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  • A crew memeber aboard the National Geographic Endurance cleans the deck in front of a melting glacier at Elephant Island, Antarctica.
    20211125-501_2489.jpg
  • Fisherman off North Sulawesi, Indonesia work to bring in their catch of skipjack tuna.
    Tuna Fisherman
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0566.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0255.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0218.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_9937.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0554.jpg
  • Viki Kolatkova, PhD student and commercial diver with the SeaChange Society, collects bunches of eelgrass in preparation for planting.
    20210928-500_0150.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0129.jpg
  • A volunteer with The Nature Conservancy collects shoots of eelgrass (Zostera marina) with seeds as part of the world's largest seagrass restoration project lead by the Virginia Institute of Marine Science (VIMS) in Virginia, USA.
    20190531-501_1988.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0571.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0470.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0164.jpg
  • Viki Kolatkova, PhD student and commercial diver with the SeaChange Society, swims off with bunches of eelgrass in preparation for planting.
    20210928-500_0066.jpg
  • Commercial diver Justin Bland from the SeaChange Society sources eelgrass (Zostera marina) from a robust seagrass bed for the purposes of transplanting the seagrass in an area in need of restoration in Cowichan Bay, Vancouver Island, BC, Canada.
    20210927-500_9807.jpg
  • A volunteer with The Nature Conservancy collects shoots of eelgrass (Zostera marina) with seeds as part of the world's largest seagrass restoration project lead by the Virginia Institute of Marine Science (VIMS) in Virginia, USA.
    20190531-501_1961.jpg
  • A volunteer with The Nature Conservancy collects shoots of eelgrass (Zostera marina) with seeds as part of the world's largest seagrass restoration project lead by the Virginia Institute of Marine Science (VIMS) in Virginia, USA.
    20190531-500_8872.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_9969.jpg
  • Laundry baskets are used to transport eelgrass from healthy beds, to areas in need of restoration.
    20210928-500_9947.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0174.jpg
  • Commercial diver Justin Bland with the SeaChange Society stuffs eelgrass (Zostera marina) into a mesh bag. The seagrass is being taken from a robust eelgrass bed for the purposes of transplanting the seagrass in an area in need of restoration in Cowichan Bay, Vancouver Island, BC, Canada.
    20210927-500_9702.jpg
  • A volunteer with The Nature Conservancy collects shoots of eelgrass (Zostera marina) with seeds as part of the world's largest seagrass restoration project lead by the Virginia Institute of Marine Science (VIMS) in Virginia, USA.
    20190530-500_7429.jpg
  • Scientist Bo Lusk collects eelgrass (Zostera marina) shoots with seeds as part of a seagrass restoration project off the Virginia, USA coast.
    20190529-500_6910.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0440.jpg
  • Viki Kolatkova, PhD student and commercial diver with the SeaChange Society, plants eelgrass (Zostera marina) in an area that once had lush seagrass meadows that were destroyed due to human activities.
    20210928-500_0323.jpg
  • Commercial diver Jamie Smith of the SeaChange Society plants eelgrass (Zostera marina) into an area that historically had lush seagrass beds, but were wiped out due to human activity.
    20210928-500_0243.jpg
  • Laundry baskets are used to transport eelgrass from healthy beds, to areas in need of restoration.
    20210928-500_0047.jpg
  • Laundry baskets are used to transport eelgrass from healthy beds, to areas in need of restoration.
    20210927-DSC_9199.jpg
  • A volunteer with The Nature Conservancy collects shoots of eelgrass (Zostera marina) with seeds as part of the world's largest seagrass restoration project lead by the Virginia Institute of Marine Science (VIMS) in Virginia, USA.
    20190531-501_2008.jpg
  • Fisherman off North Sulawesi, Indonesia work to bring in their catch of skipjack tuna (Katsuwonus pelamis).
