LEC Knowledge Base

The Flamboyant Cuttlefish:

Discovering the Flamboyant Cuttlefish

Topics We’ll Cover about the Flamboyant Cuttlefish:

  • Cousins
  • Care
  • Colorfu
  • Camouflage
  • Cuisine

Introduction:

The underwater world is filled with captivating creatures. One of the most intriguing members of the cephalopod family is the Flamboyant Cuttlefish. In this comprehensive blog post, we’ll dive deeper into the fascinating world of these marine marvels. We Will explore their relationship to other cephalopods, their basic care requirements for aquarium enthusiasts. Also their remarkable color-changing abilities, a broader view of their diet, and insights into their behavior in the wild.

Cuttlefish and Their Cousins:

The Flamboyant Cuttlefish (Metasepia pfefferi) is indeed a cousin in the cephalopod family tree, closely related to squids and octopuses. However, it belongs to a distinct group known as cuttlefish. Within the cuttlefish family, they are further classified under the Sepiida order. What sets them apart from their cousins is their vibrant and mesmerizing coloration. Unlike their relatives, the Flamboyant Cuttlefish is not just a master of camouflage. It also proudly displays its radiant hues to communicate and ward off potential threats.

Taxonomy:

  • Kingdom: Animalia
  • Phylum: Mollusca
  • Class: Cephalopoda
  • Order: Sepiida
  • Family: Sepiadariidae
  • Genus: Metasepia
  • Species: M. pfefferi

Color-Changing Wonders:

One of the most astonishing features of the Flamboyant Cuttlefish is its ability to change colors and patterns almost instantaneously. This remarkable display isn’t just for aesthetics; it serves various purposes, including communication, hunting, and camouflage. They use specialized pigment cells called chromatophores to achieve these dazzling displays. This Unique quality makes them true masters of visual communication in the underwater realm.

Basic Care Requirements:

For those who wish to keep the Flamboyant Cuttlefish in a marine aquarium. There are some requirements, it’s essential to provide them with a suitable environment to thrive. Here are some key care requirements:

  •  The Tank Size reccomendation is at least 30 gallons for a single Flamboyant Cuttlefish. They are small in size but need space to explore and swim.
  • Maintain stable water conditions with a temperature between 75°F to 80°F (24°C to 27°C)
  • PH level of 8.0 to 8.4. Regular water testing and adjustments are crucial.
  • Filtration: Efficient filtration and water flow are essential to ensure water quality. A protein skimmer can help remove organic waste.
  • Substrate and Decor: Provide a sandy substrate for burrowing, along with plenty of hiding spots like caves and live rock. They love to explore and hide.
  • Tank Mates: Carefully select tankmates that are peaceful and won’t harass the Flamboyant Cuttlefish. Avoid housing them with aggressive or large species.

Dietary Preferences:

Flamboyant Cuttlefish have unique dietary habits compared to other cephalopods. They are primarily carnivorous and prefer live prey. Their diet may include small crustaceans like mysis shrimp, live brine shrimp, small fish, and even small crabs. Ensuring variety in their diet is essential to meet their nutritional needs.

In the Wild:

In their natural habitat, Flamboyant Cuttlefish can be found in the tropical waters. Including places like the Indo-Pacific region, Indonesia, the Philippines, and northern Australia. They are often encountered in sandy or muddy substrates. This is where they use their color-changing abilities for hunting prey and evading predators. These cephalopods are known for their unique locomotion, using fin undulations to “walk” along the ocean floor.

Conclusion:

The Flamboyant Cuttlefish, with its vivid colors, incredible color-changing abilities, and intriguing behavior, is a captivating addition to any marine aquarium. By understanding its taxonomy, mastering its basic care requirements, exploring its dietary preferences, and gaining insights into its behavior in the wild, you can truly appreciate the beauty and wonder of these remarkable creatures.

Remember that keeping Flamboyant Cuttlefish can be a rewarding yet challenging experience. Stay updated with the latest care recommendations. We advise you to seek advice from experienced aquarists, and immerse yourself in the mesmerizing world of these marine marvels.

Happy aquarium-keeping, and may your underwater world be as flamboyant as the cuttlefish themselves!

Aiptasia Anemones

Aiptasia

The Silent Invaders of Reef Ecosystems

Introduction

When we think of the stunning and diverse ecosystems found within coral reefs, we often picture vibrant corals and an array of marine life living harmoniously. However, lurking beneath the beauty of these underwater worlds, a tiny but formidable creature can wreak havoc on these delicate ecosystems – the Aiptasia anemone. In this blog post, we will explore the impact of Aiptasia on reef ecosystems and why eradicating them can be such a challenging task.

