For fun I asked ChatGPT to help me choose what ratios of what spectrums to use for growing corals.
Prompt was a 12 diode light.
With my "help" it came up with:
"
Warm white light, which includes a mix of wavelengths across the visible spectrum, can help provide a more natural lighting appearance and balance the overall color rendition in the tank. It can also enhance visual aesthetics and promote the growth of symbiotic algae (zooxanthellae) that live within the coral.
Deep red light in the range of 660-680nm has been shown to influence coral behavior, such as polyp expansion and coral fluorescence. While it may not directly contribute to photosynthesis, it can still have positive effects on certain coral species by stimulating specific pigments and enhancing their coloration."
what is everyones thoughts?
Prompt was a 12 diode light.
With my "help" it came up with:
- Blue: 3 LEDs (25%)
- Violet: 1 LED (8-9%)
- Royal Blue: 3 LEDs (25%)
- Cyan: 2 LEDs (16-17%)
- Red: 1 LED (8-9%)
- Cool White: 2 LEDs (16-17%)
- Blue: 4 LEDs (33%)
- Royal Blue: 3 LEDs (25%)
- Cyan: 2 LEDs (16-17%)
- Violet: 1 LED (8-9%)
- Deep Red: 1 LED (8-9%)
- Warm White: 1 LED (8-9%)
"
Warm white light, which includes a mix of wavelengths across the visible spectrum, can help provide a more natural lighting appearance and balance the overall color rendition in the tank. It can also enhance visual aesthetics and promote the growth of symbiotic algae (zooxanthellae) that live within the coral.
Deep red light in the range of 660-680nm has been shown to influence coral behavior, such as polyp expansion and coral fluorescence. While it may not directly contribute to photosynthesis, it can still have positive effects on certain coral species by stimulating specific pigments and enhancing their coloration."
what is everyones thoughts?