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What If You Could Grow Bioluminescent Ocean Life at Home?
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Bioluminescent life is found throughout our oceans, from the waves to the deep seafloor. I’m a marine biologist and today we’re going to grow our own ocean bioluminescence.
Chapters
00:00 - Dolphins Swimming in Bioluminescence
00:58 - Grow Your Own Bioluminescent Ocean Life
02:40 - Why Some Animals Produce Bioluminescence
03:32 - How Humans Use Bioluminescence
04:59 - I Grew Bioluminescent Plankton
05:52 - How Bioluminescence Works
06:25 - Is Bioluminescent Algae Safe
07:44 - KPassionate
Dolphins swim in bioluminescent waves, leaving a trail of light behind them. Surfers catch glowing waves. The images could be straight out of Avatar or Tron. But this isn’t CGI. These enchanting displays of light are created by living organisms through a chemical reaction called bioluminescence.
The most common bioluminescent organisms are marine plankton called dinoflagellates. The name comes from combining the Greek word dinos, which means whirling, with the Latin flagellum, meaning whip. This is a reference to the distinctive way they spin as they swim. Dinoflagellates live in the surface layers of the sea and are what’s creating the sparkling luminescence seen in these videos.
The specific type of bioluminescent dinoflagellate sent to me by PyroFarms is Pyrocystis fusiformis, also known PyroDinos. Scientists believe the production of bioluminescence by PyroDinos is a defense mechanism that startles grazing fish which would otherwise eat them, or possibly to illuminate grazers so that they are more visible to their own predators. This is known as the "Burglar Alarm" hypothesis.
Other animals use bioluminescence to attract mates, communicate with other animals, or to entice prey. A famous example is the angler fish that uses a luminescent fin ray as a lure. Squid and jellyfish have luminescent tentacles that draw in small fish just like moths to a flame.
Beyond their mesmerizing beauty, PyroDinos and other bioluminescent plankton potentially have some groundbreaking applications in the fields of architecture, medicine, and conservation. Because they can produce light, scientists are currently looking into how bioluminescent organisms could be used to make sustainable outdoor lighting in public spaces. They’re also developing indoor lighting for people’s homes. These bioluminescent-powered lamps are called “Biolamps.”
Cited Sources
Join the KPassionate channel:
----------------------------
Check out our Patreon to support the KPassionate channel! We provide early access to videos, your name in the credits of our videos, and bonus content!
--------------------------
Social media:
-----------------------
Music
NOAA Fisheries
NOAA Ocean Explorer
Cronin et al
#bioluminescence #bioluminescent #kpassionate
Chapters
00:00 - Dolphins Swimming in Bioluminescence
00:58 - Grow Your Own Bioluminescent Ocean Life
02:40 - Why Some Animals Produce Bioluminescence
03:32 - How Humans Use Bioluminescence
04:59 - I Grew Bioluminescent Plankton
05:52 - How Bioluminescence Works
06:25 - Is Bioluminescent Algae Safe
07:44 - KPassionate
Dolphins swim in bioluminescent waves, leaving a trail of light behind them. Surfers catch glowing waves. The images could be straight out of Avatar or Tron. But this isn’t CGI. These enchanting displays of light are created by living organisms through a chemical reaction called bioluminescence.
The most common bioluminescent organisms are marine plankton called dinoflagellates. The name comes from combining the Greek word dinos, which means whirling, with the Latin flagellum, meaning whip. This is a reference to the distinctive way they spin as they swim. Dinoflagellates live in the surface layers of the sea and are what’s creating the sparkling luminescence seen in these videos.
The specific type of bioluminescent dinoflagellate sent to me by PyroFarms is Pyrocystis fusiformis, also known PyroDinos. Scientists believe the production of bioluminescence by PyroDinos is a defense mechanism that startles grazing fish which would otherwise eat them, or possibly to illuminate grazers so that they are more visible to their own predators. This is known as the "Burglar Alarm" hypothesis.
Other animals use bioluminescence to attract mates, communicate with other animals, or to entice prey. A famous example is the angler fish that uses a luminescent fin ray as a lure. Squid and jellyfish have luminescent tentacles that draw in small fish just like moths to a flame.
Beyond their mesmerizing beauty, PyroDinos and other bioluminescent plankton potentially have some groundbreaking applications in the fields of architecture, medicine, and conservation. Because they can produce light, scientists are currently looking into how bioluminescent organisms could be used to make sustainable outdoor lighting in public spaces. They’re also developing indoor lighting for people’s homes. These bioluminescent-powered lamps are called “Biolamps.”
Cited Sources
Join the KPassionate channel:
----------------------------
Check out our Patreon to support the KPassionate channel! We provide early access to videos, your name in the credits of our videos, and bonus content!
--------------------------
Social media:
-----------------------
Music
NOAA Fisheries
NOAA Ocean Explorer
Cronin et al
#bioluminescence #bioluminescent #kpassionate
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