Search results for Horizon Charters

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Viewing northern elephant seals along the beach, from the vessel Horizon, at Guadalupe Island, Guadalupe Island (Isla Guadalupe)
Viewing northern elephant seals along the beach, from the vessel Horizon, at Guadalupe Island.
Location: Guadalupe Island (Isla Guadalupe), Baja California, Mexico
Image ID: 28776  
Photographer takes picture of a spectacular sunset arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island
Photographer takes picture of a spectacular sunset arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island.
Location: Southern Ocean
Image ID: 24096  
Horizontal striations and layers in packed snow, melting and overhanging, seen from the edge of the snowpack, along a rocky beach, Brown Bluff
Horizontal striations and layers in packed snow, melting and overhanging, seen from the edge of the snowpack, along a rocky beach.
Location: Brown Bluff, Antarctic Peninsula, Antarctica
Image ID: 24782  
Scripps Institution of Oceanography Pier and Belt of Venus in pre-dawn light. The Earth's shadow appears as the blue just above the horizon, La Jolla, California
Scripps Institution of Oceanography Pier and Belt of Venus in pre-dawn light. The Earth's shadow appears as the blue just above the horizon.
Location: Scripps Institution of Oceanography, La Jolla, California
Image ID: 37696  
Scripps Institution of Oceanography Pier and Belt of Venus in pre-dawn light. The Earth's shadow appears as the blue just above the horizon, La Jolla, California
Scripps Institution of Oceanography Pier and Belt of Venus in pre-dawn light. The Earth's shadow appears as the blue just above the horizon.
Location: Scripps Institution of Oceanography, La Jolla, California
Image ID: 37698  
A SCUBA diver leaps into the water, from boat Horizon, into the kelp forest and rich waters of San Clemente Island, China Hat Point, Balanced Rock, sunrise
A SCUBA diver leaps into the water, from boat Horizon, into the kelp forest and rich waters of San Clemente Island, China Hat Point, Balanced Rock, sunrise.
Location: San Clemente Island, California
Image ID: 23557  
Sunrise at Zabriskie Point, Manly Beacon is lit by the morning sun while dark clouds lie on the horizon, Death Valley National Park, California
Sunrise at Zabriskie Point, Manly Beacon is lit by the morning sun while dark clouds lie on the horizon.
Location: Zabriskie Point, Death Valley National Park, California
Image ID: 26386  
Zodiacal Light and planet Jupiter in the northeastern horizon, above Half Dome and the Yosemite high country, Glacier Point, Yosemite National Park, California
Zodiacal Light and planet Jupiter in the northeastern horizon, above Half Dome and the Yosemite high country.
Location: Glacier Point, Yosemite National Park, California
Image ID: 28743  
Zodiacal Light and planet Jupiter in the northeastern horizon, above Half Dome and the Yosemite high country, Glacier Point, Yosemite National Park, California
Zodiacal Light and planet Jupiter in the northeastern horizon, above Half Dome and the Yosemite high country.
Location: Glacier Point, Yosemite National Park, California
Image ID: 28744  
Boat Horizon at Isla Auera, Guadalupe Island, Mexico, Guadalupe Island (Isla Guadalupe)
Boat Horizon at Isla Auera, Guadalupe Island, Mexico.
Location: Guadalupe Island (Isla Guadalupe), Baja California, Mexico
Image ID: 36149  
Boat Horizon at Isla Auera, Guadalupe Island, Mexico, Guadalupe Island (Isla Guadalupe)
Boat Horizon at Isla Auera, Guadalupe Island, Mexico.
Location: Guadalupe Island (Isla Guadalupe), Baja California, Mexico
Image ID: 36150  
Boat Horizon, San Clemente Island
Boat Horizon, San Clemente Island.
Location: San Clemente Island, California
Image ID: 36199  
Boat Horizon floats above a kelp forest, underwater, Macrocystis pyrifera, San Clemente Island
Boat Horizon floats above a kelp forest, underwater.
Species: Giant kelp, Macrocystis pyrifera
Location: San Clemente Island, California
Image ID: 23569  
Photographer takes picture of a spectacular sunset arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island
Photographer takes picture of a spectacular sunset arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island.
Location: Southern Ocean
Image ID: 24095  
Sunset clouds create a colorful arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island
Sunset clouds create a colorful arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island.
Location: Southern Ocean
Image ID: 24181  
Sunset clouds create a colorful arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island
Sunset clouds create a colorful arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island.
Location: Southern Ocean
Image ID: 24182  
Photographer takes picture of a spectacular sunset arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island
Photographer takes picture of a spectacular sunset arch, spanning the heavens from horizon to horizon, over the open sea between the Falkland Islands and South Georgia Island.
Location: Southern Ocean
Image ID: 24183  
Horizontal striations and layers in packed snow, melting and overhanging, seen from the edge of the snowpack, along a rocky beach, Brown Bluff
Horizontal striations and layers in packed snow, melting and overhanging, seen from the edge of the snowpack, along a rocky beach.
Location: Brown Bluff, Antarctic Peninsula, Antarctica
Image ID: 24871  
Horizontal striations and layers in packed snow, melting and overhanging, seen from the edge of the snowpack, along a rocky beach, Brown Bluff
Horizontal striations and layers in packed snow, melting and overhanging, seen from the edge of the snowpack, along a rocky beach.
Location: Brown Bluff, Antarctic Peninsula, Antarctica
Image ID: 24873  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12514  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12515  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12516  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12517  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12518  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12520  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12521  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12522  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12523  
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12524  
Checkerboard Mesa, a good example of crossbedding (horizontal lines) and vertical cracks caused by thermal expansion/contraction. Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone
Checkerboard Mesa, a good example of crossbedding (horizontal lines) and vertical cracks caused by thermal expansion/contraction. Navajo sandstone forms the cliffs and walls of Zion National Park. The sandstone reaches a thickness of 2300 feet and consists of ancient cemented desert sand dunes. Horizontal lines, commonly called crossbedding, represent layers of wind-blown sand that built up into sand dunes. These dunes were then buried, and the sand grains glued together by calcite and iron oxide to form sandstone.
Location: Zion National Park, Utah
Image ID: 12526  
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