They can uptake ammonia directly. I never used to cycle my phyto cultures, lol
Cycle not lowering ammonia levels.
- Thread starter Wuffletoast
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You are probably correct in your interpretation however, if a tank shows limited ammonia on one end and nitrates on the other then the cycling process is working. Now perhaps nitrifying bacteria need additional time to process that ammonia to almost an instant zero as it is introduced to the tank but the cycle is operating as intended. I'm sure you remember getting your ammonia number and then checking nitrates and see 0. Then later you see ammonia number going down and then nitrates going up so you know the tank is cycling. Now if OP had ammonia levels that were hazardous and 0 nitrates of course that is cause for concern. Not really the situation here.
I belive all your posts are spot on.
Ok but what about the other required nutrients to establish growth?
Do you think his small live rocks had some die off resulting in small ammonia level similar to when a fish goes missing in the tank?
No
there’s no advanced coverage to be dying off they’re barren, but pigmented as submerged rocks would be.
live rocks moved among tanks dont dieoff that’s been made up twenty years no joke
lastly, threads like this one show -all- reef tanks can take direct massive bumps of liquid ammonia and the ammonia is resolved in five minutes or so
www.reef2reef.com
on these non digital kits, I’ve seen days long lag times.
even if he had a big fat worm die the ammonia doesn’t hover slightly out of control a while, they can’t even get ammonia control to take longer than 5-10 mins after huge liquid doses. That above shows the shock absorbing system all cycled reefs have, including this one here.
because: on a cycling chart the ammonia line never goes back up after it goes down, this is the rule for all display reef tanks post-cycle. They all have enough surface area even with a few rocks, don’t forget a thousand nano reefs have made absolute gem tanks off that much rock/ all over the web.
there’s no advanced coverage to be dying off they’re barren, but pigmented as submerged rocks would be.
live rocks moved among tanks dont dieoff that’s been made up twenty years no joke
lastly, threads like this one show -all- reef tanks can take direct massive bumps of liquid ammonia and the ammonia is resolved in five minutes or so
Does anyone dose ammonia and/or how would one try?
So, after an interesting discussion on nitrate dosing and looking at my Walt Disney coral and seeing it slightly less colorful than I have seen it in others tanks, I have decided I want to learn about and then try dosing ammonia instead of buying 20 damsels. Nitrate additives I see abound and...
www.reef2reef.com
on these non digital kits, I’ve seen days long lag times.
even if he had a big fat worm die the ammonia doesn’t hover slightly out of control a while, they can’t even get ammonia control to take longer than 5-10 mins after huge liquid doses. That above shows the shock absorbing system all cycled reefs have, including this one here.
because: on a cycling chart the ammonia line never goes back up after it goes down, this is the rule for all display reef tanks post-cycle. They all have enough surface area even with a few rocks, don’t forget a thousand nano reefs have made absolute gem tanks off that much rock/ all over the web.
It is very very hard to just immediately dispense with cycling doubt in a thread like we've done and not allow for potential to be not cycled
The inability to find any recent possible examples of a failed cycle on any reef site, meaning a tank that cannot carry fish, should give good backup in the matter. We aren't on a continuance of loss during cycling using all these various ways folks cycle
A cycling chart covers them all
And by day ten, the inherent ammonia control date, we dispense with cycling concerns where live rocks go, or bottle bac cycles. All searchable examples for those in recent reefing are full passes, only non digital test kits cause cycling panic. No seneye owner is cycle panicked after they learn slide prep rules.
An aberrant display reef tank cycle at day sixty has never been documented with digital nh3 tracking in reefing. An article entry does not exist for the claim, it's made up solely on web forums
This whole thread matches every stalled cycle post ever made
The inability to find any recent possible examples of a failed cycle on any reef site, meaning a tank that cannot carry fish, should give good backup in the matter. We aren't on a continuance of loss during cycling using all these various ways folks cycle
A cycling chart covers them all
And by day ten, the inherent ammonia control date, we dispense with cycling concerns where live rocks go, or bottle bac cycles. All searchable examples for those in recent reefing are full passes, only non digital test kits cause cycling panic. No seneye owner is cycle panicked after they learn slide prep rules.
