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  • Tropical Vegetation, Seychelles
    BT_Seychelles-tropical-vegetation_1.jpg
  • Tropical Vegetation, Seychelles
    BT_Seychelles-tropical-vegetation_2.jpg
  • Tropical garden with water pool
    TJ_Tropical Garden.jpg
  • Tropical garden with water pool
    TJ_Tropical Garden reflection.jpg
  • Tropical Green and Yellow plant. Photographed in the Rain forest of Costa Rica
    RH_f_Costa-Rica_06580.jpg
  • Tropical Island, Dream location in the Pacific ocean
    GE_f_IMG_8778f.jpg
  • Tropical Island, Dream location in the Pacific ocean
    GE_f_IMG_8746.jpg
  • Tropical Island, Dream location in the Pacific ocean
    GE_f_IMG_8767.jpg
  • Handcolored copperplate engraving of Chaetodon fish. A tropical fish genus in the family Chaetodontidae. Like their relatives, they are known as "butterflyfish". From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume IV;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Encyclopaedia-londinensis-04_00...jpg
  • Handcolored copperplate engraving of Chaetodon fish. A tropical fish genus in the family Chaetodontidae. Like their relatives, they are known as "butterflyfish". From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume IV;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Encyclopaedia-londinensis-04_00...jpg
  • Handcolored copperplate engraving of Chaetodon fish. A tropical fish genus in the family Chaetodontidae. Like their relatives, they are known as "butterflyfish". From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume IV;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Encyclopaedia-londinensis-04_00...jpg
  • Tropical Rainforest near Victoria Falls in Zimbabwe
    BT_rainforest-Zimbabwe.jpg
  • Mycteria is a genus of large tropical storks [Jabiru] with representatives in the Americas, east Africa and southern and southeastern Asia Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVI;  Edited by Wilkes, John. Published in London in 1819
    IR_f_Vol16_0527.jpg
  • Audubon House & Tropical Gardens. A museum dedicated to the naturalist John James Audubon. Key West, Florida, USA
    OR_f_Key-West_1473.jpg
  • Audubon House & Tropical Gardens. A museum dedicated to the naturalist John James Audubon. Key West, Florida, USA
    OR_f_Key-West_1470.jpg
  • Audubon House & Tropical Gardens. A museum dedicated to the naturalist John James Audubon. Key West, Florida, USA
    OR_f_Key-West_1463.jpg
  • Handcolored copperplate engraving of Chaetodon fish. A tropical fish genus in the family Chaetodontidae. Like their relatives, they are known as "butterflyfish". From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume IV;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Encyclopaedia-londinensis-04_00...jpg
  • Fishing on tropical island beach. Photographed in Seychelles
    BT_Fishing_28.jpg
  • Fishing on tropical island beach. Photographed in Seychelles
    BT_Fishing_27.jpg
  • Fishing on tropical island beach. Photographed in Seychelles
    BT_Fishing_29.jpg
  • Chrysobalanus icaco, the cocoplum, paradise plum, abajeru or icaco, is found near sea beaches and inland throughout tropical Africa, tropical Americas and the Caribbean, and in southern Florida and the Bahamas. Photographed in Seychelles
    BT_cocoplum_07.jpg
  • Chrysobalanus icaco, the cocoplum, paradise plum, abajeru or icaco, is found near sea beaches and inland throughout tropical Africa, tropical Americas and the Caribbean, and in southern Florida and the Bahamas. Photographed in Seychelles
    BT_cocoplum_06.jpg
  • Chrysobalanus icaco, the cocoplum, paradise plum, abajeru or icaco, is found near sea beaches and inland throughout tropical Africa, tropical Americas and the Caribbean, and in southern Florida and the Bahamas. Photographed in Seychelles
    BT_cocoplum_05.jpg
  • Squirrel monkey (Saimiri sciureus) in a tree. This monkey is native to tropical South and Central America. It is exclusively arboreal, and very rarely descends to the ground. Its diet consists of fruits and berries, as well as small insects, frogs and birds' eggs. It is a very small monkey, reaching a length of only 30 centimetres. Photographed in captivity
    AM_f_671A1965.jpg
  • Holiday resort Hotel The swimming pool and palm trees. Photographed in Thailand, Koh Chang
    OS_m_IMG_5598_New.jpg
  • Tailless whip scorpion (Order Amblypygi) on the bark of a tree. Amblypygids are a group of tropical arachnids. They are carnivorous, and are usually nocturnal hunters. Photographed in a tropical forest in Costa Rica.
