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Taylor Comstock, Marine Corps environmental protection specialist, watches Betsy Stewart, an Environmental Resource Solutions environmental scientist, and Dave Yow, a wildlife biologist, excavate a burrow during a survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Taylor Comstock, Marine Corps environmental protection specialist, watches Betsy Stewart, an Environmental Resource Solutions environmental scientist, and Dave Yow, a wildlife biologist, excavate a burrow during a survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Taylor Comstock, Marine Corps environmental protection specialist, and Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspect a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Taylor Comstock, Marine Corps environmental protection specialist, and Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspect a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspects a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspects a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Taylor Comstock, Marine Corps environmental protection specialist, discusses gopher tortoises with Dave Yow, an Environmental Resource Solutions wildlife biologist, while Betsy Stewart, an environmental scientist, watches a burrow excavation during a survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Taylor Comstock, Marine Corps environmental protection specialist, discusses gopher tortoises with Dave Yow, an Environmental Resource Solutions wildlife biologist, while Betsy Stewart, an environmental scientist, watches a burrow excavation during a survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Taylor Comstock, Marine Corps environmental protection specialist, Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspect a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Taylor Comstock, Marine Corps environmental protection specialist, Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspect a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Dave Yow, an Environmental Resource Solutions wildlife biologist, discovers a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Dave Yow, an Environmental Resource Solutions wildlife biologist, discovers a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

A gopher tortoise rests in a box during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

A gopher tortoise rests in a box during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

A gopher tortoise burrow is discovered during a survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

A gopher tortoise burrow is discovered during a survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspects a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Betsy Stewart, an Environmental Resource Solutions environmental scientist, inspects a gopher tortoise during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

Dave Yow, an Environmental Resource Solutions wildlife biologist, discusses gopher tortoises with Taylor Comstock, Marine Corps environmental protection specialist, during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Dave Yow, an Environmental Resource Solutions wildlife biologist, discusses gopher tortoises with Taylor Comstock, Marine Corps environmental protection specialist, during a burrow survey May 2, 2025, along the St. Johns River at Marine Corps Support Facility Blount Island, Florida. (Official U.S. Marine Corps Photo/Dustin Senger)

Photo by Dustin Senger

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) Roll off from the stern ramp in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) Roll off from the stern ramp in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) Roll off from the stern ramp in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) Roll off from the stern ramp in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

A U.S. Marine Corps Maritime Prepositioning Force crawler dozer aboard the United States Naval Ship Seay (T-AKR 302) Is hoisted off using a gantry crane in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

A U.S. Marine Corps Maritime Prepositioning Force crawler dozer aboard the United States Naval Ship Seay (T-AKR 302) Is hoisted off using a gantry crane in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

Nicholas Bowling, chief mate, U. S. Naval Ship Seay (T-AKR 302), Supervises the offload of the USNS Seay in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Nicholas Bowling, chief mate, U. S. Naval Ship Seay (T-AKR 302), Supervises the offload of the USNS Seay in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

MCPIC interrogators using PRFID Track assets in support of the offload of the United States Naval Ship Seay (T-AKR 302) in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

MCPIC interrogators using PRFID Track assets in support of the offload of the United States Naval Ship Seay (T-AKR 302) in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) await offload in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) await offload in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) await offload in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

U.S. Marine Corps Maritime Prepositioning Force assets from the United States Naval Ship Seay (T-AKR 302) await offload in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

U.S. Marine Corps Chief Warrant Officer 2 Alexander Woodward, Officer in Charge, Port Operations, Supervises the offload of the United States Naval Ship Seay (T-AKR 302) in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

U.S. Marine Corps Chief Warrant Officer 2 Alexander Woodward, Officer in Charge, Port Operations, Supervises the offload of the United States Naval Ship Seay (T-AKR 302) in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

A U.S. Marine Corps Maritime Prepositioning Force crawler dozer aboard the United States Naval Ship Seay (T-AKR 302) Is hoisted off using a gantry crane in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

A U.S. Marine Corps Maritime Prepositioning Force crawler dozer aboard the United States Naval Ship Seay (T-AKR 302) Is hoisted off using a gantry crane in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez

A U.S. Marine Corps Maritime Prepositioning Force crawler dozer aboard the United States Naval Ship Seay (T-AKR 302) Is hoisted off using a gantry crane in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island.

The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

A U.S. Marine Corps Maritime Prepositioning Force crawler dozer aboard the United States Naval Ship Seay (T-AKR 302) Is hoisted off using a gantry crane in preparation for the Maritime Prepositioning Force Maintenance Cycle (MMC) 14 at Marine Corps Support Facility Blount Island. The Maritime Prepositioning Force Maintenance Cycle (MMC) is a routine process for maintaining and replenishing the equipment and supplies carried by Maritime Prepositioning Ships (MPS). It ensures the MPS remain ready for deployment and are equipped with the necessary supplies for operations. The cycle typically lasts 42 to 45 days per ship and involves checking the serviceability of the equipment and replenishing stocks.

Photo by Cpl. Nicholas Martinez