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  • Several ring-billed and herring gulls fly over Dry Falls in Grant County, Washington, which at one time was believed to be the largest waterfall that ever existed. Geologists believe that during the last ice age, ice dams resulted in giant glacial lakes in eastern Washington, Idaho and Montana. When those dams failed, as they did dozens of times, glacial lakes Columbia and Missoula rapidly drained, creating a cataclysmic flood. During the floods, what is now Dry Falls was a spectacular waterfall, 400 feet high (121 meters), 3.5 miles wide (5.63 kilometers). Water may have raced over its massive cliffs at 65 miles an hour (105 km/hour), a flow that's estimated to be ten times as powerful as all the world's current rivers combined. The cliffs shown here represent a small fraction of the ice age waterfall. Dry Falls Lake is pictured in the foreground; Green Lake is visible in the background.
    WA_DryFalls_Gulls_5825.jpg
  • Dry Falls, located in Grant County, Washington, at one time was believed to be the largest waterfall that ever existed. Geologists believe that during the last ice age, ice dams resulted in giant glacial lakes in eastern Washington, Idaho and Montana. When those dams failed, as they did dozens of times, glacial lakes Columbia and Missoula rapidly drained, creating a cataclysmic flood. During the floods, what is now Dry Falls was a spectacular waterfall, 400 feet high (121 meters), 3.5 miles wide (5.63 kilometers). Water may have raced over its massive cliffs at 65 miles an hour (105 km/hour), a flow that's estimated to be ten times as powerful as all the world's current rivers combined. The cliffs shown here represent a small fraction of the ice age waterfall. Dry Falls Lake is pictured in the foreground; Green Lake is visible in the background.
    WA_DryFalls_DryFallsLake_5898.jpg
  • Golden Larch trees (Pseudolarix amabilis) at the peak of their fall color surround Blue Lake near Washington Pass in the North Cascades of Washington state. Golden Larches, while not considered true larches, are known for shedding their needles each fall. The needles grow back each spring and transition from deep green to blue green over the course of the summer. In late September or early October, the needles turn golden and drop, just like the leaves on deciduous trees. Several peaks are visible above the lake. From left to right, the peaks are Liberty Bell and the Early Winters Spires.
    North-Cascades_Blue-Lake_Larches_Gol...jpg
  • A pair of hemlock trees frame a view of Olallie Lake and the forest that surrounds it in the Mount Baker-Snoqualmie National Forest in Washington state.
    WA_Olallie-Lake_Forest_Framed_5798.jpg
  • Watergrass on Picture Lake frames a reflection of Mount Hermann in the North Cascades of Washington state.
    North-Cascades_Watergrass_Picture-La...jpg
  • A barred owl (Strix varia) looks out from its perch in the forest along Spada Lake in Snohomish County, Washington.
    Barred-Owl_Spada-Lake_1363.jpg
  • Golden Larch trees (Pseudolarix amabilis) at the peak of their fall color line Blue Lake and several peaks near Washington Pass in the North Cascades of Washington state. Golden Larches, while not considered true larches, are known for shedding their needles each fall. The needles grow back each spring and transition from deep green to blue green over the course of the summer. In late September or early October, the needles turn golden and drop, just like the leaves on deciduous trees. Of the mountains in the cluster at left, Liberty Bell Mountain is the leftmost peak; the Early Winters Spires are the tight cluster of three peaks at the center of the mountains shown.
    NorthCascades_BlueLake_GoldenLarches...jpg
  • Golden Larch trees (Pseudolarix amabilis) at the peak of their fall color frame Blue Lake and several peaks near Washington Pass in the North Cascades of Washington state. Golden Larches, while not considered true larches, are known for shedding their needles each fall. The needles grow back each spring and transition from deep green to blue green over the course of the summer. In late September or early October, the needles turn golden and drop, just like the leaves on deciduous trees. Of the mountains in the cluster at left, Liberty Bell Mountain is the leftmost peak; the Early Winters Spires are the tight cluster of three peaks at the center of the mountains shown.
    NorthCascades_BlueLake_GoldenLarches...jpg
  • Mount Rainier is partially reflected in a tarn in a meadow along Reflection Lake in Mount Rainier National Park, Washington. Mount Rainier, with an elevation of 14,411 feet (4,392 meters), is the tallest mountain in Washington and the highest mountain in the Cascade Range.
    Rainier_ReflectionLake_Grasses_3813.jpg
  • Several mountains in the Canadian Rockies tower over Moraine Lake, located in Banff National Park. This area is known as the Valley of the Ten Peaks, named for the ten tall mountains at the lake's edge. Moraine Lake has a unique aqua color that results from the silt deposited by glaciers.
    MoraineLake.jpg
  • A Golden Larch tree (Pseudolarix amabilis) bends over Blue Lake near Washington Pass in the North Cascades of Washington state. Golden Larches, while not considered true larches, are known for shedding their needles each fall. The needles grow back each spring and transition from deep green to blue green over the course of the summer. In late September or early October, the needles turn golden and drop, just like the leaves on deciduous trees.
