Michael Durham Photography

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  • A crane fly photographed at night in Matobo National Park, Zimbabwe. © Michael Durham / www.DurmPhoto.com
    nocturnal_crane_fly_32112ZmP-3429.jpg
  • A crane fly photographed at night in Matobo National Park, Zimbabwe. © Michael Durham / www.DurmPhoto.com
    nocturnal_crane_fly_32112ZmP-3550.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 female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-228.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-150.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-138.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-134.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-132.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-124.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-121.jpg
  • A lesser mousedeer (Tragulus javanicus) at dusk in Endau-Rompin National Park, Malaysia. These are one of the world's smallest ungulates. The large eyes aid with their nocturnal foraging habits.
    lesser_mousedeer__90506MMD2.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-272.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-270.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-219.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-206.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-153.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-152.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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. Note the parasitic mites around the eye.
    Red_Tree_vole_21414rv-144.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-140.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-127.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-263.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-257.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 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) among Douglas fir needles. 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-220.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-135.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-123.jpg
  • A black-tailed deer (Odocoileus hemionus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    black-tailed_deer_101105Doe1_16.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-278.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-268.jpg
  • A young (31day old) red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-241.jpg
  • A male red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-174.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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. Note the parasitic mites around the eye.
    Red_Tree_vole_21414rv-143.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-133.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-110.jpg
  • A female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-109.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 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-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 female red tree vole (Arborimus longicaudus) among Douglas fir needles. 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-106.jpg
  • A lesser mousedeer (Tragulus javanicus) at dusk in Endau-Rompin National Park, Malaysia. These are one of the world's smallest ungulates. The large eyes aid with their nocturnal foraging habits.
    lesser_mousedeer__90506MMD1.jpg
  • A black-tailed deer (Odocoileus hemionus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    black-tailed_deer_101105Doe2_16.jpg
  • A black-tailed deer fawn (Odocoileus hemionus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    black-tailed_deer_101105Fawn1_16.jpg
  • A badger (Taxidea taxus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    badger_Taxidea_taxus_101105Badger1_1...jpg
  • A bobcat (Lynx rufus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    night_bobcat_101105002.jpg
  • A badger (Taxidea taxus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    badger_Taxidea_taxus_101105Badger2_1...jpg
  • A bobcat (Lynx rufus) makes a nocturnal visit to an artificial guzzler in the desert of southern Oregon.
    night_bobcat_101105003.jpg
  • A western long-eared bat (Myotis evotis) come to drink at a desert watering hole in the high desert of Oregon.
    flying_bat-81316bb5-509.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-217.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-145.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-108.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-145.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-421.jpg
  • A tiny flying insect, or midge, flying at night at around 6400 feet in elevation, on a warm summer night in Montana. Photographed via permit at Big Hole National Battlefield.
    night_insect-76144-114.jpg
  • Two western long-eared bats (Myotis evotis) take turns drinking from a desert watering hole in the high desert of Oregon.
    flying_bat-81316bb5-415.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-838.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-825.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-817.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-780.jpg
  • Two western long-eared bats (Myotis evotis) take turns drinking from a desert watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-580.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-411.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-227.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-222.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-218.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-154.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316wh-116.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-346.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-231.jpg
  • At dusk, three western long-eared bats (Myotis evotis) take turns drinking from a desert watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-150.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81116bts-392.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-605.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-586.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81116bts-384.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-450.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-446.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-437.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon. Note the mild injury/tear in the wing.
    night_flyer-81216bt4-319.jpg
  • Two western long-eared bats (Myotis evotis) collide while drinking from a desert watering hole in the high desert of Oregon.
    night_flyer-81216bt4-303.jpg
  • Two western long-eared bats (Myotis evotis) take turns drinking from a desert watering hole in the high desert of Oregon.
    bat_skimming_water-81116bts2-197.jpg
  • A tiny flying insect, or midge, flying at night at around 6400 feet in elevation, on a warm summer night in Montana. Photographed via permit at Big Hole National Battlefield.
    night_insect-76144-144.jpg
  • A tiny flying insect, or midge, flying at night at around 6400 feet in elevation, on a warm summer night in Montana. Photographed via permit at Big Hole National Battlefield.
    night_insect-76144-137.jpg
  • A western long-eared bat (Myotis evotis) come to drink at a desert watering hole in the high desert of Oregon.
    flying_bat-81316bb5-494.jpg
  • A western long-eared bat (Myotis evotis) come to drink at a desert watering hole in the high desert of Oregon.
    flying_bat-81316bb5-493.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    flying_bat-81316bb5-368.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    flying_bat-81316bb5-335.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    flying_bat-81316bb5-315.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    flying_bat-81316bb5-179.jpg
  • At dusk, a thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    flying_bat-81316bb5-128.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-849.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-830.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-789.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-207.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81316bb6-185.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-366.jpg
  • At dusk, two western long-eared bats (Myotis evotis) take turns drinking from a desert watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-169.jpg
  • At dusk, two western long-eared bats (Myotis evotis) take turns drinking from a desert watering hole in the high desert of Oregon.
    bat_flying_over_water-81216bt5-156.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-620.jpg
  • A thirsty western long-eared bat (Myotis evotis) comes to drink at a watering hole in the high desert of Oregon.
    night_flyer-81216bt4-526.jpg
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