|
|
|
|
|
|
|
|
|
|
|
|
|
 - Solaris LED Lights |
|
|
|
|
|
To Find Out More About Our
Sea In The City,
call (407) 207-4056
or
Send Us an Email Here
Stop By Our SEA CITY at:
441 Gaston Foster Road
Orlando, FL 32807
MAP
Our Hours:
Monday-Thursday
12pm-7pm
Friday and Saturday 12pm-8pm
Sunday
12 pm-6pm
|
|
|
|
|
|
| |
|
Our Invertebrates
|
Keeping inverts is a slightly different art to keeping fish. With inverts, particularly corals and other sessile animals, environmental conditions (in terms of light, water flow and water chemistry) account for about 90% of their needs. Invertebrates are very sensitive to water quality. Signs of stress due to poor water quality will usually be exhibited first by invertebrates. Therefore, shrimps, anemones and other invertebrates should never be used to cycle a tank. Moreover, you should never add an invertebrate to a diseased tank or a tank which does not have stable water quality parameters (e.g., pH, temperature, etc.).
Our expert staff can help you with all of your Invertebrates. |
|
Sexy Shrimp
These little guys are very entertaining. When they move, their "tails" wave back and forth as if they were dancing. This is where the "Sexy Shrimp" name came from.
Sexy Shrimps are tiny, typically around 1/4"-1/2". They prefer to be kept in groups of three or more, but also fare well singly. Like all shrimps, they require careful acclimation. |
|
|
|
Fan Worms
Fan worms are among the many sessile reef animals that make a living by filtering food out of the water. There are many species of fan worms and they are found in most of the world's oceans from intertidal to deep depths. Their specialised, sometimes colourful fans serve several functions: food collection, breathing and sorting sediment particles to use in their tubes. |
|
|
|
Sea Cucumbers
Sea cucumbers are generally scavengers, feeding on debris in the benthic layer. Their diet consists of plankton and other organic matter found in the sea. One way they might get a supply of food is to position themselves in a current where they can catch food that flow by with their tentacles when they open. Another way is to sift through the bottom sediments using their tentacles. |
|
|
|
Sea Anemone
A sea anemone is basically the typical polyp: a small sac, attached to the bottom by an adhesive foot, with a column shaped body ending in an oral disc. The mouth is in the middle of the oral disc, surrounded by tentacles armed with many cnidocytes, which are unique cells that function as a defense and as a means to capture prey. The sea anemone has a foot which in most species attaches itself to rocks or anchors in the sand. |
|
|
|
Sea Anemone
A sea anemone is basically the typical polyp: a small sac, attached to the bottom by an adhesive foot, with a column shaped body ending in an oral disc. The mouth is in the middle of the oral disc, surrounded by tentacles armed with many cnidocytes, which are unique cells that function as a defense and as a means to capture prey. The sea anemone has a foot which in most species attaches itself to rocks or anchors in the sand. |
|
|
|
Sea Anemone
A sea anemone is basically the typical polyp: a small sac, attached to the bottom by an adhesive foot, with a column shaped body ending in an oral disc. The mouth is in the middle of the oral disc, surrounded by tentacles armed with many cnidocytes, which are unique cells that function as a defense and as a means to capture prey. The sea anemone has a foot which in most species attaches itself to rocks or anchors in the sand. |
|
|
| |
|
|
|
