Show Navigation

Search Results

Refine Search
Match all words
Match any word
Prints
Personal Use
Royalty-Free
Rights-Managed
(leave unchecked to
search all images)
{ 16 images found }

Loading ()...

  • Seaweed and debris from Puget Sound seems to glow when exposed to ultraviolet light on a beach in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Debris_Des-Moine...jpg
  • A purple sea star (Pisaster ochraceus), shown under ultraviolet light, is among strands of kelp at low tide at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Sea-Star_Des-Moi...jpg
  • A small starfish is on a rock that seems to glow when exposed to ultraviolet light at low tide on Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Starfish_Des-Moines_2059.jpg
  • Mottled anemone (Urticina crassicornis), shown under ultraviolet light, stretches down from the ceiling in a rocky cave exposed at low tide at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    Blacklight_Low-Tide_Mottled-Anemone_...jpg
  • A heart cockle (Clinocardium nuttallii) and kelp both appear to glow red when under ultraviolet light at low tide at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Heart-Cockle_Des...jpg
  • A rock exposed at low tide seems to glow when exposed to ultraviolet light at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Rock_Des-Moines_...jpg
  • Plant and animal life in a tide pool glows under ultraviolet light at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Pool_Des-Moines_...jpg
  • An empty shell and kelp glow red when exposed to ultraviolet light at low tide at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Shell_Kelp_Des-M...jpg
  • Sea life growing on a cracked rock exposed at low tide glows when exposed to ultraviolet light at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Cracked-Rock_Des...jpg
  • A rock exposed at low tide seems to glow when exposed to ultraviolet light at the edge of Puget Sound in Des Moines, Washington. The glow is the result of phosphors that convert ultraviolet radiation, which is invisible to human eyes, into wavelengths that are visible. This scene was captured under black light.
    BlackLight_Low-Tide_Rock_Des-Moines_...jpg
  • A sunflower star (Pycnopodia helianthoides) with 14 arms looks for food at the bottom of Puget Sound near Des Moines Beach, Des Moines, Washington. The sunflower star is the largest sea star in the world, and can grow to be more than 3 feet (1 meter) across with as many as 23 arms. They initially have only 6 arms when they are young, but grow more as they age.
    Sunflower_Star_DesMoines_F0136.jpg
  • A sunflower star (Pycnopodia helianthoides) with 12 arms looks for food at the bottom of Puget Sound near Des Moines Beach, Des Moines, Washington. The sunflower star is the largest sea star in the world, and can grow to be more than 3 feet (1 meter) across with as many as 23 arms. They initially have only 6 arms when they are young, but grow more as they age.
    Sunflower_Star_DesMoines_F0128.jpg
  • A mottled anemone (Urticina crassicornis) feeds on a shore crab (Hemigrapsus) during an exceptionally low tide at Des Moines Beach Park, Des Moines, Washington.
    Anemone_Mottled_EatingCrab_DesMoines...jpg
  • Sea lettuce in a variety of colors grows in a tide pool on Des Moines Beach, Des Moines, Washington.
    SeaLettuce_DesMoines_F0244.jpg
  • Sea lettuce in a variety of colors grows in a tide pool on Des Moines Beach, Des Moines, Washington.
    SeaLettuce_DesMoines_F0246.jpg
  • A red rock crab (Cancer productus) walks across the murky bottom of Puget Sound off Des Moines Beach Park, Des Moines, Washington.
    Crab_RedRock_DesMoines_F0112.jpg
  • Facebook
  • Twitter
x

Living Wilderness Nature Photography

  • Nature Photography Galleries
    • All Galleries
    • Search
    • Cart
    • Lightbox
    • Client Area
  • Portfolio
  • Search Nature Photography
  • Books
  • Blog
  • About
  • Contact