Well you should do a fifty percent WC weekly anyway, but to answer your question
Nutrients will build up, possibly becoming toxic, and killing everything eventually if not done correctly.
Or an algae outbreak, of different kinds, hard to remove.
And more but you get the point, bad things.
Well right now I really don't know... for sure that is.
For a fifty five, you prob. have medium light, which is ok but you Will have an algae problem without around 100 par or so in your case.
This is the light I have on my tank:
https://www.amazon.com/Agrobrite-Designer-FLP24-4-Tube-Fixture/dp/B007FGE6C0/ref=sr_1_18?ie=UTF8&qid=1493843248&sr=8-18&keywords=t5+fixture&th=1
Of course with different color spectrums.
Lets see, you have:
Pressurized Co2
Goldfish ( I would remove these before you go near a high tech, in a high tech its ALL about the plants )
Estimative Index Dosing (Before you begin your High Tech, this is basically "required" for plants to grow successfully without deficiency's)
Lighting: Is medium right now, so I would step it up a notch, and look into a different light with more PAR, you can calculate your PAR here: https://rotalabutterfly.com/light-calculator.php High tech is around 100 PAR or more. Mine is 120 PAR
Substrate, I forgot what you had, but this doesn't matter.
Filtration, is fine, with injected Co2 generally you want your diffuser on the left front portion of the tank (close to the bottom so it has time to get to plants, or else what's the point?) with the Outflow on the surface of the water (if using lily pipes) on "top" of that. Then on the right top front portion of the tank, have your inflow.
Plants: if you could take some pics for me of ALL your plants, I can ID them for you and tell you which ones are High Tech plants, and Low tech or Medium tech. I know this sounds silly (oh they are just plants??) but it DOES matter, the death of 1 plant in your High tech system can cause catastrophic failure if not revived in time to your ecosystem. Depending if its a species or 1 plant, either way it is Serious.
So in a high tech tank, get generally High Tech plants. (for example. Rotala sp. , Hygrophilia sp. Pogostemon sp. etc)
For now, go from there.
Good luck on your stand! here is some stand inspiration:
it gave me 99 PAR
Also im pretty sure you know this, But to clarify.I hear you about the bad things will happen if I dont do water change... I'll try... It's not easy finding time to do it every week. But I'll try!!
YOU ARE NOW HIGH TECH!!!!
Me too! But it doesn't have cover!! And I'll have to hide my CO2 tank (the big a$$ one too!) so I'll try to find similar style or do some tweaking of my own.
Oh I know... but getting home at 5:30 - 6PM and cooking dinner / eat/ clean up / take care of my chicken and ducks/ then it's time to put my son to bed (I usually got tired and sleep then too). But I'll try I know it's good to do and I should!Also im pretty sure you know this, But to clarify.
When I say 50 percent WC I don't mean, sifting the substrate, cleaning everything spick and span, no. You just need to take half the water out, and put brand spanking new water in.
Also if you don't have like a Quick method to doing this, Python water changes only take minutes.
With high light on low light plants, lets use... Anubias for example here...High light and low light plants will not be able to live?
What is this Python water changes quick method?
With high light on low light plants, lets use... Anubias for example here...
Will usually or accosinally melt the leaves, or kill it by burning it (basically), the plant cannot absorb that amount of nutrients (caused by the light, its all a chain reaction) that the light is "telling" it to absorb. Therefor it gets stressed "or overwhelmed" and dies off (that is a simple way to put it)
Here are some links that I Highly suggest you read for this specific question, you WILL understand it pretty much after reading these.
http://www.thekrib.com/Plants/balance-randall.html
http://www.plantedtank.net/forums/1...078889-effect-co2-plant-growth-low-light.html (ill just copy paste this one here for others to see)
Effect of CO2 on Plant Growth at Low Light
Years ago Ole Pedersen, et.al, wrote a scientific paper about Liebigs Law of minimums, related to light and CO2. Later the paper was simplified and was available on Tropica's website, as http://www.bio-web.dk/ole_pedersen/p..._2001_2_22.pdf In that article was a table of data showing the effect of light and CO2 on Riccia growth rates. That table was:
After studying that data for awhile I decided to plot it on a graph in a different way to see what I could learn. That gave me this:
This shows me that, for Riccia, it takes very little CO2 to get the full benefit of CO2 at light intensities up to at least 90 PAR, very high light. One reason for this is that Riccia is a low light, slow growing plant. It is reasonable to assume that other low light, slow growing plants would have given similar results.
