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Black-browed albatross chick on its nest, Steeple Jason Island breeding colony.  The single egg is laid in September or October.  Incubation takes 68 to 71 days, after which the chick is tended alternately by both adults until it fledges about 120 days later, Thalassarche melanophrys Black-browed albatross, adult and chick, at the enormous colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross, adult and chick, at the enormous colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross chick on its nest, Steeple Jason Island breeding colony.  The single egg is laid in September or October.  Incubation takes 68 to 71 days, after which the chick is tended alternately by both adults until it fledges about 120 days later, Thalassarche melanophrys King penguin colony at Salisbury Plain, Bay of Isles, South Georgia Island.  Over 100,000 pairs of king penguins nest here, laying eggs in December and February, then alternating roles between foraging for food and caring for the egg or chick, Aptenodytes patagonicus King penguin colony at Salisbury Plain, Bay of Isles, South Georgia Island.  Over 100,000 pairs of king penguins nest here, laying eggs in December and February, then alternating roles between foraging for food and caring for the egg or chick, Aptenodytes patagonicus King penguin colony at Salisbury Plain, Bay of Isles, South Georgia Island.  Over 100,000 pairs of king penguins nest here, laying eggs in December and February, then alternating roles between foraging for food and caring for the egg or chick, Aptenodytes patagonicus King penguin colony at Salisbury Plain, Bay of Isles, South Georgia Island.  Over 100,000 pairs of king penguins nest here, laying eggs in December and February, then alternating roles between foraging for food and caring for the egg or chick, Aptenodytes patagonicus King penguin colony. Over 100,000 pairs of king penguins nest at Salisbury Plain, laying eggs in December and February, then alternating roles between foraging for food and caring for the egg or chick, Aptenodytes patagonicus Gentoo penguin, with its egg on a nest of small stones, Pygoscelis papua, Cuverville Island Sockeye salmon, migrating upstream in the Adams River to return to the spot where they were hatched four years earlier, where they will spawn, lay eggs and die, Oncorhynchus nerka, Roderick Haig-Brown Provincial Park, British Columbia, Canada Fried-egg jellyfish, drifting through the open ocean, Phacellophora camtschatica, San Diego, California Fried-egg jellyfish, drifting through the open ocean, Phacellophora camtschatica, San Diego, California Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross, adult and chick, at the enormous colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Black-browed albatross colony on Steeple Jason Island in the Falklands.  This is the largest breeding colony of black-browed albatrosses in the world, numbering in the hundreds of thousands of breeding pairs.  The albatrosses lay eggs in September and October, and tend a single chick that will fledge in about 120 days, Thalassarche melanophrys Sockeye salmon, swim upstream in the Adams River, traveling to reach the place where they hatched four years earlier in order to spawn a new generation of salmon eggs, Oncorhynchus nerka, Roderick Haig-Brown Provincial Park, British Columbia, Canada A sockeye salmon, a male sockeye dying on the edge of the Adams River, has completed its journey of hundreds of miles upstream inthe Fraser and Adams Rivers just to reach this spot, so that it can fertilize a females nest of eggs before dying, Oncorhynchus nerka, Roderick Haig-Brown Provincial Park, British Columbia, Canada Carcasses of dead sockeye salmon, line the edge of the Adams River.  These salmon have already completed their spawning and have died, while other salmon are still swimming upstream and have yet to lay their eggs, Oncorhynchus nerka, Roderick Haig-Brown Provincial Park, British Columbia, Canada Sockeye salmon, swim upstream in the Adams River, traveling to reach the place where they hatched four years earlier in order to spawn a new generation of salmon eggs, Oncorhynchus nerka, Roderick Haig-Brown Provincial Park, British Columbia, Canada Black-browed albatross, adult on nest with egg, Thalassarche melanophrys, Westpoint Island 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, 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, 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, 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, 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, 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, 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, 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, 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, Hippocampus abdominalis Grunt sculpin.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin poised in a barnacle shell.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin poised in a barnacle shell.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Grunt sculpin.  Grunt sculpin have evolved into its strange shape to fit within a giant barnacle shell perfectly, using the shell to protect its eggs and itself, Rhamphocottus richardsoni Wild discus.  The female wild discuss will lay several hundred eggs and guard them until they hatch.  Once they emerge, the young fish attach themselves to the sides of their parents for the first few weeks of their lives, feeding on a milky secretion produced by glands in the parents flanks, Symphysodon discus Wild discus.  The female wild discuss will lay several hundred eggs and guard them until they hatch.  Once they emerge, the young fish attach themselves to the sides of their parents for the first few weeks of their lives, feeding on a milky secretion produced by glands in the parents flanks, Symphysodon discus

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Updated: January 23, 2021