An aberrant display reef tank cycle at day sixty has never been documented with digital nh3 tracking in reefing. An article entry does not exist for the claim, it's made up solely on web forums
This whole thread matches every stalled cycle post ever made
It could account for a small input of ammonia. In the pictures, they look more like base rock. There are less things on it to die and decay. However, in many cases, that little bit of ammonia only serves to feed bacterial growth that occurs quickly, and is seldom noticed. More likely, the OP's misunderstanding of his test kit caused the problem. The readings he posted were really a safe .2 or .3 ppm and likely closer to 0 if you take kit accuracy into account... kind of like the API kit that always seems to report .25 ppm.
I have never seen one single digital nh3 measured cycle take longer than one day; ten is a steal
I'm agreeing with RGeezer above, being at day sixty evened out any worst case scenarios
That extra time covers weak bottle bac, a big eunice worm dying inside live rock, all the common variables. I have never seen a true stalled cycle by day ten, nor by day one, stalled cycles don't exist in seneye threads.
I believe uncured ocean rocks lined in ocean animals can legit dieoff possibly days out of ammonia compliance, due to mass rot of the curing items.
I'm agreeing with RGeezer above, being at day sixty evened out any worst case scenarios
That extra time covers weak bottle bac, a big eunice worm dying inside live rock, all the common variables. I have never seen a true stalled cycle by day ten, nor by day one, stalled cycles don't exist in seneye threads.
I believe uncured ocean rocks lined in ocean animals can legit dieoff possibly days out of ammonia compliance, due to mass rot of the curing items.
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Ammonia and nitrite are forms of nitrogen that algae and plants can use. They can also store it.
https://www.britannica.com/science/algae/Nutrient-storage
Frontiers | Wheat Can Access Phosphorus From Algal Biomass as Quickly and Continuously as From Mineral Fertilizer
Algae can efficiently take up excess nutrients from waterways, making them a valuable resource potentially capable of replacing synthesized and mined fertili...
www.frontiersin.org
No it can not store it. Multiple studies for this. Plants can store, algae cant.Ammonia and nitrite are forms of nitrogen that algae and plants can use. They can also store it.
https://www.britannica.com/science/algae/Nutrient-storage
Frontiers | Wheat Can Access Phosphorus From Algal Biomass as Quickly and Continuously as From Mineral Fertilizer
Algae can efficiently take up excess nutrients from waterways, making them a valuable resource potentially capable of replacing synthesized and mined fertili...
EeyoreIsMySpiritAnimal
Just another girl who likes fish
Really??
Algae keep nitrogen savings to help them survive nutrient-poor ocean waters
Guanine, one of the four bases of DNA, also keeps algae's nitrogen sources rich
massivesci.com
Understanding nitrate assimilation and its regulation in microalgae - PMC
Nitrate assimilation is a key process for nitrogen (N) acquisition in green microalgae. Among Chlorophyte algae, Chlamydomonas reinhardtii has resulted to be a good model system to unravel important facts of this process, and has provided important ...
www.ncbi.nlm.nih.gov
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You like me to much to keep me on ignore huh or are you a crazy stalker?Really??
Algae keep nitrogen savings to help them survive nutrient-poor ocean waters
Guanine, one of the four bases of DNA, also keeps algae's nitrogen sources rich
Understanding nitrate assimilation and its regulation in microalgae - PMC
Nitrate assimilation is a key process for nitrogen (N) acquisition in green microalgae. Among Chlorophyte algae, Chlamydomonas reinhardtii has resulted to be a good model system to unravel important facts of this process, and has provided important ...
Nitrate Control is Real Aquarium Algae Control
Real aquarium algae control is accomplished by controlling nitrate in the fish tank. Algae utilize nitrate as a food source. Remove nitrate, starve algae.
www.algone.com
He’s been feeding a fish for one. I’m not even sure the OP has been asked on this thread about what fresh Australian live rock actually means to him. So is this a liverock transfer, uncured rock, cured rock, whatever. Without knowing that it’s not wise to say the tank is safe. Was it shot over to his tank from Australia by a massive canon? I posed this very question (in a round about manner) on his other thread about the same thing;
What to monitor during tank cycling?
Hello, What main parameters should I be checking during my tanks cycling? Nitrites, and what else is it important to track Nitrates at this point? I'm cycling a 40 gal tall tank with 10 lbs of fresh Australian live rock and 30 lbs of Fiji live rock, and live sand, have chaeto, sea lettuce, and...
www.reef2reef.com
Garf, fair question but that creates fear with no precedence
you're hinting at a worst case outcome nobody can provide...link from any recent post where the crash happened?