    BT_Whip-Scorpions_EYL05569.jpg
  • Tailless whip scorpion (Order Amblypygi) on the bark of a tree. Amblypygids are a group of tropical arachnids. They are carnivorous, and are usually nocturnal hunters. Photographed in a tropical forest in Costa Rica.
    BT_Whip-Scorpions_EYL05568.jpg
  • Violet sabrewing hummingbird (Campylopterus hemileucurus) feeding from a flower. Hummingbirds feed on nectar and insects. They hover near flowers by flapping their wings many times per second, using a long curved bill to reach the nectar in a flower. This large hummingbird is found in tropical Central America, on the edges of wet mountain forests. Photographed in Costa Rica.
    BT_Hummingbird_EYL09376.jpg
  • Violet sabrewing hummingbird (Campylopterus hemileucurus) feeding from a flower. Hummingbirds feed on nectar and insects. They hover near flowers by flapping their wings many times per second, using a long curved bill to reach the nectar in a flower. This large hummingbird is found in tropical Central America, on the edges of wet mountain forests. Photographed in Costa Rica.
    BT_Hummingbird_EYL09418.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-texture.jpg
  • two large leafs of the Alocasia plant. A tropical house plant on white background
    IR_f_Leaf-4.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-neon.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-GFF-sketch-2.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-GFF-sketch-1.jpg
  • A cruise ship on anchor of the tropical coast, Seychelles
    BT_Seychelles_55.jpg
  • A cruise ship on anchor of the tropical coast, Seychelles
    BT_Seychelles_5.jpg
  • Common noddy The common, or brown, noddy (Anous stolidus) is a tropical seabird and the largest of the noddies. Photographed on Bird Island, Seychelles.
    BT_Common-noddy_09.jpg
  • Squirrel monkey (Saimiri sciureus) picking fruit in a tree. This monkey is native to tropical South and Central America. It is exclusively arboreal, and very rarely descends to the ground. Its diet consists of fruits and berries, as well as small insects, frogs and birds' eggs. It is a very small monkey, reaching a length of only 30 centimetres. Photographed in Panama.
    BT_Squirrel monkey_4.jpg
  • Squirrel monkey (Saimiri sciureus) picking fruit in a tree. This monkey is native to tropical South and Central America. It is exclusively arboreal, and very rarely descends to the ground. Its diet consists of fruits and berries, as well as small insects, frogs and birds' eggs. It is a very small monkey, reaching a length of only 30 centimetres. Photographed in Panama.
    BT_Squirrel monkey_2.jpg
  • Violet sabrewing hummingbird (Campylopterus hemileucurus). Hummingbirds feed on nectar and insects. They hover near flowers by flapping their wings many times per second, using a long curved bill to reach the nectar in a flower. This large hummingbird is found in tropical Central America, on the edges of wet mountain forests. Photographed in Costa Rica.
    BT_Hummingbird_EYL09477.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-wc.jpg
  • Common noddy The common, or brown, noddy (Anous stolidus) is a tropical seabird and the largest of the noddies. Photographed on Bird Island, Seychelles.
    BT_Common-noddy_08.jpg
  • Squirrel monkey (Saimiri sciureus) picking fruit in a tree. This monkey is native to tropical South and Central America. It is exclusively arboreal, and very rarely descends to the ground. Its diet consists of fruits and berries, as well as small insects, frogs and birds' eggs. It is a very small monkey, reaching a length of only 30 centimetres. Photographed in Captivity
    SL_20160903_102103.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-mwc.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-MA-2.jpg
  • Arbor day Concept Digitally enhanced image of two large leafs of the Alocasia plant. A tropical house plant
    IR_f_Leaf-4-MA-1.jpg
  • Anacardium, the cashews, are a genus of flowering plants in the family Anacardiaceae, native to tropical regions of the Americas. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume I;  Edited by Wilkes, John. Published in London in 1810
    IR_f_Vol01_0570.jpg
  • 19th century illustration of Madrepora ("mother of pores") is a genus of stony corals, often found forming reefs or islands in tropical locations. The names Madrepore and Madreporaria were formerly applied universally to any stony coral of the family Scleractinia. They reproduce in three separate ways as discovered by the marine zoologist Anne Thynne (1800-1866).[2] It is commonly known as horn coral. colony is branched with small polyps in cylindrical cups separated by perforated coenosteum. Terminal polyp bear six tentacles, while lateral polyps bear tweve tentacles. Madrepora is economically important because it takes part in the formation of coral reefs. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XIV;  Edited by Wilkes, John. Published in London in 1816
    IR_f_Londinensis_XIV_0092.jpg
  • Violet sabrewing hummingbird (Campylopterus hemileucurus) feeding from a flower. Hummingbirds feed on nectar and insects. They hover near flowers by flapping their wings many times per second, using a long curved bill to reach the nectar in a flower. This large hummingbird is found in tropical Central America, on the edges of wet mountain forests. Photographed in Costa Rica.