    NorthCascades_BlueLake_BentLarch_035...jpg
  • The northern lights, or aurora borealis, shine over and are reflect in Lake Mývatn  in northern Iceland. The lake, formed during a lava eruption 2,300 years ago, contains numerous lava pillars and rootless vents, called pseudocraters. Mývatn is Icelandic for "midge lake," and denotes the tremendous number of midge flies found in the area. The aurora borealis, frequently visible during the winter months in Iceland, is caused by charged particles from the sun crashing into the Earth's atmosphere.
    Iceland_Myvatn_NorthernLights_2983.jpg
  • A Western Grebe (Aechmophorus occidentalis) calls to other grebes as it swims across Fern Ridge Lake near Eugene, Oregon.
    Grebe_Western_FernRidgeLake_0339.jpg
  • Several western brackenferns (Pteridium aquilinum) grow from a crack in a steep rock face in the Alpine Lakes Wilderness near Lake Dorothy, Washington.
    WA-Alpine-Lakes_Ferns_Rock-Face_8054.jpg
  • Lichen and moss form patterns on an exposed rock face near Lake Dorothy in the Alpine Lakes Wilderness of Washington state.
    WA-Alpine-Lakes_Moss-Lichen_8076.jpg
  • A few wispy clouds catch the golden light of sunset and are reflected on the still waters of a wetland that borders Shepherd Lake near Sagle, Idaho.
    ID_Sagle_Marsh-Susnet_0414.jpg
  • A western toad (Anaxyrus boreas) crawls out onto a moss-covered log in the Lake Twentytwo Research Natural Area in Snohomish County, Washington. The western toad is found throughout the western United States in a wide range of habitats from sea level to more than 7,000 feet.
    Toad_Western_Lake22_8195.jpg
  • Suspended sulphur is responsible for the bright green color of the Devil's Bath, an eruption crater lake located in the Wai-O-Tapu Thermal Wonderland near Rotorua, New Zealand.
    NZ_DevilsBath_0284.jpg
  • Lush rainforest vegetation rises into the mist on the slope of Mount Bisoke in Volcanoes National Park, Rwanda. Mount Bisoke, also known as Visoke, is an active volcano that last erupted in 1957. It is part of the Virunga Mountains of the Albertine Rift and straddles the border of Rwanda and the Democratic Republic of the Congo, although the summit, which features a crater lake, is in Rwanda.
    Rwanda_Bisoke_Rainforest_8611.jpg
  • The Cedar River forms curved patterns in the water as it flows over and around rocks near Hobart, Washington. The Cedar River flows for about 45 miles (72 kilometers) from the Cascade Mountains to Lake Washington. The upper reaches of the Cedar River are a protected watershed, providing drinking water for residents of Seattle and much of King County.
    WA_CedarRiver_LandsburgPark_4777.jpg
  • Fragrant water lilies (Nymphaea odorata) grow up from the bottom of Lake Washington in this underwater view from the wetlands of the Washington Park Arboretum, Seattle, Washington. The fragrant water lily's leaves float on the water surface and the plant itself is rooted in mucky or silty sediment up to six to seven feet (2 meters) deep.
    WaterLilies_Underwater_Arboretum_F00...jpg
  • Two Pacific willows (Salix lucida ssp. lasiandra) sprout from the water of Levee Pond in Fife, Washington. Pacific willows grow to be the area's largest native willows, with a height of as much as 60 feet (18 meters). They are most often found in wetlands.
    Levee-Pond_Willow_Sprouts_2673.jpg
  • Ripples on a pond in a natural area of the Smithsonian National Zoological Park in Washington, D.C., turn a reflection of the surrounding forest into an impressionistic scene.
    Pond_Forest_Impressionistic_Smithson...jpg
  • A mountain goat (Oreamnos americanus) looks through a forested area above Washington Pass in the North Cascades of Washington state. Mountain goats are found in mountain ranges throughout northwestern North America at elevations of up to 13,000 feet (4,000 meters) — the largest mammals found in those high-altitude habitats.
    Goat-Mountain_Forest_Blue-Lake_9805.jpg
  • A young lupine plant casts a shadow on granite near Washington Pass in the North Cascades of Washington state.
    WA_Blue-Lake_Lupine-Shadow_4121.jpg
  • Orange crustose lichen grows on the volcanic rock near Lake Mývatn in northern Iceland. Lichens are a symbiosis of a fungus and a green alga and/or cyanobacterium; and crustose is the most common type of lichen in Iceland; accounting for about 400 of the 700 identified species. Crustose are very slow growing; typically growing 1 millimeter or less per year.
    Iceland_Lichen_Myvatn_4007.jpg
  • Green moss grows on all but the bottom portion of these trees near Summit Lake in Lassen Volcanic National Park, California. The moss line, which begins about 10-15 feet from the base of the trees illustrates the depth of the winter snow here.
    Lassen_MossLineOnTrees_4036.jpg
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