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Photographing Fluorescence in Aquarium Corals
- https://reefs.com/magazine/photographing-fluorescence-in-aquarium-corals/
- Since a blue light is used as the exciter and the barrier filter is designed to cut out the blue from the photo, the fluorescence that is seen will lie in the green to red range of the spectrum. The green fluorescent pigments in the coral will fluorescence green as the name implies, the chlorophyll will have a weak red fluorescence.
A Shot in the Dark – 7 Underwater Photography Tips …
- https://www.naturettl.com/photographing-fluorescent-coral/
- To photograph coral fluorescence whilst diving, you’ll need two extra pieces of equipment. Firstly, you will need either a strong blue UV torch or blue filters to …
Coral Fluorescence Photography – a window to another world
- https://reefs.com/coral-fluorescence-photography-a-window-to-another-world/
- Coral Fluorescence Photography - a window to another world - All photographs by the author. I'm not gonna go technical in this post, because there is a great write-up from someone who gave me a few key pointers and ... If you haven’t had a chance, do read Sanjay Joshi’s article Photographing Fluorescence in Aquarium Corals in the Winter ...
Fluorescence Photography- MACNA Edition Part Two: What is …
- https://reefs.com/fluorescence-photography-macna-edition-part-two-what-is-coral-fluorescence/
- Corals exhibit the most eye-pleasing form of fluorescence, where high energy light from outside (or almost outside) the visible spectrum (UV or near UV) is re-emitted as visible light. Fluorescence is a temporary show and to reenact it, one needs a source of UV or near-UV light to see the color change phenomena in its full glory.
Applications of Coral Fluorescence | U.S. Geological Survey
- https://www.usgs.gov/centers/spcmsc/science/applications-coral-fluorescence
- Daylight and fluorescent images of two coral colonies, Diploria clivosa (left) and Orbicella faveolata (right) growing on the seawall at Ft. Jefferson, Dry Tortugas National Park. The two colonies are separated by an …
Fluorescence Photography- MACNA Edition Part Three: Why do …
- https://reefs.com/fluorescence-photography-macna-edition-part-three-why-do-corals-fluoresce/
- Fluorescence occurs when a photon, the “particle of light”, interacts with an electron in the outer region of an atom and transfers the energy it carries, charging the electron to temporary jump into a higher energy state. When the electron “relaxes” back to its ground energy state, it gives out some of this earlier gained energy as ...
The Science of Fluorescence Photography
- https://www.divephotoguide.com/underwater-photography-special-features/article/science-technology-fluorescence-photography/
- Soft and hard coral structures, many shelled animals, coral polyps, anemones, and some fishes are all examples of species that fluoresce. In fluorescence, or fluoro, photography, one uses a blue light torch (or a strobe fitted with an excitation filter) to stimulate biofluorescence, while using a barrier filter to photograph the effect.
Underwater Fluorescence Photography - DivePhotoGuide
- https://www.divephotoguide.com/underwater-photography-techniques/article/pro-technique-underwater-fluorescence-photography/
- Underwater Fluorescence Photography. By Charles Mazel and Shawn Miller. Additional Images by Alex Tyrrell. Fluorescence is a truly magical effect: It transforms light from one wavelength to another and it will also transform your dive. Experienced divers appreciate fluorescence the most. Just when you start to think you really know your dive ...
Fun with Fluorescence Photography - Chlorophyll - NIGHTSEA
- https://nightsea.com/articles/fluorescence-photography-illuminates-chlorophyll/
- Fun with Fluorescence Photography – Chlorophyll. Anything with chlorophyll – green plants on land, seaweeds and symbiotic algae in corals underwater – emits a characteristic deep red fluorescence. Chlorophyll’s job is to capture light and convert it to chemical energy for photosynthesis, and it is very good, but not perfect, at doing that.
Ultraviolet-induced visible fluorescence photography
- https://www.holovachov.com/fluorescence
- ultraviolet induced visible fluorescence photography UV FL UVIVFL. Many natural objects and substances fluoresce under ultraviolet or blue light, including rocks and minerals (Warren et al., 1999), fungi and bacterial cultures (Williams & Williams, 1994), lichens and plants, hard corals and Anthozoa, crustaceans (Mazel et al., 2004) and spiders (Andrews et al., 2007), …
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