Search results for Lined Seahorse

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Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 11900  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 11901  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 11902  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 11903  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 11904  
Emerald Spring, with its sulfur-lined sides, displays a deep green color, the result of its clear water (which would otherwise display as blue) and the deep yellow coloration of its sulfur lining, Norris Geyser Basin, Yellowstone National Park, Wyoming
Emerald Spring, with its sulfur-lined sides, displays a deep green color, the result of its clear water (which would otherwise display as blue) and the deep yellow coloration of its sulfur lining.
Location: Norris Geyser Basin, Yellowstone National Park, Wyoming
Image ID: 13468  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14021  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14022  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14023  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14024  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14025  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14026  
Leafy Seadragon, Phycodurus eques
Leafy Seadragon.
Species: Leafy seadragon, Phycodurus eques
Image ID: 14469  
Leafy Seadragon, Phycodurus eques
Leafy Seadragon.
Species: Leafy seadragon, Phycodurus eques
Image ID: 14470  
Leafy Seadragon, Phycodurus eques
Leafy Seadragon.
Species: Leafy seadragon, Phycodurus eques
Image ID: 14471  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 14473  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 14474  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 14475  
Pot-bellied seahorse, male, carrying eggs.  The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male.  Two to six weeks after fertilization, the male gives birth.  The babies must then fend for themselves, and few survive to adulthood, Hippocampus abdominalis
Pot-bellied seahorse, male, carrying eggs. The developing embryos are nourished by individual yolk sacs, and oxygen is supplied through a placenta-like attachment to the male. Two to six weeks after fertilization, the male gives birth. The babies must then fend for themselves, and few survive to adulthood.
Species: Pot-bellied seahorse, Hippocampus abdominalis
Image ID: 14476  
Leafy Seadragon, Phycodurus eques
Leafy Seadragon.
Species: Leafy seadragon, Phycodurus eques
Image ID: 14555  
Leafy Seadragon, Phycodurus eques
Leafy Seadragon.
Species: Leafy seadragon, Phycodurus eques
Image ID: 14556  
Leafy Seadragon, Phycodurus eques
Leafy Seadragon.
Species: Leafy seadragon, Phycodurus eques
Image ID: 14557  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14926  
Pacific mackerel.  Long exposure shows motion as blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel. Long exposure shows motion as blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 14927  
Rowing sculls lined up at the start of a race, San Diego Crew Classic, 2007, Mission Bay
Rowing sculls lined up at the start of a race, San Diego Crew Classic, 2007.
Location: Mission Bay, San Diego, California
Image ID: 18686  
Pacific mackerel, long exposure show motion as a blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel, long exposure show motion as a blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 21538  
Pacific mackerel, long exposure show motion as a blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel, long exposure show motion as a blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 21503  
Pacific mackerel, long exposure show motion as a blur.  Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year, Scomber japonicus
Pacific mackerel, long exposure show motion as a blur. Mackerel are some of the fastest fishes in the ocean, with smooth streamlined torpedo-shaped bodies, they can swim hundreds of miles in a year.
Species: Pacific mackerel, Scomber japonicus
Image ID: 21504  
Orange-lined cardinalfish, schooling under reef shelf, Archamia fucata, Egyptian Red Sea
Orange-lined cardinalfish, schooling under reef shelf.
Species: Orangelined cardinalfish, Archamia fucata
Location: Egyptian Red Sea
Image ID: 05229  
Orange-lined cardinalfish, schooling under reef shelf, Archamia fucata, Egyptian Red Sea
Orange-lined cardinalfish, schooling under reef shelf.
Species: Orangelined cardinalfish, Archamia fucata
Location: Egyptian Red Sea
Image ID: 05230  
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