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  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_2129.jpg
  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_1581.jpg
  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_2174.jpg
  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_2329.jpg
  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_1726.jpg
  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_2248.jpg
  • A red-breasted nuthatch (Sitta canadensis) forages for seeds in the cone of a Douglas-fir tree (Pseudotsuga menziesii) in Snohomish County, Washington.
    Nuthatch_Red-Breasted_Douglas-Fir-Co...jpg
  • Rain falls down the cone of the extinct Icelandic volcano Thrihnukagigur, draining into its former magma chamber. Thrihnukagigur last erupted more than 4,000 years ago and its name means Three Peaks Crater.
    Iceland_Volcanic-Cone_Thrihnukagigur...jpg
  • Brachts emerge from the scales of a Douglas fir (Pseudotsuga menziesii) cone in Snohomish County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Douglas-Fir_Brachts_Macro_Lynnwood_5...jpg
  • A very large and bright rainbow seems to land on the summit of Badito Cone, a 8942 foot (2726 meter) peak in Huerfano County, Colorado. Badito Cone is one of several peaks that were formed by jets of magma that erupted from holes or cracks in the rock of that area about 25 million years ago.
    CO_Rainbow_BaditoCone_2282.jpg
  • Brachts emerge from the scales of a Douglas fir (Pseudotsuga menziesii) cone in Snohomish County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Douglas-Fir_Brachts_Macro_Lynnwood_3...jpg
  • Two hikers stand near the summit of a steaming volcanic cone at Landmannalaugar, located in the highlands of Iceland. Landmannalaugar, part of the Fjallabak Nature Reserve, sits at the edge of the Laugahraun lava field, which was formed in an eruption around the year 1477.
    Iceland_Landmannalaugar_Hikers_Steam...jpg
  • Steam rises from a volcanic cone at Landmannalaugar, located in the highlands of Iceland. Landmannalaugar, part of the Fjallabak Nature Reserve, sits at the edge of the Laugahraun lava field, which was formed in an eruption around the year 1477.
    Iceland_Landmannalaugar_SteamingCone...jpg
  • A gnarled, bleached tree frames one of the many cinder cones in the Craters of the Moon National Monument in Idaho.
    CratersOfTheMoon_Cinder-Cone-Framed_...jpg
  • A couple of trees grow between two large splatter cones resulting from the eruption of the north crater in Craters of the Moon National Monument, Idaho.
    CratersOfTheMoon_Splatter-Cones_Silh...jpg
  • Flames surround a Douglas fir (Pseudotsuga menziesii) cone in King County, Washington. Douglas fir cones are unique in that they have three-pronged brachts that extend from between the scales. According to Native American legends, those brachts represent mice that used the cone for protection during forest fires; the mice dove headfirst into the cones and the three prongs represent their hing legs and tail.
    Fir_Douglas_Cone_Fire_2040.jpg
  • A large kiawe (Prosopis pallida) tree frames of the southwestern coast of the Hawaiian island of Maui near the town of Makena. The first kiawe tree was introduced to Hawaii in 1828 and is now one of the most common trees in the dry lowlands of the Hawaiian islands. The prominent hill visible just to the right of the center of this image if Pu`u Ola`i, a 320-foot (98-meter) cinder cone formed when molten lava erupted from a volcanic vent and fell back to earth forming a nearly perfect cone. Pu`u Ola`i is also known as Earthquake Hill, Red Hill, and Round Mountain.
    Maui_Makena_Kiawe_PuuOlai_6384.jpg
  • The cinder cones of Maui's Haleakala crater are backlit by the low-angled light of sunrise.
    maui-cindercones-backlit.jpg
  • A pseudocrater is rendered in silhouette against a volanic cone at sunset in Mývatn in northern Iceland. Mývatn is a lake that was formed approximately 2,300 years ago during a volanic period. The shorter hill is a pseudocrater, also known as a rootless vent. While it resembles a volcanic cinder cone, it formed through a different process. As basaltic lava flowed over soggy lake sediments, it flash heated the moisture into vapor, causing it to blast through the lava. Mývatn means lake with midge flies; the lake is infested with them during the summer months.
