Michael Durham Photography

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  • Wind and water erosion along the shore of James Bay on Santiago Island, Galapagos Archipelago - Ecuador.
    Santiago_Island_arch_82410PPre-100.jpg
  • An erosion control area in Timucuan Ecological and Historic Preserve, Flroida.
    51515tc-131.jpg
  • Intersting rock erosion along the shore of Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPre-170.jpg
  • Wind and water erosion along the shore of James Bay on Santiago Island, Galapagos Archipelago - Ecuador.
    Santiago_Island_arch_82410PPre2-101.jpg
  • Wind and water erosion along the shore of James Bay on Santiago Island, Galapagos Archipelago - Ecuador.
    Santiago_Island_arch_82410PPre-113.jpg
  • Interesting rock erosion along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPRPN2V2.jpg
  • Interesting rock erosion along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPRPN2.jpg
  • Coastal erosion uncovers 2000 year old tree stumps, called the "Ghost Forest" near Neskowin, along the Oregon coast. The stumps were once part of an inland forest that was eventually flooded by the surf and preserved under the sand.
    neskowin_ghost_forest_41308GFb-62.jpg
  • detail of the volcanic tuff of the Blue Basin feature in the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    volcanic_tuff_12510JDFB-145.jpg
  • Interesting rock erosion along the shore of of Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPRePN1.jpg
  • Coastal erosion uncovers 2000 year old tree stumps, called the "Ghost Forest" near Neskowin, along the Oregon coast. The stumps were once part of an inland forest that was eventually flooded by the surf and preserved under the sand.
    neskowin_ghost_forest_41308GFb-66.jpg
  • Coastal erosion uncovers 2000 year old tree stumps, called the "Ghost Forest" near Neskowin, along the Oregon coast. The stumps were once part of an inland forest that was eventually flooded by the surf and preserved under the sand.
    neskowin_ghost_forest_41308GFb-51.jpg
  • Coastal erosion uncovers 2000 year old tree stumps, called the "Ghost Forest" near Neskowin, along the Oregon coast. The stumps were once part of an inland forest that was eventually flooded by the surf and preserved under the sand.
    neskowin_ghost_forest_41308GFb-49.jpg
  • detail of the volcanic tuff of the Blue Basin feature in the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    volcanic_tuff_12510JDFB-146.jpg
  • detail of the volcanic tuff of the Blue Basin feature in the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    volcanic_tuff_12510JDFB-145-Edit.jpg
  • Coastal erosion uncovers 2000 year old tree stumps, called the "Ghost Forest" near Neskowin, along the Oregon coast. The stumps were once part of an inland forest that was eventually flooded by the surf and preserved under the sand.
    neskowin_ghost_forest_41308GFb-63.jpg
  • Coastal erosion uncovers 2000 year old tree stumps, called the "Ghost Forest" near Neskowin, along the Oregon coast. The stumps were once part of an inland forest that was eventually flooded by the surf and preserved under the sand.
    neskowin_ghost_forest_41308GFb-19.jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-202-...jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-191.jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-202.jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-201.jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-191-...jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-201-...jpg
  • The Cathedral Rock feature of the John Day Fossil Beds National Monument; Oregon.
    oregon_cathedral_rock_12510JDFB-189.jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    interesting_rocks_82410PPre-142-Edit.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-843.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-806.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-792.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-160.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-144.jpg
  • Red desert in Lake Mead National Recreation Area, Nevada.
    020517RS-111.jpg
  • Red desert in Lake Mead National Recreation Area, Nevada.
    020517RS-107.jpg
  • Red desert in Lake Mead National Recreation Area, Nevada.
    020517RS-104.jpg
  • A cobble bar on the big south fork of the Cumberland River, Tennessee.  Big South Fork National River and Recreation Area.
    Big_South_Fork-92515cr-105.jpg
  • The big south fork of the Cumberland River, Tennessee.  Big South Fork National River and Recreation Area
    Big_South_Fork-92515cr-100.jpg
  • volcanic tuff, blue basin, john day fossil beds national monument, green hills, volcanic landscape, fossil bed, fossil beds, oregon, ancient geology,
    blue_basin_john_day_12510jDFBPAn1V2.jpg
  • Intersting rock erosoin along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPre-178.jpg
  • Intersting rock erosoin along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPre-172.jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    interesting_rocks_82410PPre-144-Edit.jpg
  • Lava rock along the shore of James Bay on Santiago Island, Galapagos Archipelago - Ecuador.
    beach_rocks_82410PPre-140-Edit.jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    rock_diversity_82410PPre-138.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-1119.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-818.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-144-Pano.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-143.jpg
  • Eroded redstone in Lake Mead National Recreation Area, Nevada. Aztec Sandstone outcrops from ancient sand dunes.
    020517RS-142.jpg
  • Red desert in Lake Mead National Recreation Area, Nevada.
    020517RS-100.jpg
  • A cobble bar on the big south fork of the Cumberland River, Tennessee.  Big South Fork National River and Recreation Area.
    Big_South_Fork-92515cr-104.jpg
  • The big south fork of the Cumberland River, Tennessee.  Big South Fork National River and Recreation Area
    Big_South_Fork-92515cr-102.jpg
  • The big south fork of the Cumberland River, Tennessee.  Big South Fork National River and Recreation Area
    Big_South_Fork-92515cr-101.jpg
  • volcanic tuff, blue basin, john day fossil beds national monument, green hills, volcanic landscape, fossil bed, fossil beds, oregon, ancient geology,
    blue_basin_john_day_12510jDFBPAn1.jpg
  • Intersting rock erosoin along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    santiago_beach_82410PPre-179.jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    interesting_rocks_82410PPre-144-Edit...jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    interesting_rocks_82410PPre-141-Edit.jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    interesting_rocks_82410PPre-141-Edit...jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    rock_diversity_82410PPre-138-Edit.jpg
  • Interesting mixture of volcanic rocks along the shore of James Bay, Santiago Island, Galapagos Archipelago - Ecuador.
    worn_rocks_82410PPre-136-Edit.jpg
  • Volcanic rocks mixed with light snow within the Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    blue_basin_john_day_12510JDFB-176.jpg
  • A sign forbidding removal of rocks or fossils at the Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    removal_of_rocks_prohibited_12510JDF...jpg
  • The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    blue_basin_john_day_12510JDFB-182.jpg
  • The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    blue_basin_john_day_12510JDFB-181.jpg
  • The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    blue_basin_john_day_12510JDFB-171.jpg
  • The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    blue_basin_john_day_12510JDFB-168.jpg
  • The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    blue_basin_john_day_12510JDFB-166.jpg
  • Detail of the volcanic tuff of the Blue Basin feature in the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    volcanic_tuff_12510JDFB-161.jpg
  • Water runs green in the The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    green_runoff_12510JDFB-154.jpg
  • A sign forbidding removal of rocks or fossils at the Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    removal_of_rocks_prohibited_12510JDF...jpg
  • A sign marking the end of the trail at The Blue Basin feature of the John Day Fossil Beds National Monument; Oregon. Formed from 29-million-year-old volcanic tuff, The erosion scarred slopes of these hills are slowly yielding fossils of ancient animals and plants.
    end_of_trail_12510JDFB-178.jpg
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