Aiptasia Overview

Taxonomy and Classification

Aiptasia, scientifically known as Aiptasia spp., belongs to the class Anthozoa, which includes true sea anemones. These creatures are often mistakenly referred to as “pest anemones” due to their detrimental effects on reef health.

Morphology and Reproduction

Aiptasia anemones have a simple yet effective structure. They possess a tubular body with tentacles covered in stinging cells called nematocysts. Their reproductive capabilities are astounding; a single anemone can rapidly multiply both sexually and asexually, making them prolific colonizers.

Distribution and Habitat

Aiptasia anemones can be found in tropical and subtropical waters around the world, often hiding in crevices or attaching themselves to substrates. Their adaptability allows them to thrive in a wide range of reef environments.

Effects of Aiptasia on Reef Ecosystems

Competition for Space and Resources

One of the most significant impacts of Aiptasia is its ability to outcompete native corals for space and resources. They can quickly colonize areas, preventing coral growth and diversity.

Allelopathy and Chemical Warfare

Aiptasia employs chemical warfare by releasing toxins into the surrounding water, damaging neighboring corals and organisms. This allelopathic behavior can lead to a decline in overall reef health.

Habitat Alteration

Aiptasia’s rapid colonization can alter the physical structure of the reef, causing damage and changing the composition of the reef community. This alteration disrupts the delicate balance of the ecosystem.

Impact on Reef Health

Overall, Aiptasia contributes to reduced biodiversity within reef ecosystems. Weakened by Aiptasia’s presence, reefs become more vulnerable to additional stressors such as rising sea temperatures and pollution.

Challenges in Aiptasia Eradication

Resistance to Physical Removal

Aiptasia anemones are resilient to physical removal methods because they can regenerate from small fragments and retract their tentacles, making them difficult to fully eliminate.

Chemical Control

Common chemicals used to control Aiptasia are often ineffective and can harm other organisms in the reef ecosystem.

Biological Control

While natural predators of Aiptasia exist, they may not be readily available or effective enough for complete control.

Genetic and Behavioral Adaptations

Aiptasia’s rapid reproduction and genetic diversity enable them to adapt quickly to control methods, rendering some approaches ineffective in the long term.

Strategies for Aiptasia Management

Integrated Pest Management (IPM)

Combining multiple control methods and regularly monitoring reef systems can help mitigate Aiptasia’s impact.

Selective and Targeted Removal

Careful mechanical removal methods can reduce harm to native corals while targeting Aiptasia specifically.

Biological Control Research

Berghia Nudibranchs: Nature’s Tiny Aiptasia Assassins

Berghia nudibranchs, often referred to as “Aiptasia-eating nudibranchs,” are remarkable marine creatures that have earned a reputation as nature’s allies in the battle against Aiptasia anemones. These small, sea slug-like animals belong to the family Aeolidiidae and are found in tropical and subtropical seas worldwide. What sets Berghia nudibranchs apart is their insatiable appetite for Aiptasia anemones, making them an invaluable asset in the eradication of this problematic coral reef pest.

Berghia nudibranchs have become renowned within the marine aquarium community for their incredible efficiency in controlling Aiptasia populations. These nudibranchs are voracious predators, equipped with specialized structures known as cerata that contain nematocysts – the stinging cells of Aiptasia’s prey. By grazing on Aiptasia the Berghia nudibranchs not only reduce the number of these pest anemones. They also help restore the delicate balance of reef ecosystems by sparing native corals from the harmful competition and chemical warfare waged by Aiptasia. Their eco-friendly approach to Aiptasia control has made them a sought-after solution for reef enthusiasts and conservationists alike, offering a glimmer of hope in the ongoing battle to protect and restore coral reefs.

Sustainable Practices

Preventing the introduction and spread of Aiptasia through responsible aquarium practices and conscientious diving can help protect reef ecosystems.

Conclusion

In the hidden world of coral reefs, Aiptasia anemones represent a significant threat to the delicate balance of these ecosystems. Their capacity to outcompete native corals and engage in chemical warfare. This poses a formidable challenge to reef conservationists.