    Iceland_Myvatn_Pseudocrater-Silhouet...jpg
  • A large kiawe (Prosopis pallida) tree frames of the southwestern coast of the Hawaiian island of Maui near the town of Makena. The first kiawe tree was introduced to Hawaii in 1828 and is now one of the most common trees in the dry lowlands of the Hawaiian islands. The prominent hill visible just to the right of the center of this image if Pu`u Ola`i, a 320-foot (98-meter) cinder cone formed when molten lava erupted from a volcanic vent and fell back to earth forming a nearly perfect cone. Pu`u Ola`i is also known as Earthquake Hill, Red Hill, and Round Mountain.
    Maui_Makena_Kiawe_PuuOlai_6412.jpg
  • A pseudocrater is rendered in silhouette against a volanic cone at sunset in Mývatn in northern Iceland. Mývatn is a lake that was formed approximately 2,300 years ago during a volanic period. The shorter hill is a pseudocrater, also known as a rootless vent. While it resembles a volcanic cinder cone, it formed through a different process. As basaltic lava flowed over soggy lake sediments, it flash heated the moisture into vapor, causing it to blast through the lava. Mývatn means lake with midge flies; the lake is infested with them during the summer months.
    Iceland_Myvatn_Pseudocrater-Silhouet...jpg
  • CratersMoonSplatterSunburst.jpg
  • Thick fog seems to originate from the volcanic cone of Wizard Island, located in Crater Lake, Oregon. Crater Lake, the deepest fresh water lake in North America, is located in a caldera at the top of what was once Mount Mazama. A massive eruption around 5,700 B.C. caused the mountain to collapse. While the Wizard Island cone is long dormant, there is some hydrothermal activity at the bottom of Crater Lake, suggesting the mountain is still active.
    CraterLakeFog.jpg
  • The full moon sets behind Mount Baker as the light of sunrise turns the peak of the volcano's cone red. Located in the North Cascades, Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington. It last erupted in 1880.
    Mount-Baker_Full-Moon_Sunrise_1379.jpg
  • Mount Baker, a 10,781 foot (3,286 meter) volcano located in Whatcom County, Washington state, takes on a pastel appearance through morning fog near Artist Point in the North Cascades. Mount Baker, which is part of the Cascade Range of mountains, has the second-most thermally active crater in the range, second only to Mount St. Helens. Baker's volcanic cone is relatively young, possibly less than 100,000 years old, even though the area where it sits has been volcanically active for 1.5 million years.
    Baker_PastelFog_ArtistPoint_0691.jpg
  • The Icelandic mountain Thrihnukagigur last erupted more than 4,000 years ago. Shown here is the inside of the volcano's magma chamber, the space inside the mountain which housed molten rock from deep inside the earth. Thrihnukagigur means Three Peaks Crater. The cone leading to one of the peaks is shown near the top center.
    Iceland_MagmaChamber_Thrihnukagigur_...jpg
  • The full moon sets behind Mount Baker as the light of sunrise turns the peak of the volcano's cone red. Located in the North Cascades, Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington. It last erupted in 1880.
    Mount-Baker_Full-Moon_Sunrise_Close_...jpg
  • The rising sun clears the eastern caldera rim of Crater Lake, Oregon. Wizard Island, a dormant volcanic cone formed after the cataclysmic eruption of the ancient Mount Mazama, is visible in the foreground. Crater Lake, protected as a national park, is the deepest freshwater lake in North America.
    CraterLake_Sunrise_9990.jpg
  • A wave of cirrus clouds seems to come from the cone of Mount Baker, one of five volcanoes in Washington state. This view of the 10,781-foot mountain was captured from the summit of North Mountain near Darrington..
    MountBaker_CirrusClouds_4317.jpg
  • The rising sun clears the eastern caldera rim of Crater Lake, Oregon. Wizard Island, a dormant volcanic cone formed after the cataclysmic eruption of the ancient Mount Mazama, is visible near the center of the image. Crater Lake, protected as a national park, is the deepest freshwater lake in North America.