    BT_Hummingbird_EYL09370.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Seychelles-rocky-shore_35.jpg
  • Bryozoa (also known as the Polyzoa, Ectoprocta or commonly as moss animals)are a phylum of aquatic invertebrate animals. Typically about 0.5 millimetres long, they are filter feeders that sieve food particles out of the water using a retractable lophophore, a "crown" of tentacles lined with cilia. Most marine species live in tropical waters, sketch From the book 'Voyage dans l'Amérique Méridionale' [Journey to South America: (Brazil, the eastern republic of Uruguay, the Argentine Republic, Patagonia, the republic of Chile, the republic of Bolivia, the republic of Peru), executed during the years 1826 - 1833] Volume 5 Part 1 By: Orbigny, Alcide Dessalines d', d'Orbigny, 1802-1857; Montagne, Jean François Camille, 1784-1866; Martius, Karl Friedrich Philipp von, 1794-1868 Published Paris :Chez Pitois-Levrault. Publishes in Paris in 1847
    IR_f_voyagedanslamriq00orbi_5_0127.jpg
  • Bryozoa (also known as the Polyzoa, Ectoprocta or commonly as moss animals)are a phylum of aquatic invertebrate animals. Typically about 0.5 millimetres long, they are filter feeders that sieve food particles out of the water using a retractable lophophore, a "crown" of tentacles lined with cilia. Most marine species live in tropical waters, sketch From the book 'Voyage dans l'Amérique Méridionale' [Journey to South America: (Brazil, the eastern republic of Uruguay, the Argentine Republic, Patagonia, the republic of Chile, the republic of Bolivia, the republic of Peru), executed during the years 1826 - 1833] Volume 5 Part 1 By: Orbigny, Alcide Dessalines d', d'Orbigny, 1802-1857; Montagne, Jean François Camille, 1784-1866; Martius, Karl Friedrich Philipp von, 1794-1868 Published Paris :Chez Pitois-Levrault. Publishes in Paris in 1847
    IR_f_voyagedanslamriq00orbi_5_0121.jpg
  • Bryozoa (also known as the Polyzoa, Ectoprocta or commonly as moss animals)are a phylum of aquatic invertebrate animals. Typically about 0.5 millimetres long, they are filter feeders that sieve food particles out of the water using a retractable lophophore, a "crown" of tentacles lined with cilia. Most marine species live in tropical waters, sketch From the book 'Voyage dans l'Amérique Méridionale' [Journey to South America: (Brazil, the eastern republic of Uruguay, the Argentine Republic, Patagonia, the republic of Chile, the republic of Bolivia, the republic of Peru), executed during the years 1826 - 1833] Volume 5 Part 1 By: Orbigny, Alcide Dessalines d', d'Orbigny, 1802-1857; Montagne, Jean François Camille, 1784-1866; Martius, Karl Friedrich Philipp von, 1794-1868 Published Paris :Chez Pitois-Levrault. Publishes in Paris in 1847
    IR_f_voyagedanslamriq00orbi_5_0115.jpg
  • Bryozoa (also known as the Polyzoa, Ectoprocta or commonly as moss animals)are a phylum of aquatic invertebrate animals. Typically about 0.5 millimetres long, they are filter feeders that sieve food particles out of the water using a retractable lophophore, a "crown" of tentacles lined with cilia. Most marine species live in tropical waters, sketch From the book 'Voyage dans l'Amérique Méridionale' [Journey to South America: (Brazil, the eastern republic of Uruguay, the Argentine Republic, Patagonia, the republic of Chile, the republic of Bolivia, the republic of Peru), executed during the years 1826 - 1833] Volume 5 Part 1 By: Orbigny, Alcide Dessalines d', d'Orbigny, 1802-1857; Montagne, Jean François Camille, 1784-1866; Martius, Karl Friedrich Philipp von, 1794-1868 Published Paris :Chez Pitois-Levrault. Publishes in Paris in 1847
    IR_f_voyagedanslamriq00orbi_5_0111.jpg
