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| Planted Aquarium
FAQ's >>General Aquarium FAQ's >> |
| Q. I want to be ready for common problems. What
products should I keep on hand? |
A: The Boy Scout motto “Be Prepared”
is especially useful in the aquarium hobby. Possibly the most common
problem you will encounter will be a parasite infestation. You will
want to have a good parasite treatment available. Be aware that
most of these treatments will require the removal of the activated
carbon, so you will want more carbon available for after the parasite
treatment. Bacterial infections are less common, but to be ready
for them, have a treatment ready Equipment breakdowns always happen
late at night, so it is a good idea to have a spare air pump, pump
impeller and heater for the aquarium to get you through the emergency.
Common treatment for disease :
Melafix (wounds)
Rock Salt (after Water change / destress)
Epsom salt (intestinal bloat, after deworming)
Potassium Permangate (disinfecting)
Terramycin (bacterial infection)
Chloromycetin (bacterial infection)
Doxycycline (bacterial infection)
Myercin-K (discus plague)
H4 (dewormer)
Metrogyl (dewormer)
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| Q. How often should I feed my fish? The instructions
say 2 to 3 times a day. |
| A: Most fish will be fine with one or two small
feedings a day. Some will only require feedings every other day. When
you feed, you should feed an amount that is TOTALLY eaten within five
minutes. If you see uneaten food after this time, you used too much.
Smaller fish will require daily feedings, while larger fish can easily
go a day between feedings. Overfeeding is possibly the greatest contributing
factor to poor water quality and subsequently poor fish health. |
| Q. What is the best temperature for my fish? |
| A: This can depend on the type of fish you are keeping.
Most tropical freshwater fish will be fine between 74 and 78 F. Many
Discus keepers raise the temperature to 85+ F, while Goldfish would
prefer the temperature in the lower 70’s. Most marine aquariums
will be maintained between 76 and 80 F. The real issue is to maintain
a constant temperature, and this will require the use of an aquarium
heater. Most heaters will maintain within a degree or two of the set
temperature. Larger fluctuations can stress the fish and make them
ill. |
| Q. Why are my fish hanging around the top of the
water in my aquarium? |
| A: This is usually a sign of low oxygen content
in the water. You need to increase the surface agitation with better
filters an/or more air stones in the water. If your current filter
has slowed down, it is time to clean it to increase the flow rate.
This can also be a symptom of too many fish in the aquarium, maybe
it is time to thin out the herd. It can also indicate higher levels
of ammonia and nitrite in the water. This can especially be common
during the initial break in period of the biological filtration system.
You may have to do a partial water change if testing shows these levels
are above 0.0 PPM. If water movement and conditions test out fine,
the surface breathing could lastly be an indication of a gill parasite
like gill flukes or the beginnings of “ick”, a very common
parasite problem. Obviously a good parasite treatment will be required
to correct the problem. |
| Q. My fish have tiny white dots on their body and
fins. What should I do? |
| A: This is usually an indication of one of the more
common external parasites. In freshwater aquariums this would be Ichthyophthirius
multifiliis, in a marine aquarium it is Cryptocaryon irritans. This
is more commonly call “Ich” or “Ick”. The
small cysts are attached to the fish and look like small salt crystals
on the body and the fins. Unfortunately for the fish, these parasites
also attach to the gill membranes, causing scarring and possible suffocation
if left untreated. The cyst is just one stage of the parasite’s
life cycle, and will eventually fall off to rest in the substrate
where it multiplies and then releases a free-swimming stage to re-infest
the fish. It is this free swimming stage that can be killed with proper
treatment. The freshwater treatments will use dyes or formalin for
the treatment. Carbon must be removed during the treatment that may
last for 2 to 3 weeks as the parasites “hatch” from the
mature cysts. Most marine treatments involve copper-based treatments
that cannot be used in the presence of invertebrates. This requires
their use in “Fish Only” aquariums or quarantine-hospital
aquariums. Sometimes raising the water temperature to 90 F for a few
hours every other day can also treat the parasite infestation. |
| Q. What do they mean when they talk about biological
filtration? |
| A: This is actually the most important type of filtration
in the aquarium. Biological filtration consists of the development
of beneficial bacteria, the nitrifying bacteria that will convert
the very toxic ammonia wastes given off by the fish (and other bacteria).