    CraterLakeSunrise.jpg
  • The setting sun reddens the southwestern face of Mount Baker, a 10,781 foot (3,286 meter) volcano located in Whatcom County, Washington state. Mount Baker, which is part of the Cascade Range of mountains, has the second-most thermally active crater in the range, second only to Mount St. Helens. Baker's volcanic cone is relatively young, possibly less than 100,000 years old, even though the area where it sits has been volcanically active for 1.5 million years.
    Baker_Sunset_FromFirIsland_6449.jpg
  • LeaningTreeCratersMoon.jpg
  • The sun rises behind storm clouds developing over the crater in Haleakala National Park, Maui, Hawaii.
    maui-haleakala-storm-sunrise_2602.jpg
  • The full moon is low in the sky over Mount Baker in the North Cascades of Washington state. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington and last erupted in 1880.
    Mount-Baker_Full-Moon_Artist-Point_1...jpg
  • The full moon and two snags frame Mount Baker at dawn in the North Cascades of Washington state. Mount Baker, at 10,781 feet (3,286 meters), is the third tallest volcano in Washington and last erupted in 1880.
    Mount-Baker_Moon_Snags_Artist-Point_...jpg
  • A crescent moon is high in the sky over Mount Baker in Washington's North Cascades at dusk. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington state and last erupted in 1880.
    Mount-Baker_Artist-Point_Dusk_0748.jpg
  • A lenticular cloud somewhat traces the shape of Mount Baker as it forms over the volcano in Washington's North Cascades at dusk. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington state and last erupted in 1880.
    Mount-Baker_Lenticular_Dusk_0800.jpg
  • Mount Baker towers over the turquoise-colored Baker Lake in this aerial view over Whatcom County, Washington. Mount Baker, which is 10,781 feet (3,286 meters) tall, has the second-most thermally active crater of any volcano in the Cascade Range, behind only Mount St. Helens. Baker Lake gets its turquoise color from glacial silt, which gets trapped in its water.
    Baker_BakerLake_Aerial_2349.jpg
  • A crescent moon is high in the sky over Mount Baker in Washington's North Cascades at dusk. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington state and last erupted in 1880.
    Mount-Baker_Crescent-Moon_Dusk_0750.jpg
  • Several bands of clouds streak across the sky over Mount Baker in Washington state at sunset. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington state and last erupted in 1880.
    Baker_Cloud-Streaks_Edmonds_8615.jpg
  • The full moon is about to set behind Mount Baker just before sunrise at Artist Point in the North Cascades of Washington state. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington and last erupted in 1880.
    Mount-Baker_Full-Moon_Artist-Point_1...jpg
  • Mount Baker, a volcano located in the North Cascades of Washington state, is bathed in the blue color of twilight in this view from Artist Point. Mount Baker, at 10,781 feet (3,286 meters), is the third largest volcano in Washington state and last erupted in 1880. The crescent moon is visible high in the sky.
    Mount-Baker_Artist-Point_Dusk_0789.jpg
  • A bitterroot (Lewisia rediviva) grows among the lava rocks that make up a cider cone in the Craters of the Moon National Monument in Idaho.
    CratersOfTheMoon_Lava-Rock_Bitterroo...jpg
  • A hint of golden sunrise color shines through the dark storm clouds hovering over Wizard Island and Crater Lake in Crater Lake National Park, Oregon. Crater Lake, the deepest fresh water lake in North America, is located in a caldera at the top of what was once Mount Mazama. A massive eruption around 5,700 B.C. caused the mountain to collapse. While the Wizard Island cone is long dormant, there is some hydrothermal activity at the bottom of Crater Lake, suggesting the mountain is still active.
    CraterLake_Stormy-Sunrise_6604.jpg
  • Mount Baker, a 10,781 foot (3,286 meter) volcano located in Whatcom County, Washington state, is partially reflected in a mountain tarn near Artist Point in the North Cascades. Mount Baker, which is part of the Cascade Range of mountains, has the second-most thermally active crater in the range, second only to Mount St. Helens. Baker's volcanic cone is relatively young, possibly less than 100,000 years old, even though the area where it sits has been volcanically active for 1.5 million years.