  • 19th century illustration of Madrepora ("mother of pores") is a genus of stony corals, often found forming reefs or islands in tropical locations. The names Madrepore and Madreporaria were formerly applied universally to any stony coral of the family Scleractinia. They reproduce in three separate ways as discovered by the marine zoologist Anne Thynne (1800-1866).[2] It is commonly known as horn coral. colony is branched with small polyps in cylindrical cups separated by perforated coenosteum. Terminal polyp bear six tentacles, while lateral polyps bear tweve tentacles. Madrepora is economically important because it takes part in the formation of coral reefs. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XIV;  Edited by Wilkes, John. Published in London in 1816
    IR_f_Londinensis_XIV_0102.jpg
  • 19th century illustration of Madrepora ("mother of pores") is a genus of stony corals, often found forming reefs or islands in tropical locations. The names Madrepore and Madreporaria were formerly applied universally to any stony coral of the family Scleractinia. They reproduce in three separate ways as discovered by the marine zoologist Anne Thynne (1800-1866).[2] It is commonly known as horn coral. colony is branched with small polyps in cylindrical cups separated by perforated coenosteum. Terminal polyp bear six tentacles, while lateral polyps bear tweve tentacles. Madrepora is economically important because it takes part in the formation of coral reefs. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XIV;  Edited by Wilkes, John. Published in London in 1816
    IR_f_Londinensis_XIV_0099.jpg
  • 19th century illustration of Madrepora ("mother of pores") is a genus of stony corals, often found forming reefs or islands in tropical locations. The names Madrepore and Madreporaria were formerly applied universally to any stony coral of the family Scleractinia. They reproduce in three separate ways as discovered by the marine zoologist Anne Thynne (1800-1866).[2] It is commonly known as horn coral. colony is branched with small polyps in cylindrical cups separated by perforated coenosteum. Terminal polyp bear six tentacles, while lateral polyps bear tweve tentacles. Madrepora is economically important because it takes part in the formation of coral reefs. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XIV;  Edited by Wilkes, John. Published in London in 1816
    IR_f_Londinensis_XIV_0097.jpg
  • 19th century illustration of Madrepora ("mother of pores") is a genus of stony corals, often found forming reefs or islands in tropical locations. The names Madrepore and Madreporaria were formerly applied universally to any stony coral of the family Scleractinia. They reproduce in three separate ways as discovered by the marine zoologist Anne Thynne (1800-1866).[2] It is commonly known as horn coral. colony is branched with small polyps in cylindrical cups separated by perforated coenosteum. Terminal polyp bear six tentacles, while lateral polyps bear tweve tentacles. Madrepora is economically important because it takes part in the formation of coral reefs. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XIV;  Edited by Wilkes, John. Published in London in 1816
    IR_f_Londinensis_XIV_0093.jpg
  • Red Hibiscus flower closeup of the Stigma. Hibiscus is a genus of flowering plants in the mallow family, Malvaceae. The genus includes both annual and perennial herbaceous plants, as well as woody shrubs and small trees. Other common names include rose mallow, hardy hibiscus, rose of sharon, and tropical hibiscus.
    VA_f_Flower_DSC05025.jpg
  • luxury passenger cruise ship off the a tropical island in the Pacific ocean
    GE_f_IMG_5643.JPG
  • 19th-century hand painted Engraving illustration of a Gloxinia flower, Gloxinia is a genus of three species of tropical rhizomatous herbs in the flowering plant family Gesneriaceae by Pierre-Joseph Redoute. Published in Choix Des Plus Belles Fleurs, Paris (1827). by Redouté, Pierre Joseph, 1759-1840.; Chapuis, Jean Baptiste.; Ernest Panckoucke.; Langois, Dr.; Bessin, R.; Victor, fl. ca. 1820-1850.
