Does salt in a fish tank have an effect on nitrifying bacteria?

There is no impact, on the problem of whether adding salt in the fish tank can affect nitrifying bacteria, aquarists have also had a certain debate, in fact, the old way of fish farming thinks that we don't have to worry, as long as we are used to adding salt in the fish tank friends will have experience, there is no impact on nitrifying bacteria at all.

After the nitrifying bacteria carry out biological action, the water gradually becomes acidic, that is, the pH level drops. In order to make the nitrifying bacteria work well, the acidity and alkalinity can be fine-tuned artificially; Nitrifying bacteria prefer a weak alkaline environment around pH, and if the pH value is lower than 6, or the pH value is greater than that, the nitrifying bacteria will be inhibited from growing or even die.

The purpose of salt in the fish tank is to sterilize and release fish diseases, so most of the ornamental fish are usually salted. Of course, putting salt has an effect on nitrifying bacteria, and if you want to achieve the effect of nitrifying bacteria without putting salt on it, you need to domesticate nitrifying bacteria.

The salt concentration of fish disease prevention is between, once reaching this concentration will have an inhibitory effect on nitrifying bacteria, and the concentration will have basically no effect, then you should first acclimatize from this concentration, and increase it by 0 each time05% interval time of two days, when it is reached, it can be maintained, during and after the water change loss to make up for the salt, because the domesticated bacteria, the sudden decrease in salt concentration will also be a problem.

Definitely harmful. The purpose of salt in the fish tank is to sterilize and release fish diseases, so most of the ornamental fish are usually salted, which is the basic common sense of raising fish, so does salt have any effect on nitrifying bacteria? Yes, for sure!

The domestication of nitrifying bacteria can achieve the effect of releasing salt without affecting the role of nitrifying bacteria.

The salt concentration for fish disease prevention is in between, and reaching this concentration at one time will have an inhibitory effect on nitrifying bacteria.

Influential. The purpose of salt in the fish tank is to sterilize and prevent fish diseases, so most ornamental fish are usually salted. The salt concentration of fish disease prevention is between, once reaching this concentration will have an inhibitory effect on nitrifying bacteria, and the concentration has basically no effect, each time the interval between two days, when it is reached, it can be maintained, and the salt should be made up for the loss of water change during and later, because the domesticated bacteria, the sudden decrease in salt concentration will also be a problem.

Nitrifying bacteria (nitrifying) are aerobic bacteria that include nitrite bacteria and nitric acid bacteria. Living in aerobic water or sand plays an important role in the nitrogen cycle water purification process.

Classification of nitrifying bacteria: Nitrifying bacteria belong to autotrophic bacteria, prokaryotes, including two completely different metabolic groups: nitrosomonas and nitrobacter, which include bacilli, cocci and spirochet.

Nitros-acid bacteria include bacteria in the genera Nitrosomonas, Nitrosococcus, Nitrosspironium, and Nitrosophylloidae. Nitric acid bacteria include bacteria in the genus Nitrobus, Nitricocci, and Nirrate. Both types of bacteria are obligate aerobic bacteria, and oxygen is used as the final electron acceptor during the oxidation process.

Most of them are obligate and synthetically autotrophic and cannot be grown on organic media, such as nitrosomonas, nitrosospira, nitrosococcus, ni-trosolobus, nitrospina, nitrococcus, etc. Only a few are facultatively autotrophic and can also grow on certain organic media, such as some strains of Nitrobacterwinogradskyi. In terms of morphology, there are also diverse, such as spherical, rod-shaped, spiral-shaped, etc., but all of them are spor-free gram-negative bacteria; Some have flagella that can move, such as nitrosylated leaf bacteria, which move by flagella around the body; Some flagella are immotile and inmovable, such as nitrifying stingers.

It is generally distributed in soil, freshwater, and seawater, and some bacteria are only found in seawater, such as nitrifying coccus and nitrifying stinging fungus.

It has an effect that the salt will kill the nitrifying bacteria if it is too soluble.

The water circulation filtration system for cultivating nitrifying bacteria using biological filter media as the carrier is called nitrification system. From this definition, it can be seen that the nitrification system is composed of three elements: water pump, biological filter media and nitrifying bacteria.

In fact, the nitrification system is a platform for cultivating nitrifying bacteria, the biological filter material provides a place for nitrifying bacteria to inhabit and reproduce, and the water circulation system brings oxygen and food (ammonia and nitrite) to nitrifying bacteria, which is the nitrification system, and its ultimate purpose is to cultivate nitrifying bacteria to remove toxins from the water.

