calculations and create plans for passengers and cargo to ensure that cargo will not shift suddenly during flight. Loadmasters also ensure regulations regarding placement of one type of cargo in proximity to another are considered and that everything is secured before takeoff.
Perhaps the most challenging task for Loadmasters is airborne delivery. Delivering paratroopers and their cargo by parachute is a highly technical and dangerous undertaking. In such tricky situations, Loadmasters must ensure equipment does not shift during abrupt maneuvers which can produce dangerous handling problems for the pilot.
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Joint Base San Antonio-Lackland, Texas. ( April 25, 2024): Somehow, word got around that Air Force Basic Training is easier than other branches of the service. Nothing could be further from the truth. In this photo by Ava Leone, more than six hundred Airmen assigned to flights 301 through 315 graduates from Basic after weeks of grueling mental and physical training. Due to its flashy mission, the difficulty of Air Force Basic training is often underestimated.
The seven-and one-half week program begins with in-processing and an initial physical examination. Recruits are expected to pass a physical fitness test including timed push-ups, sit-ups, and a one-and-a-half-mile run. Trainees seeking to enter Special Warfare career fields have additional requirements including swimming.
The first few weeks concentrate on basic war skills, military discipline, physical fitness, and drill and ceremonies. Students absorb the Air Force’s core values and an understanding of a comprehensive range of subjects relating to Air Force life. Students face the “gas chamber” during the Chemical, Biological, Radiological, and Nuclear (CBRN) Defense Course to learn to wear their protective masks properly in an unforgiving environment. Later, in the fifth week, trainees battle each other with pugil sticks during Combatives training and learn a variety of martial arts techniques.
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Aguadilla, Puerto Rico. (May 2, 2024): In this photo Lieutenant Colonel Marnee A.C. Losurdo, a future “Hurricane Hunter” flashes the victory sign at a youth Caribbean Hurricane Awareness Tour held here this week. Pictured are Colonel Elissa Granderson, 403rd Operations Group commander and pilot, and Lieutenant Colonel Devon Burton, 53rd Weather Reconnaissance Squadron pilot, both members of the Air Force Reserve’s Hurricane Hunters.
Working with hurricane specialists from the National Oceanic and Atmospheric Administration (NOAA), the Hurricane Hunters try to figure out whether or not a tropical system could turn into a hurricane. The teams keep a continuous watch on tropical cyclones and areas of disturbed weather within the North Atlantic and eastern North Pacific basins.
Once a system is spotted, NOAA issues analyses and forecast advisories on the system’s development, current strength, and likely movements. The agency also issues tropical storm and hurricane warnings for the U.S. and Caribbean territories.
The Hurricane Hunters fly state of the art C-130 cargo planes directly into these tropical storms to gather data that is critical to forecasting a hurricane’s intensity and possible landfall. The data are sent in real-time via satellite from the aircraft directly to the National Hurricane Center for analysis and use by hurricane forecasters. During each pass through the eye, crews release a dropsonde, which collects temperature, wind speed, wind direction, humidity, and barometric pressure data. The crew also collects surface wind speed and flight-level data.
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Saltsburg, Pennsylvania. (May 5, 2024) Most Americans don’t know what an enormous impact the U.S. Army Corps of Engineers has on the quality of the water they drink. In this photo by Michel Sauret, Andi Fitzgibbon, a water quality biologist with the Corps of Engineers Pittsburgh District, works alongside Jamie Detweiler, an aquatic biologist with the Pennsylvania Department of Environmental Protection, to collect biological samples to evaluate water quality.
Under Section 10 of the Rivers and Harbors Act of 1899, Congress created the Corps of Engineers to approve the construction of any structure in or over any the navigable water of the United States. This role was expanded by Section 404 of the Clean Water Act to include navigable waters, lakes, ponds, small streams, some ditches, and adjacent wetlands. They also govern waters of the United States that are man-made such as dams.
Currently, the Army Corps of Engineers is responsible for stewardship of about twelve million acres of project lands that include more than 450,000 acres of environmentally sensitive areas supporting unique ecosystems. The Corps also manages over 340 species of concern and over 47,000 cultural sites across the nation.
The Corps also plays a major role in restoring damaged ecosystems by teaming up with local environmental officials to provide funding and experts. Under the Aquatic Ecosystem Restoration program, the Corps of Engineers participates in the planning, engineering, and construction of projects to restore degraded aquatic ecosystems. The agency has a $224 million dollar budget to support cost-effect restoration efforts by local entities to restore and save vital water resources.
While most Americans may not realize it, their next glass of water will be clean thanks to the Army Corps of Engineers.
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Kadena Air Base, Japan. (April 16, 2024): For downed pilots in need of rescue, there is no better combination than the mighty Air Force HH-60G Pave Hawk and their valiant crews. In this photo by Staff Sergeant Jessi Roth, Airmen assigned to the 33rd Rescue Squadron fly the Pave Hawk, a highly modified version of the Army Black Hawk helicopter, for rescue and humanitarian missions.
Built by Sikorsky Aircraft, The Pave Hawk (Pave equals Precision Avionics Vectoring Equipment) specializes in day or night personnel recovery operations into hostile environments and civil search and rescue, medical evacuation, and disaster response during humanitarian assistance missions.
The Pave Hawk has an upgraded communications and navigation system that includes forward looking infrared radar for night operations, automatic flight control, night vision goggles, and color weather radar. It also has an engine/rotor blade anti-ice system to help operate in adverse weather. The new navigation suite includes integrated inertial navigation/global positioning/Doppler navigation, satellite communications, and secure voice communications.
In terms of armament, the Pave Hawk can more than protect itself with two crew-served 7.62mm or .50 caliber machineguns as well as a radar warning receiver, infrared jammer, and a flare/chaff countermeasure dispensing system.
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Marine Corps Air Station, Iwakuni, Japan. (May 2, 2024): As jet aircraft streak across the sky to provide close air support, troops on the ground depend on the skills of a Joint Terminal Attack Controller (JTAC) to avoid friendly fire. In this photo by Lance Corporal Brienna Tuck, Staff Sergeant Joshua Wilson, front, a joint terminal attack controller instructor with 5th Air Naval Gunfire Liaison Company, III Marine Expeditionary Force Information Group, along with Army Special Forces operators with 1st Special Forces Group, conduct simulated close air support for troops on the ground. The JTACs carefully coordinate conversations between pilots and forces on the ground to allow for targeting the enemy while avoiding friendly casualties.
The 5th Air Naval Gunfire Liaison Company (ANGLICO) is an airborne fire support unit best known for their ability to coordinate land and sea-based artillery, rockets, and naval gunfire in support of troops on the ground. These units specialize in combined arms and are experts at planning, coordinating, and delivering close air fires.
ANGLICOs date back to World War II where the American island-hopping strategy revealed a severe need to coordinate air, naval and artillery gunfire support between the Marines, Navy, Army, and other Allied forces. Today, ANGLICOs support Marine task forces around the globe.
An important distinction must be made between JTACs and Forward Air Controllers or FACs. The FACs are aviators who help plan ground operations and conduct liaison with aviation units. The JTACs, by contrast, have a ground combat arms background in addition to the ability to direct combat aircraft engaged in offensive air support operations.