    IR_Choix_0031.JPG
  • The chestnut-mandibled toucan or Swainson’s toucan (Ramphastos ambiguus swainsonii) in tropical rainforest. This bird is a subspecies of the yellow-throated toucan. Photographed in Costa Rica
    BT_Toucan_EYL06260.jpg
  • The chestnut-mandibled toucan or Swainson’s toucan (Ramphastos ambiguus swainsonii) in tropical rainforest. This bird is a subspecies of the yellow-throated toucan. Photographed in Costa Rica
    BT_Toucan_EYL06258.jpg
  • The chestnut-mandibled toucan or Swainson’s toucan (Ramphastos ambiguus swainsonii) in tropical rainforest. This bird is a subspecies of the yellow-throated toucan. Photographed in Costa Rica
    BT_Toucan_EYL06770.jpg
  • Male scarlet-rumped tanager or Passerini's tanager (Ramphocelus passerinii) perched on a branch. This songbird of tropical Central America, feeds on insects, spiders and fruit. Photographed in Costa Rica
    BT_Tanager_EYL06360.jpg
  • Violet sabrewing hummingbird (Campylopterus hemileucurus) feeding from a flower. Hummingbirds feed on nectar and insects. They hover near flowers by flapping their wings many times per second, using a long curved bill to reach the nectar in a flower. This large hummingbird is found in tropical Central America, on the edges of wet mountain forests. Photographed in Costa Rica.
    BT_Hummingbird_EYL09369.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL05737.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL07276.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL07264.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL05735.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL05726.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL05713.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_1.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL05696.jpg
  • Male Plumed basilisk (Basiliscus plumifrons) camouflaged amongst foliage. This lizard is found in the tropical forests of Central America. It is famed for its ability to run on two legs on water, which has earned it the alternative name of the Jesus (or Jesus Christ) lizard. It does this thanks to the toes on its hind legs, which have long scales on their edges, widening their surface area. When running on its hind legs it can reach speeds of around 12 kilometres per hour on land or water. The plumed basilisk feeds on insects, spiders, fish, birds and snakes, and also flowers and fruits. It can reach a length of around 80 centimetres, with males being larger than females. Photographed in Costa Rica
    BT_basilisk_EYL05700.jpg
  • The chestnut-mandibled toucan or Swainson’s toucan (Ramphastos ambiguus swainsonii) in tropical rainforest. This bird is a subspecies of the yellow-throated toucan. Photographed in Costa Rica
    BT_Toucan_EYL06254.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_La-Digue-Seychelles_45.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_La-Digue-Seychelles_44.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_La-Digue-Seychelles_42.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Seychelles-rocky-shore_34.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_33.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_29.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_28.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_30.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_26.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_27.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_25.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_24.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_23.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_22.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_19.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_20.jpg
  • Red Hibiscus flower closeup of the Stigma. Hibiscus is a genus of flowering plants in the mallow family, Malvaceae. The genus includes both annual and perennial herbaceous plants, as well as woody shrubs and small trees. Other common names include rose mallow, hardy hibiscus, rose of sharon, and tropical hibiscus.
    VA_f_Flower_DSC05027.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_La-Digue-Seychelles_43.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_32.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_31.jpg
  • Eroded granite. The action of waves over countless millennia has shaped the hard granite into these sculpted formations. This is the tropical island of La Digue, part of the Seychelles islands of the Indian Ocean. The Seychelles islands formed some 200 million years ago when India and Madagascar split off from Africa. They are unique as the only granite islands in the world, as well as being the oldest islands in the world. Many such sculpted granite boulders and outcrops are found along the beaches of the Seychelles.
    BT_Erosion_21.jpg
  • Ready to eat, cut, Flat lay mango tropical fruit
    IR_f_Fruit-Macro_D7366.jpg
  • Mugil is a genus of mullet in the family Mugilidae found worldwide in tropical and temperate coastal marine waters, but also entering estuaries and rivers. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVI;  Edited by Wilkes, John. Published in London in 1819
    IR_f_Vol16_0196.jpg
  • Large ficus tree with air roots at Audubon House & Tropical Gardens. A museum dedicated to the naturalist John James Audubon. Key West, Florida, USA
    OR_f_Key-West_1446.jpg
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