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-plants that uptake ammonia:
agreed, that's why I don't buy the guys post on a nine month display tank that went uncycled, he had fifteen pounds of macro right in the display greening up everything. with zero rock he wouldnt have had the stated ammonia issue
you're hinting at a worst case outcome nobody can provide...link from any recent post where the crash happened?
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-plants that uptake ammonia:
agreed, that's why I don't buy the guys post on a nine month display tank that went uncycled, he had fifteen pounds of macro right in the display greening up everything. with zero rock he wouldnt have had the stated ammonia issue
Precedence, ie any thread any of us can search for proof shows any way we want to cycle works out fine
we aren't on a continuum of fails, or able to find even sporadic cycling fails
all we can find is wins (tanks that carry fish fine but api or red sea disagrees) and some poor acclimation threads from 2004 at best. or potentially those reefers we see occasionally who don't know you put rocks in the tank while cycling/some cycle water only having not researched
given any semblance of normalcy, any cycling approach is fine by day ten the landslide of evidence shows.
we aren't on a continuum of fails, or able to find even sporadic cycling fails
all we can find is wins (tanks that carry fish fine but api or red sea disagrees) and some poor acclimation threads from 2004 at best. or potentially those reefers we see occasionally who don't know you put rocks in the tank while cycling/some cycle water only having not researched
given any semblance of normalcy, any cycling approach is fine by day ten the landslide of evidence shows.
Liverock comes in many forms from pristine with great fish carrying capability to downright toxic, of that there is no question. Dying macros turn from an ammonia sink to an ammonia producer, fact. The “liverock = skip cycle (liverock transfer)” is false, fact.
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There are a variety or resources to look at. Just randomly choosing this one states that algae growth is limited by the availability of nitrate and phosphate. So they need nutrients in the water column not storing them for a rainy day. Algae can store energy and stuff like carbs but not primary nutrients from the sites I have looked at.
Nutrients and Eutrophication | U.S. Geological Survey
Like people, plants need nutrients, but too much of a good thing can be a problem. Nutrients, such as nitrogen and phosphorus, occur naturally, but most of the nutrients in our waterways come from human activities and sources—fertilizers, wastewater, automobile exhaust, animal waste. The USGS...
What are Phytoplankton?
Microscopic plant-like organisms called phytoplankton are the base of the marine food web, and they play a key role in removing carbon dioxide from the air.
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There are a variety or resources to look at. Just randomly choosing this one states that algae growth is limited by the availability of nitrate and phosphate. So they need nutrients in the water column not storing them for a rainy day. Algae can store energy and stuff like carbs but not primary nutrients from the sites I have looked at.
Nutrients and Eutrophication | U.S. Geological Survey
Like people, plants need nutrients, but too much of a good thing can be a problem. Nutrients, such as nitrogen and phosphorus, occur naturally, but most of the nutrients in our waterways come from human activities and sources—fertilizers, wastewater, automobile exhaust, animal waste. The USGS...www.usgs.gov
What are Phytoplankton?
Microscopic plant-like organisms called phytoplankton are the base of the marine food web, and they play a key role in removing carbon dioxide from the air.earthobservatory.nasa.gov
Limited doesn't mean it can't store it. Can you find the exact line? There isn't a species on earth that has no environmental/dietary limits to population growth. That has nothing to do with energy storage. Its also evolutionarily not something that would make sense.
Also, "Algae can store excess phosphorus (P) and nitrogen (N) inside their cells resulting in high amounts of P and N that can be stored in vacuoles or the cytosol (Ismagulova et al., 2018). Excess supply of phosphate, or similar P sources, can be stored as polyphosphate granules in storage bodies (Miyachi et al., 1964). Additional nitrogen is stored in form of crystalline guanine rich inclusions (Moudříková et al., 2017)."
Frontiers | Wheat Can Access Phosphorus From Algal Biomass as Quickly and Continuously as From Mineral Fertilizer
Algae can efficiently take up excess nutrients from waterways, making them a valuable resource potentially capable of replacing synthesized and mined fertili...
www.frontiersin.org
This paper also discuses the storage of phosphorus in phytoplankton to handle environmental instability h"
Phosphorus physiological ecology and molecular mechanisms in marine phytoplankton"
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