As we strive to protect and restore our precious coral reefs. It is crucial to develop effective strategies for Aiptasia management. By combining various approaches, and conducting ongoing research to identify potential biological controls. If we take proactive measures and promoting sustainable practices. We can hope to mitigate the impact of these invaders on our underwater wonders. This will ensure we preserve their beauty for generations to come.

Coral Proteins & Zooxanthellae

blue torch

Zooxathellae; The Life-Blood of Coral.

Most reef-building corals have a symbiotic relationship with photosynthetic cells called zooxanthellae, which reside within the coral’s tissues. In this mutualistic relationship, the coral provides the zooxanthellae with a protected environment and necessary compounds for photosynthesis, while the zooxanthellae produce oxygen and assist in the removal of waste materials. Additionally, the zooxanthellae supply the Coral with glucose, glycerol, and amino acids produced through Photosynthesis, which the Coral uses to create Proteins, fats, and carbohydrates, as well as calcium carbonate. This tight nutrient recycling between the zooxanthellae and coral polyps is a significant factor in the growth and productivity of coral reefs, with as much as 90 percent of the organic material produced by the zooxanthellae being transferred to the host coral tissue.

Furthermore, zooxanthellae are responsible for the vibrant and distinct colors found in many stony corals. If a coral becomes stressed, the polyps can expel their zooxanthellae, resulting in a bleached appearance. If this condition persists for too long, it can lead to the coral’s demise.

Due to the coral’s reliance on the photosynthetic abilities of zooxanthellae, reef-building corals behave like plants and require clear water to allow sunlight to reach the zooxanthellae for photosynthesis. Therefore, they are typically found in areas with low turbidity and productivity. This creates a paradox, as coral reefs require nutrient-poor water, yet are among the most productive and diverse marine environments.

What is a Coral Protien?

Coral protein refers to proteins that are found in the skeletal structure of coral reefs. These proteins play a crucial role in the formation of coral reefs, as they help to create the calcium carbonate structure that makes up the reef.

Coral reefs are built by tiny animals called coral polyps, which secrete a hard, calcium carbonate exoskeleton. The exoskeleton is made up of numerous layers of calcium carbonate crystals, which are laid down by the coral polyps over time.

The proteins in the coral exoskeleton play an important role in the formation and maintenance of the calcium carbonate structure. These proteins help to regulate the formation and growth of the calcium carbonate crystals, ensuring that the coral skeleton grows strong and resilient.

In recent years, scientists have become increasingly interested in the potential uses of coral proteins in a variety of applications, including biotechnology, materials science, and medicine. Research has shown that coral proteins possess a range of unique properties that make them potentially valuable in these fields, including high biocompatibility, structural stability, and the ability to form self-assembling structures.

Coral Proteins Reaction(s) to Light

Coral proteins can exhibit different reactions to light depending on the specific type of protein and the wavelength of the light. For example, some coral proteins called fluorescent proteins can absorb light and then emit it at a different wavelength, producing a glowing effect. This fluorescence is useful for scientists to study the movement and behavior of proteins within living cells.

Additionally, some coral proteins can be sensitive to different wavelengths of light and may undergo structural changes or chemical reactions in response to light. For instance, one study found that a protein found in the coral Acropora millepora changes its structure when exposed to blue light, leading to an increase in its ability to bind calcium ions. This calcium binding can help regulate the growth and formation of coral skeletons.

Overall, the way coral proteins react to light can have important implications for coral growth, as well as for the development of new technologies and biomedical applications that harness the unique properties of these proteins.

Coral Protein Relationship to Coloration

Coral coloration is influenced by the presence of pigments in the coral tissue, as well as by the way that light interacts with the coral skeleton. The color of coral can also be affected by the presence of fluorescent proteins that are produced by the coral’s tissues.

Some of these fluorescent proteins, such as green fluorescent protein (GFP), can emit light at specific wavelengths when exposed to ultraviolet light. These proteins can give corals a range of colors, including green, yellow, red, and purple.

Additionally, the structure of the coral skeleton can also contribute to its coloration. The interaction between light and the calcium carbonate crystals in the skeleton can cause light to be refracted or scattered in different ways, resulting in a range of colors and patterns.

Coral proteins play a critical role in the formation and maintenance of the coral skeleton, including its coloration. Some of the proteins involved in this process, such as the fluorescent proteins mentioned above, can contribute to the coloration of the coral tissue. Other proteins are involved in regulating the growth and structure of the skeleton, which can affect the way that light interacts with the coral and the resulting coloration.

