Aquarium Air Pump2bfish AquariumDouble AquariumLight AquariumAquarium LightingSaltwater AquariumAquarium IdeasLighting FishHood LightingForwardAquarium lighting can be a tricky business especially if you are creating a planted tank. So, here are 3 of the best aquarium light for beginners Fish rely on a regular day/night cycle for optimum health, however brightness is less important and too much light can cause algae growth. Live plants, on the other hand, need strong light (which is different than brightness level) and a broader spectrum for photosynthesis. Certain fluorescent lamps and LED bars can enhance the colors in fish and the overall appearance of your aquarium. All lighting can be used along with an automatic timer, which fish will appreciate. Overall, strip lights and light fixtures are meant for use with glass tops in order to provide full coverage over the top of the aquarium. Coverage greatly reduces water evaporating from the aquarium. A full hood light fixture will also provide the necessary full coverage.

Incandescent lighting is still used in some aquariums, but more economical and visually pleasing options like fluorescent and LED are the norm. Fluorescent lighting is cooler, brighter and uses less electricity than incandescent. It is a common type of aquarium lighting, although LED is surpassing it in popularity. For peak performance, replace incandescent and fluorescent lamps annually. LED lights are the most economical and energy efficient and offer a wider range of lighting options. If you think your choice of fish tanks has grown more difficult in recent years - long, tall, rectangular, hexagonal, glass, Plexiglass - your choice of lighting is not much easier. While once the only choice was incandescent vs. fluorescent, you can now choose the spectrum of light you want from full to partial, from red/blue to green, compact vs. regular; there are daylight tubes, plant-growth tubes, actinic tubes and reflector tubes. All of these lights are meant to accomplish one thing: Supply your fish and plants with a substitute for natural sunlight.

Most aquarium species live in waters shallow enough to be penetrated by sunlight. Because most fish in your tank come from the tropics they are used to 12 hours of daylight. Green aquarium plants, like garden plants, require sunlight for photosynthesis. In marine aquariums, invertebrates such as anemones and mollusks have special light needs in order to survive. Artificial lighting is necessary because natural sunlight is too unreliable for most aquarium setups. Avoid Incandescent Light To begin with, incandescent light is probably the least desirable choice. While incandescent lamps are cheap and bright, they also generate a great deal of heat. Unless the time that they are on is carefully regulated, they will heat up a fish tank quickly and ruin all your efforts to control the temperature. Halogen lamps, which are a form of incandescent lamps, will last longer but they, too, produce a lot of heat. Fluorescent lighting is far more efficient and produces little heat. In addition, they no longer throw off the greenish glow familiar to anyone who works in a fluorescent-lighted office.

Warm white and cool white bulbs add a bit more range to the light, and for a tank with fish and no live plants they should be sufficient. preloved tropical fish tanks for saleThe recommended wattage is 2 to 4 watts per gallon of water. fluval roma fish tanks for saleTwo tank-length 15-watt fluorescent bulbs are suitable for a 10-gallon tank. oscar aquarium fish for saleMany aquarium hoods are equipped to hold fluorescent tubes. fish tank store dallasScrew-in type fluorescent tubes can be used in hoods fitted for incandescent bulbs. fish tank care tips

If the underside of the hood is made of a reflective material, the light coming into the tank will be stronger. best starter fish tank sizeRemember, though, that too much brightness can keep shy fish in hiding. You may be able to grow some plants under these conditions. Some ferns, for example, require lesser amounts of light. However, most plants will require a bulb that delivers a fuller spectrum of light. Here, full-spectrum bulbs such as Vitalite, among others, come as close as chemically possible to imitating the natural spectrum of sunlight. These tubes cost $8 to $20 each. Tri-phosphor tubes are very bright and concentrated in the red, blue and green ranges of the spectrum. Metal Halide or MH tubes are very high intensity and last longer than fluorescents but they generate heat. Compact fluorescent lights are narrow versions of the familiar fluorescent tube. They are very bright, and also last longer than regular fluorescents.