Even high light plants, or fast growing plants probably give similar results, but with somewhat more CO2 needed to get the maximum growth rate. I grow Hygro corymbosa siamensis in my 30-35 PAR tank, and I see a similar result as that shown for Riccia.
I started growing the Hygro with no CO2, just Metricide as a carbon source. For over a month the Hygro struggled to grow, getting only a little bigger in a month. So, I added DIY CO2 at around 1 bubble per second. The Hygro immediately started growing much faster, so much so that I have been pruning about 4-6 inches off each plant every week.
To check how much I had affected the amount of CO2 in the water I put 0.5 dKH water in a drop checker and used it to monitor the CO2. With that low KH water, the range of measurement for CO2 is about 1 ppm to about 15 ppm. The first thing I noticed is that, with no CO2 on, the amount of dissolved CO2 rises back to around 3 ppm by the time I turn the lights back on, then drops down to around 1 ppm by the time the lights go off. That means the plants were using up the CO2 early in the photoperiod, something Diana Walstad also discovered in her research. (Her solution was a long rest period between lights on intervals, so the substrate could generate enough CO2 to restore the 3 ppm.)
With the CO2 on all day, the amount of dissolved CO2 goes to around 6-8 ppm. So, my improved growth of Hygro is caused by adding less than 10 ppm to the water. The other plants in the tank also are growing and looking much healthier with the CO2 on.
This was found to be the case years ago when DiY CO2 was first used. But, people continued to want more and more, so they increased their light intensity substantially, along with the CO2, and found that if they had 30 ppm the plants would grow much better at high light, and the fish would not be killed by the CO2. We then seemed to forget about the original benefits of CO2 on low light tanks.
I'm posting this to suggest that we stop telling folks that they need pressurized CO2 if they want to see any benefit in large tanks. It just isn't true. If we stick with low light, probably up to at least 40 PAR, we can gain big benefits for almost trivial additions of CO2, as long as we also dose Metricide or Excel, to stop the fluctuations in CO2 from triggering BBA attacks. This will greatly improve our success rate with our low tech tanks, and increase our enjoyment of the hobby.
****
In the comments you will see disagreement with Hoppys charts, etc, he is correct. No this is not just an opinion of mine, he is scientifically correct.
Python water changes is a company (Python) that makes, Water changing materials, but it is also a "technique of water changes"
Which you can see in the diagram above. Most are DIY's like this that @SingAlongWithTSing made on BarrReport:
(this is part of his 125 gallon high tech tank btw, its 1/4 of his tank in the image.)
Im actually trying to make one myself, so ill make sure to take many detailed pics for you if you would like me to.
These are all the high tech plants. The other plants you listed are medium to low tech.Tried.. not successful - either got eaten or just died.
Echinodorus Red Wild Grass ( tried this one, dead too)
I love Echinodorus Aflame but it never survive...
Bucephalandra sp. Wavy Leaf - also died...
Fissidens nobilis (died...)
Bolbitis sp. 'Baby Leaf
Christmas Moss
Alternanthera cardinalis "Telanthera" Roseafolia
Downoi Pogostemon helferi
Rotala Wallichii
Echinodorus 'Kleiner Prinze'
Micranthemum 'Monte Carlo'
Dwarf Hairgrass Eleocharis Parvula
Radican Marble Queen Sword
Ludwigia Ovalis
Fablau and Nicpapa are not fluent English either. Nicpapa I think is in asia or something...I'm always too nervous to go to the pro site since I dont speak the language
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