The nitrification system is used to cultivate nitrifying bacteria, which decompose toxins, and toxins are metabolites of heterobacteria, which is commonly known as the feces of heterobacteria, and nitrifying bacteria decompose the feces of heterobacteria rather than the heterobacteria themselves, so they will not pose any threat to heterobacteria and have no bactericidal function.

The types of ornamental fish are: freshwater fish and marine fish, the salinity environment of marine fish is 30-40ppt, (that is, 30-40) Therefore, you can be told very clearly that it will not affect nitrifying bacteria.

As long as your fish is alive, then the nitrifying bacteria are alive as well. Unless the water turns into pure salt water, then the fish will die and the bacteria will almost whine.

Adding salt to the freshwater fish tank is nothing more than treating the fish, and the salinity of the treatment is not more than 10ppt (10).

Aquarium trivia, does adding salt to the fish tank have any effect on nitrifying bacteria?

Yes. Unlike other bacteria and parasites that survive by breaking down glycoproteins, nitrifying bacteria convert excess ammonia nitrogen and nitrite in water to form nitrate precipitates, from which they take in energy. Salt and most broad-spectrum antimicrobials have no effect on digestive bacteria, so nitrifying bacteria are overwhelmingly present in seawater tanks.

Therefore, when raising fish, the bacteria and salt can be coarsely put together.

In the process of fish farming, salt may be used, and they are used to sterilize and disinfect. Nitrifying bacteria may also be used, which can be used to establish a nitrification system that purifies the water. Many people would think that salt is bactericidal and therefore also destroys nitrifying bacteria.

Actually, this is a misunderstanding and incorrect. Most nitrifying bacteria are broad-salty, so putting salt in the fish tank has little or no effect on nitrifying bacteria.

Many nitrifying bacteria are broad-salt, so they can coexist with salt and can be used together. Of course, although salt is not harmful to nitrifying bacteria, the concentration of salt in the tank should not be too high, too much salt can be harmful to the health of the fish, which may cause them to fade and even cause them to become dehydrated.

There is a special situation, that is, when the fish are infected with bacterial diseases, the fish need to be isolated first, and then add sterilization water to the fish tank. Such substances are not like salt, they can cause harm to nitrifying bacteria and destroy the nitrification system in the fish tank. After the use of this substance to treat the fish from disease**, it is necessary to re-use the nitrifying bacteria, establish a new nitrification system in the fish tank, and then put the fish into it.

Summary. There are too many nitrifying bacteria in the fish tank, which is not harmful to the fish. Nitrifying bacteria is one of the most important beneficial bacteria species in the fish tank, is the main component of the fish tank nitrification system, is the new force of the fish tank ecosystem, the main role is to decompose the fish feces and food residues in the water into nitrite that is relatively harmless to the fish, the fish tank nitrifying bacteria are too much, there is no harm to the fish, do not care.

If there are too many nitrifying bacteria in the fish tank, what harm will it do to the fish.

There are too many nitrifying bacteria in the fish tank, which is not harmful to the fish. Nitrifying bacteria is one of the most important beneficial bacteria species in the fish tank, is the main component of the fish tank nitrification system, is the new force of the fish tank ecosystem, the main role is to decompose the fish feces and food residues in the water into nitrite that is relatively harmless to the fish, the fish tank nitrifying bacteria are too much, there is no harm to the fish, do not care.

I hope mine will be useful to you, you have other questions that you can continue to ask. You can give a thumbs up, I wish you a happy life.

I hope mine will be useful to you, you have other questions that you can continue to ask. You can give a thumbs up, I wish you a happy life.

What should I do if there are too many nitrifying bacteria in the fish tank and the fish is a little hypoxic.

The nitrifying bacteria in the oxygenation filter fish tank will automatically reach the balance of quantity, adding more nitrifying bacteria is not a big deal, increasing the amount of oxygen, nitrifying bacteria need a lot of oxygen to multiply, and it is good to prevent aquarium fish from hypoxia, and some nitrifying bacteria will die naturally after reaching the balance. Or you can dilute it with fresh water that has been exposed to the sun. In short, adding more nitrifying bacteria does not have much effect on the fish.

Well. <>

Nitrifying bacteria are different from other pathogens and parasites that survive by breaking down glycoproteins, and nitrifying bacteria convert excess ammonia nitrogen and nitrite acidity in water to form nitrate precipitates, from which they take in energy. Salt and most broad-spectrum antimicrobials have no effect on digestive bacteria, so nitrifying bacteria are also present in large numbers in seawater tanks.