    20180916-500_2106.jpg
  • DFO (Department of Fisheries and Oceans Canada) scientist Dr. Robert Gregory takes his team to site known to house juvenile Atlantic cod in Newfoundland, Canada. The cod fishery was one of the world's largest until a crash in the early 90's which left 40,000 fisherman out of work overnight. The fishery has still not recovered, but researchers are working to try to bring their populations back up.
    20190513-501_0977.jpg
  • DFO (Department of Fisheries and Oceans Canada) scientist Robert Gregory takes his team to a site known to house juvenile Atlantic cod in Newfoundland, Canada. The cod fishery was one of the world's largest until a crash in the early 90's which left 40,000 fisherman out of work overnight. The fishery has still not recovered, but researchers are working to try to bring their populations back up.
    20190513-501_0977.jpg
  • Heriberto Martir from the University of Puerto Rico's "Vida Marina" inspects his work. Wooden steaks from discarded pallets placed in a matrix change wind patterns to build up sand dunes along the north coast of Puerto Rico. "Vida Marina"  focuses on the management and ecological restoration and conservation of coastal ecosystems, endemic plants and marine turtle species. This project aims to restore sand dunes for coastal protection during storms, nesting sea turtles and other benefits. Image release available.
    Gross_PuertoRico045.jpg
  • Heriberto Martir from the University of Puerto Rico's "Vida Marina" inspects his work. Wooden steaks from discarded pallets placed in a matrix change wind patterns to build up sand dunes along the north coast of Puerto Rico. "Vida Marina"  focuses on the management and ecological restoration and conservation of coastal ecosystems, endemic plants and marine turtle species. This project aims to restore sand dunes for coastal protection during storms, nesting sea turtles and other benefits. Image release available.
    Gross_PuertoRico045.jpg
  • Heriberto Martir from the University of Puerto Rico's "Vida Marina" inspects his work. Wooden steaks from discarded pallets placed in a matrix change wind patterns to build up sand dunes along the north coast of Puerto Rico. "Vida Marina"  focuses on the management and ecological restoration and conservation of coastal ecosystems, endemic plants and marine turtle species. This project aims to restore sand dunes for coastal protection during storms, nesting sea turtles and other benefits. Image release available.
    Gross_PuertoRico044.jpg
  • Fisherman off North Sulawesi, Indonesia work to bring in their catch of skipjack tuna.
    20180916-500_2085.jpg
  • Fisherman off North Sulawesi, Indonesia work to bring in their catch of skipjack tuna.
    20180916-500_2106.jpg
  • A young woman, working at her mother's restaurant, uses a mallet to pound conch meat in a plastic bag on Cat Island, Bahamas.
    20180716-501_3963.jpg
  • DFO (Department of Fisheries and Oceans Canada) scientist Robert Gregory takes his team to a site known to house juvenile Atlantic cod in Newfoundland, Canada. The fishery has still not recovered from the '92 collapse despite a moratorium, but researchers are working to try to bring their populations back up.
    20190513-501_0977sm.jpg
  • Marine biologist Tanya Kamerman collects Coralliophila abbreviata (recently changed to C. galea) a type of snail that are an indigenous coral predator that have become a greater concern with the decline of coral populations. Currently they are working on finding what their key predators are so we can better protect coral reefs and help restore the balance of the ecosystem.
    20170717EX_250.jpg
  • Dive center owner George Gross, working with the Bahamas National Trust, clips a tiny sample of staghorn coral for study. The sample will be used to test which strains will stand up best to the effects of climate change. Those strains will then be used for coral restoration programs throughout the Bahamas.
    2015_11_13HI259.jpg
  • A lionfish is fed to a shark. It was once thought that you could teach predators like this Caribbean reef shark to eat lionfish, but there is no evidence any efforts have been working. Sharks tend to hunt weak or dying animals and actually help fish populations beneath them thrive.
    Predators.jpg
  • Mechanic Max Bachler works on one of the RHIBs.
    20190805-501_4393.jpg
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