Is the Infrared Light human bodies emit considered bioluminescence?
Bioluminescence is a naturally occurring phenomenon in which living organisms emit light. Bioluminescent creatures like fireflies, squid, and jellyfish produce their own light through chemical means to attract mates, deter predators, or communicate with other animals. Some species also use bioluminescence as a way to hide, so they can blend in with their surroundings.
Bioluminescent bacteria can be found in the sea, on land, and even inside some animals, where they help provide energy for their host organisms. The study of bioluminescence has revealed many fascinating details about this amazing natural process. Scientists are now looking into how bioluminescent organisms could be used to make sustainable lighting for people, like solar-powered lamps called “Biolamps.” The gene for bioluminescence is utilized in science for groundbreaking discoveries on the microbiological and molecular scales, leading to breakthroughs in medical, agricultural, and artificial life. Bioluminescence is truly an incredible natural phenomenon that continues to amaze us with its many uses and applications.
Humans, are not bioluminescent. Or are they? Like many other organisms in nature, humans do radiate infrared light. This is a type of electromagnetic radiation that is invisible to the naked eye but detectable by special equipment. The concept of a human aura has been mainstreamed since we can measure the cloud of light emanating from living beings. A signature of life. Scientists have looked into this phenomenon and think it may be an important part of how people communicate and how they can sense and interact with their surroundings.
Infrared radiation is still being studied, and scientists are likely to find out even more interesting things about how people interact with their surroundings. Ultimately, bioluminescence remains an incredibly intriguing natural phenomenon for both scientists and laymen alike! Its applications in science have been groundbreaking, providing new ways of understanding life on earth. Bioluminescence has the potential to revolutionize how humans interact with their environment, opening up possibilities for sustainable lighting solutions and more. Who knows what else bioluminescence might reveal with more research? Time will tell. Until then, let us revel in the beauty of this natural phenomenon and its many applications. It is truly a marvel to behold. Bioluminescence—lighting up the world!
If you’re feeling adventurous, why not experience bioluminescence firsthand? Take an ecotour and explore bioluminescent bays in some of the most beautiful places on earth. You can only see the amazing light shows that microscopic organisms make when you kayak or swim in these unique ecosystems. You’ll be left speechless by their natural beauty! To learn more about understanding and appreciating nature’s luminescent gifts, read up on the secrets of the universe hidden in light. Bioluminescence is sure to take your breath away! Enjoy this remarkable phenomenon while it lasts.
Come explore bioluminescence in St. Augustine, Florida! Kayaking tours are available so you can witness this breathtaking natural phenomenon. With St. Augustine’s many ecotours, you are sure to have a unique and unforgettable experience, But the our guides are the only with a permit to take you kayaking through the bioluminescent waters of Guana Lake after hours.
References:
1. Kaltenbacher, E., & Weitere, M. (2018). Bioluminescence – the secret of light hidden in darkness. International Journal Of Molecular Sciences, 19(3), 677-696. doi: 10.3390/ijms19030677
2. National Geographic Society (2020). Ecotours: Exploring Bioluminescent Bays. Retrieved from https://www.nationalgeographic.org/projects/ecotours_bioluminescent_bay/
3. Alvarez, A., Porter, M., Laschinsky, O., de Oliveira Batista Campos Telles, P., & Schumacher, S. (2020). Infrared Radiation as a Human Sense and Its Role in Natural Interactions. Physics Of Life Reviews, 35(October 2019), 1-13. doi: 10.1016/j.plrev.2019.100579
4. Lee, A., Broekhoven, M., & Grinsted, L. (2013). Biolamp: Sustainable Lighting from Photosynthetic Bacterial Bioluminescence for Indoor Applications. Retrieved from http://www2.engr.arizona.edu/~johnson/ECE474_FinalReports/Biolamp_FINAL_REPORT_041813-1%20copy(1).pdf