    Baker_Tarn_ArtistPoint_0749.jpg
  • Mount Baker, a 10,781 foot (3,286 meter) volcano located in Whatcom County, Washington state, is partially reflected in a mountain tarn near Artist Point in the North Cascades. Mount Baker, which is part of the Cascade Range of mountains, has the second-most thermally active crater in the range, second only to Mount St. Helens. Baker's volcanic cone is relatively young, possibly less than 100,000 years old, even though the area where it sits has been volcanically active for 1.5 million years.
    Baker_Tarn_ArtistPoint_0712.jpg
  • Lightning strikes over the Toroweap Valley during a fall thunderstorm in Grand Canyon National Park, Arizona. Vulcan's Throne, a 73,000-year-old volcanic cinder cone, is visible as a dark mound on the horizon on the left side of the image.
    GrandCanyon_Toroweap-Valley_Lightnin...jpg
  • The deep blue color of Crater Lake is visible in this early spring aerial view over Crater Lake National Park, Oregon. Crater Lake, located in the caldera of what was once Oregon's Mount Mazama, is the deepest lake in the United States and the seventh deepest in the world. Its deep blue color results from the clarity of the water. The water is so clear that sunlight travels deep into the lake, losing all but the blue wavelengths in the process. Crater Lake has a maximum depth of 1,946 feet (593 meters). Wizard Island, a volcanic cinder cone that rises about 755 feet (230 meters) above the lake, is visible at the bottom-center of the lake in this image.
    OR_CraterLake_Aerial_EarlySpring_882...jpg
  • Three green iguanas (Iguana iguana) sun themselves in a tree near Puerto Vallarta, Mexico. Green iguanas have special cells in their eyes called "double cone cells" that allow them to see ultraviolet wavelenghts of light, helping them to position themselves to receive enough UVA and UVB from sunlight.
    GreenIguanas_1828.jpg
  • Mount Baker, a 10,781 foot (3,286 meter) volcano located in Whatcom County, Washington state, towers above the trees and morning fog near Artist Point in the North Cascades. Mount Baker, which is part of the Cascade Range of mountains, has the second-most thermally active crater in the range, second only to Mount St. Helens. Baker's volcanic cone is relatively young, possibly less than 100,000 years old, even though the area where it sits has been volcanically active for 1.5 million years.
    Baker_AboveTreesAndFog_ArtistPoint_0...jpg
  • The sun sets behind the rim of Crater Lake in this view from the Cloud Cap Overlook in Crater Lake National Park, Oregon. Crater Lake, which is actually a caldera, formed when Mount Mazama erupted violently about 7,700 years ago, causing its summit to collapse. Subsequent eruptions sealed the caldera, trapping rain water and snowmelt, forming the lake, which has a maximum depth of 1,949 feet (594 meters). Wizard Island, a volcanic cinder cone, is visible in the lake just beneath the sun; Phantom Ship, another remnant of volcanic activity, is visible as an island on the left side of the image.
    CraterLake_CloudCap_Sunset_9744.jpg
  • Several seabirds fly over the Atlantic Ocean as the last light of day illuminates Snæfellsjökull, a glacier-covered stratovolcano in western Iceland. Located on the Snæfellsnes peninsula, Snæfellsjökull is 1,446 meters (4,744 feet) tall. Stratovolcanoes, also known as composite volcanoes, are typically cone-shaped and made up of many layers from many volcanic eruptions. Snæfellsjökull is approximately 700,000 years old and is estimated to have last erupted in 200 A.D. Snæfellsjökull is an Icelandic word meaning "snowy mountain glacier."
    Iceland_Snaefellsjokull_Birds_3325.jpg
  • Steam rises from Orange Spring Mount, a hot spring in the Mammoth area of Yellowstone National Park, Wyoming. Orange Spring Mound is a large cone-type hot spring, composed of hot-spring deposits. It has a fissure ridge that extends from one side to the other, serving as a dam behind which travertine deposits accumulate.
    Yellowstone_Orange-Spring-Mound_1531.jpg
  • Red rock lines a large volcanic crater, one of many in an area known as Diamond Craters in southeastern Oregon. The area contains dozens of basaltic lava flows, cinder cones, and maars ranging in age from 6,000 to 60,000 years old.
    OR_DiamondCraters_3438.jpg
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