@Denisk @angusii @Sebae @Derek Clifford
Keeping PO4 and NO3 levels (i.e. dissolved nutrients) elevated into the 0.10 ppm and 10 ppm (respectively) range is important under these circumstances for lots of reasons.
In many (most? all?) cases, either one being unavailable is a direct trigger for dino's to turn toxic and heterotrophic, so that's usually at the top of the list of reasons.
But dissolved nutrients are also used by a host of other critters, including corals, good algae and phytoplankton and many other microbes.
They will all need this resource to stage a recovery.
That includes that dino's themselves.
Arguably their recovery has to come first. That is how future dino generations are disinclined toward their malevolent toxic-heterotrophic selves and instead are inclined toward their benign autotrophic selves where they just exist invisibly in relative peace.
Lastly, but not "leastly" is the dino bloom's after-effect on the tank. Every armored cell take A LOT of nitrate and phosphate to break down under normal bacterial action. So it shouldn't be any suprise that a tank can consume A LOT of N and P when you're dosing. It may primarily be bacteria using it to go to work on all that dino-armor that is leftover after every bloom.
Check back to the main page as there are several good links and other info there to help you get started!
Keeping PO4 and NO3 levels (i.e. dissolved nutrients) elevated into the 0.10 ppm and 10 ppm (respectively) range is important under these circumstances for lots of reasons.
In many (most? all?) cases, either one being unavailable is a direct trigger for dino's to turn toxic and heterotrophic, so that's usually at the top of the list of reasons.
But dissolved nutrients are also used by a host of other critters, including corals, good algae and phytoplankton and many other microbes.
They will all need this resource to stage a recovery.
That includes that dino's themselves.
Arguably their recovery has to come first. That is how future dino generations are disinclined toward their malevolent toxic-heterotrophic selves and instead are inclined toward their benign autotrophic selves where they just exist invisibly in relative peace.
Lastly, but not "leastly" is the dino bloom's after-effect on the tank. Every armored cell take A LOT of nitrate and phosphate to break down under normal bacterial action. So it shouldn't be any suprise that a tank can consume A LOT of N and P when you're dosing. It may primarily be bacteria using it to go to work on all that dino-armor that is leftover after every bloom.
Check back to the main page as there are several good links and other info there to help you get started!