Michael Durham Photography

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  • black-tailed jackrabbit (Lepus californicus) browsing on greens. high-desert, Central Oregon.
    Lepus_californicus)_12106Lepus3.jpg
  • A female mountain goat (Oremanos americanus) browsing near Logan Pass in Glacier National Park, Montana.
    Mt_goat_MDurham422_16.jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagps_tortoise_82210GGt...jpg
  • A giant galapagos tortoise (Geochelone elephantopus) with a dome-shaped carapace . Santa Cruz Highlands, Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagps_tortoise_82210GGt...jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagps_tortoise_82210GGt...jpg
  • A young (31day old) red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-247.jpg
  • A young (31day old) red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-246.jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagos_tortoise_82210GGt...jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagos_tortoise_82210GGt...jpg
  • A young (31day old) red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-245.jpg
  • A young (31day old) red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-242.jpg
  • A male red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-197.jpg
  • A male red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-192.jpg
  • A male red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-153.jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagos_tortoise_82210GGt...jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    82210GGt2-348.jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagos_tortoise_82210GGt...jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    browsing_galapagos_tortoise_82210GGt...jpg
  • A male red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-173.jpg
  • A male red tree vole (Arborimus longicaudus) eating a Douglas fir needle. Red tree voles are rarely seen. They are nocturnal and live in Douglas fir tree tops and almost never come to the forest floor.  They are one of the few animals that can persist on a diet of conifer needles which is their principle food.  As a defense mechanism, conifer trees have resin ducts in their needles that contain chemical compounds (terpenoids) that make them unpalatable to animals.  Tree voles, however, are able to strip away these resin ducts and eat the remaining portion of the conifer needle.
    Red_Tree_vole_21414rv-172.jpg
  • A giant galapagos tortoise (Geochelone elephantopus) feeding in the lush highlands, of Santa Cruz Island, Galapagos Archipelago - Ecuador.
    galapagos_giant_tortoise_82210GGt2-3...jpg
  • Cattle grazing within the boundry of Matobo National Park, Zimbabwe.
    illegal_cattle_grazing_22012ZKlZ-253.jpg
  • Cattle grazing within the boundry of Matobo National Park, Zimbabwe.
    illegal_cattle_grazing_22012ZKlZ-247.jpg
  • Cattle grazing within the boundry of Matobo National Park, Zimbabwe.
    illegal_cattle_grazing_22012ZKlZ-121.jpg
  • Cattle grazing within the boundry of Matobo National Park, Zimbabwe.
    illegal_cattle_grazing_22012ZKlZ-103.jpg
  • A male mallard duck (Anas platyrhynchos) beginning to feed at Crystal Springs wetland, Oregon. Mallards are "dabbling" ducks that do not dive when foraging.
    mallard_duck_Mlrd2.jpg
  • A bighorn sheep (Ovis canadensis canadensis) searching for winter browse in the snow. Lostine Ridge, Wallowa Mountains, Oregon.
    bighorn_ram-MDurham20.jpg
  • Aspen stands on the Nature Conservancy's Zumwalt Prairie Preserve. The aspen stands have been slowly dissappearing from the prairie, the reasons are unclear but young saplings are typically destroyed by browsing animals such as deer and elk. Zumwalt Prairie is one of the largest remaining intact patches of bunchgrass prairie left in North America.
    Aspen_stand_DurHM290.jpg
  • A fall storm moves across the prairie as seen from an quacking aspen stand on the Nature Conservancy's Zumwalt Prairie Preserve. The aspen stands have been slowly dissappearing from the prairie, the reasons are unclear but young saplings are typically destroyed by browsing animals such as deer and elk. Zumwalt Prairie is one of the largest remaining intact patches of bunchgrass prairie left in North America. Spring 2001
    Aspen_stand_DurHM287.jpg
  • A bull rocky mountain elk (Cervus canadensis nelsoni) browses on grass in a forest clearing. Yellowstone Narional Park, Montana.
    grazing_elk_32808SF_ek2.jpg
  • An Aspen stand with hawthorne shrubs on the Nature Conservancy's Zumwalt Prairie Preserve. The aspen stands have been slowly dissappearing from the prairie, the reasons are unclear but young saplings are typically destroyed by browsing animals such as deer and elk. Zumwalt Prairie is one of the largest remaining intact patches of bunchgrass prairie left in North America.
    quaking_aspen_DurHM292.jpg
  • Aspen stands on the Nature Conservancy's Zumwalt Prairie Preserve. The aspen stands have been slowly dissappearing from the prairie, the reasons are unclear but young saplings are typically destroyed by browsing animals such as deer and elk. Zumwalt Prairie is one of the largest remaining intact patches of bunchgrass prairie left in North America. Spring 2001
    quaking_aspen_DurHM291.jpg
  • Aspen stands on the Nature Conservancy's Zumwalt Prairie Preserve. The aspen stands have been slowly dissappearing from the prairie, the reasons are unclear but young saplings are typically destroyed by browsing animals such as deer and elk. Zumwalt Prairie is one of the largest remaining intact patches of bunchgrass prairie left in North America.
    quaking_aspen_DurHM286.jpg
  • Aspen stands on the Nature Conservancy's Zumwalt Prairie Preserve. The aspen stands have been slowly dissappearing from the prairie, the reasons are unclear but young saplings are typically destroyed by browsing animals such as deer and elk. Zumwalt Prairie is one of the largest remaining intact patches of bunchgrass prairie left in North America.
    Aspen_stand_DurHM285.jpg
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