This involves two types of nitrifying bacteria, the first converts
ammonia to nitrite then the second bacteria converts this nitrite
to nitrate. Nitrate levels are then controlled with frequent partial
water changes. Ammonia or nitrite levels above 1 PPM can be deadly,
while nitrate levels can approach 100 PPM before you will see obvious
displays of stress in the fish. Ideally you want to keep the nitrate
level below 40 PPM for most freshwater aquariums. In the mini-reef
aquarium, it is best to keep nitrate levels below 10 PPM. |
| Q. What is biomedia? |
| A: This is a generic term used to describe material
that is used primarily as a site for the development of the nitrifying
bacteria of the biological filtration system. In a canister filter,
it is usually a very porous granular material, while in a wet/dry
filter, it is usually plastic bio-balls. Marineland has developed
the Bio-Wheel to provide biomedia for their power filters, while Tetra
uses a sponge material. A massive amount of surface area per volume
is one of the keys to good biomedia used in canister filters. Material
in wet/dry filters is designed to provide good flow over their surfaces
and prevent clogging. When cleaning biomedia, it is best to just rinse
it in water from the aquarium. Otherwise you will destroy the beneficial
bacteria and have to start your biological filtration from scratch.
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| Q. My fish has a red sore on its body with a fuzzy
ring around it. What is it? |
| A: Your fish has a bacterial infection, with an
associated fungal infection. This is also called “ulcer disease”
or more correctly, haemorrhagic septicaemia. This bacterial infection
can become contagious and should be treated with one of the Gram Negative
antibiotics (Furan-2, Maracyn 2, Furance, etc.) The fuzzy ring is
a secondary fungal infection that will also be controlled with the
antibiotic. This is deadly if not treated. |
| Q. I just cleaned my power filter and suddenly my
water is cloudy! What can I do? |
| A: This sounds like a very typical “bacterial
bloom”. While this results in clouding of the water, it usually
will not effect the fish and water quality will still test fine for
ammonia and nitrite. Believe it or not, but you actually cleaned too
much. When you cleaned the filter, you actually removed too many of
the beneficial nitrifying bacteria that were growing on the filter
media. You did not mention a water change/gravel vacuuming, but ideally
you would want to avoid doing both of these maintenance activities
at the same time. Some filters are designed to just change one part
of the system at a time, or else have permanent biomedia that should
only be rinsed in water from the aquarium. This “cloud”
could also indicate that you have too many fish for the filter/aquarium
and it is too easy for things to get out of balance. It might be time
to plan that bigger aquarium! |
| Q. How often should I add aquarium salt to my aquarium?
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| A: Most aquarist use between one or two tablespoons
of aquarium salt per 10 gallons. While this can provide needed electrolytes
to the water, you want to avoid adding too much salt. Be aware that
when water evaporates from the aquarium, the salt and other minerals
are left behind. Ideally you want to “top off” evaporation
loss with pure water from a RO unit or DI column. Only add more salt
when you physically change water. If you remove 5 gallons of water,
add enough salt for 5 gallons to the new water or aquarium. |
| Q. I use an aquarium magnet cleaner. Can I leave
it in the tank between uses? |
| A: You will want to remove it from the aquarium
to prevent any rusting of the metallic magnet. This rusting could
release toxic components into the water. Also, by removing the magnet,
you prevent the development of bacterial and even algae colonies on
the case material. The algae magnet should last much longer if you
remove and clean it between uses. |
| Q. What can I do when the power goes out at my home?
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| A: A properly set up aquarium should be able to
survive a short (under 6 hour) outage with few if any problems. The
most immediate need will be oxygenation of the water. This can be
accomplished with a battery-operated air pump. If you do not have
a pump available, agitate the surface with your hand or net every
few minutes. If the room temperature starts to quickly drop, you might
want to wrap the aquarium with insulating material or an old blanket.
If you have a gas water heater, you might can fill plastic containers
(2-liter pop bottles?) with warm water and float them in the aquarium.
Do NOT add the warm water directly to the aquarium water. This could
upset your water chemistry. If the power is out more than 3 hours,
it is best to remove and clean any filter systems. The trapped detritus
in the filter can quickly start to “rot” without water
movement and will release these toxic wastes into the aquarium when
the power comes back on. Once the power comes back on, it is a good
idea to do a partial water change to improve water quality after this
stressful event (to you and the fish!). You might want to consider
purchasing a gas powered generator to keep the aquarium (and maybe
your refrigerator) running during power outages, especially if your
area is prone to frequent outages. The replacement cost of the aquarium
inhabitants (both monetary and emotional) can easily be worth the
cost of a generator |
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