Is it worth the risk?
- Thread starter Tinto2000
- Start date
Don't bother. And welcome to the hobby and forum! 
Here's some links to stuff by researchers you might enjoy:
"Coral Reefs in the Microbial Seas " This video compliments Rohwer's book of the same title. Used copies are available on line and it may be free to read on Internet Archive. Both deal with the conflicting roles of the different types of DOC (carbon dosing) in reef ecosystems and how it can alter coral microbiomes. While there is overlap bewteen his book and the video both have information not covered by the other and together give a broader view of the complex relationships found in reef ecosystems and are an excellent starting point to understand the conflicting roles of Dissolved Organic Carbon (DOC, aka "carbon dosing") in reef ecosystems.
Delbeek Molar Ratios
Changing Seas - Mysterious Microbes
Microbial view of Coral Decline
Nitrogen cycling in hte coral holobiont
BActeria and Sponges
https://www.youtube.com/watch?v=-oLDclO7UcM
Maintenance of Coral Reef Health (refferences at the end)
https://youtu.be/dGIPveFJ_0Q
Optical Feedback Loop in Colorful Coral Bleaching
https://youtu.be/oadKezUYkJE
DNA Sequencing and the Reef Tank Microbiome
https://www.youtube.com/watch?v=ghxVSmLhxUg
Richard Ross What's up with phosphate"
https://youtu.be/ZRIKW-9d2xI
response.restoration.noaa.gov
Here's some links to stuff by researchers you might enjoy:
"Coral Reefs in the Microbial Seas " This video compliments Rohwer's book of the same title. Used copies are available on line and it may be free to read on Internet Archive. Both deal with the conflicting roles of the different types of DOC (carbon dosing) in reef ecosystems and how it can alter coral microbiomes. While there is overlap bewteen his book and the video both have information not covered by the other and together give a broader view of the complex relationships found in reef ecosystems and are an excellent starting point to understand the conflicting roles of Dissolved Organic Carbon (DOC, aka "carbon dosing") in reef ecosystems.
Delbeek Molar Ratios
Changing Seas - Mysterious Microbes
Microbial view of Coral Decline
Nitrogen cycling in hte coral holobiont
BActeria and Sponges
https://www.youtube.com/watch?v=-oLDclO7UcM
Maintenance of Coral Reef Health (refferences at the end)
https://youtu.be/dGIPveFJ_0Q
Optical Feedback Loop in Colorful Coral Bleaching
https://youtu.be/oadKezUYkJE
DNA Sequencing and the Reef Tank Microbiome
https://www.youtube.com/watch?v=ghxVSmLhxUg
Richard Ross What's up with phosphate"
https://youtu.be/ZRIKW-9d2xI
To Save Corals in an Oahu Bay, First Vacuum up Invasive Algae, Then Apply Sea Urchins | response.restoration.noaa.gov
Hello,
This is the most noticeable benefit. It oxidizes the yellowing organic compounds (like Gelbstoff) that accumulate from fish waste and decaying matter, resulting in truly sparkling clear water and better light penetration for corals. Ozone raises the ORP, which is a measure of the water's ability to break down contaminants. A higher, stable ORP (often targeted between 300-400 mV) can indicate a healthier, cleaner system. It can reduce bacteria, viruses, and single-cell parasites in the water column, potentially lowering the risk of disease outbreaks. It can help break down larger organic molecules into smaller ones that are more easily removed by the protein skimmer. It can also help reduce the skimmate's odor.
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