Can Coral Proteins Fight?

Coral proteins are not capable of actively fighting in the sense of engaging in physical combat or aggression, as they are non-motile and lack the ability to move on their own. However, coral proteins do play an important role in the coral’s ability to defend itself against various stressors and threats.

For example, when corals are exposed to high temperatures, pollution, or other environmental stressors, they may produce stress proteins called heat shock proteins. These proteins help the coral to survive by repairing damaged proteins and preventing the accumulation of harmful molecules in the cells.

Coral proteins can also play a role in defending the coral against disease-causing organisms, such as bacteria or viruses. Some coral proteins have antimicrobial properties that allow them to kill or inhibit the growth of these harmful microorganisms, while others may help to activate the coral’s immune system and promote the production of protective molecules.

Overall, while coral proteins are not capable of fighting in the traditional sense, they play a critical role in helping corals to defend themselves against a variety of stressors and threats. By producing specialized proteins, corals are able to adapt to changing conditions and maintain their health and survival in a challenging and dynamic marine environment.

Are Coral Proteins like Muscles?

Coral proteins are not exactly like miniature muscles for corals, although they do play a similar structural role in the formation of the coral skeleton. While muscles are composed of long, thin fibers that can contract and relax to produce movement, coral proteins are more like building blocks that help to construct and maintain the coral’s skeletal structure.

The coral skeleton is made up of calcium carbonate crystals that are laid down by the coral polyps, which are tiny animals that live within the coral colony. The polyps secrete a variety of proteins and other organic compounds that help to regulate the formation and growth of the calcium carbonate crystals, ensuring that the skeleton grows strong and resilient over time.

Some of these coral proteins are involved in the initial nucleation and growth of the calcium carbonate crystals, while others are involved in the ongoing maintenance and repair of the skeleton. For example, some coral proteins have been shown to bind to calcium ions and help to regulate the mineralization process, while others are involved in the removal of damaged or weakened parts of the skeleton.

Overall, while coral proteins do not function exactly like miniature muscles, they do play a critical role in the formation and maintenance of the coral skeleton, which provides the structural support and protection necessary for coral survival in the marine environment.

Popular Saltwater Invertebrates

Saltwater invertebrates are an incredibly diverse group of creatures that inhabit the vast and fascinating world of the ocean. From the smallest of crustaceans to the spiniest of echinoderms, these creatures play an essential role in the marine ecosystem. Here is a list of the most popular saltwater invertebrates.(Not All listed species are reef safe! Remember to do your studying before purchasing these creatures.)

  1. Nudibranchs: 

Nudibranchs are a group of soft-bodied, marine gastropod mollusks that are popular in the aquarium hobby due to their vibrant colors and unique shapes. They come in a wide variety of species, each with their own specific dietary needs and care requirements.

  1. Tiger Tail Sea Cucumber: 

The Tiger Tail Sea Cucumber is a popular species of sea cucumber in the aquarium hobby due to its unique shape and coloration. They are known for their ability to filter large amounts of detritus and other waste materials from the aquarium substrate.

  1. Pink and Black Sea Cucumber: 

This species of sea cucumber is known for its striking pink and black coloration. Like other sea cucumbers, they are excellent at filtering the aquarium substrate and are relatively easy to care for.

  1. Sea Apple: 

The Sea Apple is a type of filter-feeding sea cucumber that is popular in the aquarium hobby due to its bright colors and unique appearance. They require a specialized diet and should only be kept by experienced aquarists.

  1. Harlequin Shrimp: 

The Harlequin Shrimp is a small, brightly colored shrimp that is popular in the aquarium hobby for its unique feeding habits. They feed exclusively on starfish, which makes them a good choice for controlling populations of pest starfish in the aquarium.

  1. Sand Sifting Starfish: 

The Sand Sifting Starfish is a type of starfish that is popular in the aquarium hobby for its ability to sift through and clean the aquarium substrate. They require a stable environment and a specialized diet.

  1. Serpent Starfish: 

The Serpent Starfish is a common species of starfish that is popular in the aquarium hobby due to its hardiness and ease of care. They are active scavengers and help to keep the aquarium clean.

  1. Blue/Red Linkia Starfish: 

Linkia Starfish are a group of starfish that are popular in the aquarium hobby for their unique shape and coloration. They are relatively easy to care for but require a stable environment and a specialized diet.