Some aquarists combine MH with compact fluorescent lights for a look as natural as sunlight in the aquarium. Reflector tubes intensify and direct the light but the cost far outweighs the benefits to the aquarium. This covers the basics. The choices available in your aquarium shop will still dazzle you. Fluorescent tubes designed specifically for aquarium use may be expensive without giving you a great deal more in the way of effective light. Since the tubes must be changed regularly, it might be worth trying out different kinds of tubes and combinations and seeing which give you the best results, both in enhancing the colors of your fish and in increasing the growth of your plants. (Except for the compact fluorescents, regular fluorescent lights will need to be replaced within 6 to 8 months. Even though the light may not appear any dimmer to you, the amount of light being output declines significantly long before the tube burns out.) Aquarium lighting describes any type of artificial lighting that is used to illuminate an aquarium.

Some types of aquaria such as reef aquariums and planted aquariums require specialized high intensity lighting to support photosynthetic life within the tank. Freshwater aquarium lighting is commonly provided by screw-in incandescent bulbs, fluorescent tubes and LED lamps. Incandescent lighting is becoming less popular because it uses much more energy and produces more heat than the other lighting types.[1] Compact fluorescent lighting with a compatible screw-in base is frequently used as a direct replacement for incandescent bulbs. Freshwater planted aquariums require more specialized light sources. High intensity compact fluorescent bulbs, high output fluorescent bulbs or metal halide lamps are often used over such aquariums to encourage plant growth. In addition to providing a much stronger light source, these light sources also offer a better spectrum for plant and algae growth than standard lighting. However, this metal halide lighting often uses more electricity and can produce excessive heat.

Other newer sources for planted aquariums that use less electricity and produce less heat include the T2, T5, SHO, and LED. The LED aquarium light fixtures generally are the most efficient, although the T2, T5, and in particular the SHO, have their positive planted aquarium applications as well. Brackish aquarium lighting is similar to freshwater and planted tank lighting, depending on the species included. Brackish aquariums may also include infrared or UVB bulbs (or both types) for basking animals such as turtles. In fish-only marine aquariums, lighting is intended only for illumination. Lighting is chosen primarily with aesthetic considerations for optimal viewing of the fish. The lighting is generally of much lower intensity than is used in reef aquariums to limit algae growth. The lighting used for reef aquariums is the highest intensity of all aquarium types. Typical light sources types include LED, fluorescent, metal halide, and sometimes plasma lamps. Simple lighting setups use a single lamp or multiple lamps of a single type.

More advanced setups can include several lamp types and can also include lamps of different colours. Lamp colour plays an important role in reef aquarium lighting for both aesthetic preference and to optimally sustain the photosynthetic life within the aquarium. Many corals require a deep blue or actinic spectrum of light to thrive. T5 High Output fluorescent bulbs which are thinner than traditional T8 bulbs and provide a much brighter, more powerful light are commonly used as are the older VHO (Very High Output) fluorescent tubes and compact fluorescent lighting. Another light source in reef aquariums today is metal halide lighting. These high output lights closely recreate the shimmering effect of bright tropical sun over a patch of coral reef. Metal halide bulbs come in a variety of spectra from 5000k on up to 20,000k and allow for a variety of light-hungry corals to survive under them. Many aquarists will use metal halide bulbs in conjunction with either power compact fluorescents or T5 fluorescents since halide lighting does not have the overall balanced effect of other light types.

While very useful to reef aquarium keepers, halide lighting also uses a lot of electricity (150-400 watts being common) and produces copious amounts of heat. Most reef keepers mount halide bulbs at least one foot above their tank and some, due to the lights' heat output have had to add chillers to keep aquarium water cool. Many light fixtures come as all-in-one units with light for both daylight hours and nighttime viewing. LED lamps of 3/4 to 2 watts can be implemented to come on at night, simulating the glow of the moon over the tank. All in one fixtures require large fans to cool the bulbs and achieve maximum light efficiency. LED lighting is also becoming more common for not only lunar lighting but also to simulate daylight conditions, LEDs have a higher initial cost than other lighting sources but utilize much less energy. They are also dimmable. LEDs produce a very narrow color spectrum that is limited to a narrow band of wavelengths. For this reason an array of different colored LEDs is required to be used in combination to simulate spectral coverage that is suitable for coral growth.