  1. Coral Banded Shrimp: 

The Coral Banded Shrimp is a popular species of shrimp in the aquarium hobby due to its striking red and white coloration. They are active scavengers and can help to keep the aquarium clean.

  1. Red/Blue Leg Hermit Crabs: 

Hermit crabs are a type of crustacean that are popular in the aquarium hobby for their ability to scavenge and help keep the aquarium clean. Red/Blue Leg Hermit Crabs are a popular species due to their striking coloration.

  1. Scarlet Hermit Crabs: 

Scarlet Hermit Crabs are a species of hermit crab that are popular in the aquarium hobby due to their bright red coloration. They are active scavengers and can help to keep the aquarium clean.

  1. Emerald Crabs: 

Emerald Crabs are a popular species of crab in the aquarium hobby due to their bright green coloration and ability to scavenge and help keep the aquarium clean.

  1. Halloween Hermit Crabs: 

Halloween Hermit Crabs are a popular species of hermit crab in the aquarium hobby due to their unique orange and black coloration. They are active scavengers and can help to keep the aquarium clean.

  1. Electric Blue Leg Hermit Crabs: 

Electric Blue Leg Hermit Crabs are a popular species of hermit crab in the aquarium hobby due to their blue and black leg pattern. These are fantastic hermits to add color and pizazz  to your tank.

  1. Pom-Pom Crabs: 

Pom-Pom Crabs are a species of small, brightly colored crab that are popular in the aquarium hobby for their unique appearance. They are active scavengers and can help to keep the aquarium clean.

  1. Horseshoe Crabs: 

Horseshoe Crabs are a unique species of invertebrate that are popular in the aquarium hobby for their prehistoric appearance. They are relatively hardy and can help to keep the aquarium clean.

  1. Tuxedo Sea Urchins: 

Tuxedo Sea Urchins are a species of sea urchin that are popular in the aquarium hobby for their striking black and white coloration. They require a stable environment and a specialized diet.

  1. Pincushion Sea Urchin: 

The Pincushion Sea Urchin is a common species of sea urchin that is popular in the aquarium hobby for its hardiness and ability to scavenge and help keep the aquarium clean.

  1. Long-Spined Sea Urchin: 

The Long-Spined Sea Urchin is a species of sea urchin that is popular in the aquarium hobby for its unique appearance and ability to help keep the aquarium clean.

  1. Pencil Sea Urchin: 

Pencil Sea Urchins are a species of sea urchin that are popular in the aquarium hobby for their unique appearance and ability to help keep the aquarium clean.

  1. Trochus Snails: 

Trochus Snails are a popular species of snail in the aquarium hobby due to their ability to scavenge and help keep the aquarium clean. They are hardy and relatively easy to care for.

  1. Top Crown Snails: 

Top Crown Snails are a species of snail that are popular in the aquarium hobby for their unique appearance and ability to help keep the aquarium clean. They require a stable environment and a specialized diet.

  1. Margarita Snails: 

Margarita Snails are a common species of snail that are popular in the aquarium hobby due to their hardiness and ability to help keep the aquarium clean.

  1. Nassarius Snails: 

Nassarius Snails are a species of snail that are popular in the aquarium hobby for their ability to scavenge and help keep the aquarium clean. They are relatively hardy and easy to care for. (Sea Zombies!)

  1. Turbo Snails: 

Turbo Snails are a popular species of snail in the aquarium hobby due to their ability to scavenge and help keep the aquarium clean. They are hardy and relatively easy to care for.

  1. Debelius Reef Lobster: 

The Debelius Reef Lobster is a popular species of lobster in the aquarium hobby due to its unique appearance and ability to scavenge and help keep the aquarium clean.

  1. Red Hawaiian Reef Lobster: 

Red Hawaiian Reef Lobsters are a species of lobster that are popular in the aquarium hobby for their striking red coloration and ability to help keep the aquarium clean.

  1. Peppermint shrimp: 

Peppermint shrimp are members of the genus Lysmata and are known for their striking red and white coloration. They are commonly kept in saltwater aquariums for their ability to consume aiptasia, a type of pest anemone that can overrun a tank if left unchecked.

  1. Cleaner shrimp: 

Cleaner Shrimp (skunk) are members of the Palaemonidae family, and are known for their ability to pick parasites and dead skin off the bodies of other live fish and predators.

Overall, there is a wide variety of saltwater invertebrates available in the aquarium hobby, each with their own unique appearance, dietary needs, and care requirements. Adding these fascinating creatures to your saltwater tank can not only add a pop of color and interest, but also help to keep your aquarium clean and balanced. Again, remember to do your research about each species comparability before adding to your tank to make sure you can continue to run a healthy and stable reef tank.

ReefTips – Equipment Protein Skimmer

Limited Edition Coral - Knowledge Base - Protein Skimmers

ReefTips - Equipment Protein Skimmer

What is a Protein Skimmer?

In simple terms a Protein Skimmer is a container filled with a combination of air and water that allows for the filtration and collection of excess food, waste, and debris which would otherwise pollute your tank.

In addition to filtering out waste, a protein skimmer is a great way to promote gas exchange within your aquarium. As your fish consume available oxygen, producing carbon dioxide, we need to replace the oxygen and remove the carbon dioxide. Protein skimmers do this by supplying fresh oxygen to the tank in the form of bubbles and also create surface movement to allow for carbon dioxide to escape.

Which Protein Skimmers Do We Recommend?

Bubble Magus Curve 5, 7, 9

The Bubble Magus Curve Protein Skimmers are arguably the best cone shaped skimmers on the market for the price. These skimmers have a small footprint thanks to their internal pump and have a very quiet operation. These skimmers also have an internal diffuser plate to evenly distribute the bubbles for more efficient waste collection.

When considering a Bubble Magus Curve it is important to take the following into consideration. Cone shaped protein skimmers need a skimmer chamber where the water level is constant. A variance in water level will affect the bubble level inside the skimmer, causing it to fluctuate, and not provide a consistent skim.

ASM G Series

If you decided to pass on the Bubble Magus Curve Protein Skimmer because your water level fluctuates, then an ASM G Series is the protein skimmer for you. This skimmer will maintain a constant bubble level as your water level fluctuates. This is great if you do not have an automatic top off system.

The ASM G Series produces more noise than most skimmers and you are more likely to hear the operation of the pump. These protein skimmers also lack a diffuser plate, and are less efficient than most cone type skimmers. This being said, they are still the obvious choice for those who cannot maintain a constant water level in their skimmer space.

Nyos Quantum

The Nyos Quantum Protein Skimmers provide the most skimming capacity for the smallest footprint. Great for those who may not have a lot of room for a skimmer but they come with a higher price tag. Nyos skimmers are quiet and energy efficient, with superior construction quality. The air muffler with adjustable air intake (allow for fine tuning of bubble level), in addition to a clear impeller housing (allowing for easy maintenance), make this skimmer one of the top picks. The only real draw back to the Nyos Quantum is its price tag.

TOP PICK - Reef Octopus Regal & Elite Series

Reef Octopus has been one of the top brands in protein skimmers for some time now. The Reef Octopus Regal & Elite Series are among the best protein skimmers on the market. These skimmers use a DC VariouS pump which allows for ultimate controllability with nearly silent operation and maximum energy efficiency. This quality protein skimmer comes with all the essentials in functionality along with some nice luxuries like a float switch that will turn off the skimmer if the collection cup level gets too high.

When considering the Reef Octopus Regal and Elite Series it is important to consider the footprint as it is larger than most although for a higher price tag Reef Octopus offers space saver versions.

So there you have it a run down of what a protein skimmer is, why they are beneficial for your set up and a list of our four favorite protein skimmers. If you have more questions about protein skimmers please feel free to contact us or reach out to us on social media. If you are ready to purchase your protein skimmer, head over to (add in LEC Supply skimmer link here) and place your order today. Or come visit us in store. As your salt water experts here in Phoenix, Arizona we are always ready to help.

#ReefTips – Welcome

Limited Edition Coral - Knowledge Base

Limited Edition Coral - Knowledge Base

Hey Reefers! Welcome to Limited Edition Corals #Reeftips. A knowledge base full of tips and tricks to enhance your reef.

Join us over the coming months Limited Edition Coral will be creating a knowledge base to share our expertise with you! We want to bust some myths, give you some tips and share our reefing experiences. We would love to see your tanks and set ups on social media with the #LECReef. Share with us and the greater reefing community your builds, favorite corals and fish. If you have a topic or specific question you would like us to address please contact us and we will cover it in an upcoming post.

As we embark on this exciting project our first series of posts are going to focus on some of the basic equipment that is required to set up an aquarium. Limited Edition Corals often get asked what do I need to get a tank started? So it seems like a great place to start our knowledge base. Check back soon and keep an eye on our social media for updates!

Scroll to top