If you’re considering adding some Red Sea coral food to your tank, there are several things you should consider. You can choose between Reef Energy AB+ plus and Dissolved organic material, but do some research before choosing any product. This article will discuss the different ingredients found in both of these products and how to dose them. Read on to learn more! We’ve included the top three ingredients found in each type of supplement, along with dosing guidelines.
Contents
Reef Energy AB+ plus
Reef Energy AB+ for red sea corals is an all-in-one, complete superfood that delivers improved growth, increased resilience, and brighter colors. This product has automatic dosers for easy feeding and minimal over-skimming. It contains complete nutritional components your corals need to thrive. It is also easy to use. The automatic dosers in Reef Energy Plus make it the perfect choice for beginners or experienced hobbyists.
Reef Energy AB+ is an improved version of Reef Power – the original formula is a two-part formula and requires refrigeration for a week. This formula eliminates this step, which helps keep the product fresh for longer. It also has a reduced impact on protein skimming and has a 15% growth boost compared to Reef Energy A and B. It is easy to use and will not deplete the nutrients in your tank.
Bacterioplankton
Several studies have suggested that bacterioplankton plays an important role in the biogeochemistry of coastal waters. Despite this, studies comparing bacterial diversity at different coastal sites have largely failed to investigate their relationship to the DOM pool. Here, we used 16S rRNA gene amplicons to examine the community composition of three Red Sea coastal sites. The authors found that bacterial abundances increased with increasing temperature.
The dissolved organic carbon concentrations (DOM) in the oceans were higher during warm months in both communities, indicating higher specific growth rates for bacteria. This increase in bacterial-DOM was associated with higher algal-DOM levels compared to coral-DOM values. Consequently, the presence of higher bacterioplankton biomass in the coral-dominated environment may pose a threat to the overall health of the coral ecosystem.
Dissolved organic material
If you want to keep healthy and vibrant reef animals, dissolved organic material may be the way to go. DOC is produced by organisms such as bacteria and phytoplankton in the ocean. The presence of these organisms can enhance the calcium and alkalinity levels in the reef aquarium. These substances also act as a source of food for many organisms and form part of the food chain in reef tanks.
Moreover, dissolved organic matter (DOM) is an important part of the diet of cold-water corals. Its presence may also depend on the recycling of these organisms’ nutrients. In one study, DOM is utilized by a wide variety of species including sponges, bivalve, and algae. These organisms show a high rate of DOM consumption, and a high removal rate of bacteria and particulate detritus.
Dosing
It is vital to properly dose your red sea reefs with their preferred diet of algae-free foods to maintain vibrant colors and healthier organisms. To ensure that your corals receive the correct nutritional balance, dosing should be performed daily. You can do this manually or with the use of a dosing pump. Dosing varies according to coral density and type. Here are some tips for achieving the optimal dosage for your corals.
Start off by monitoring your water parameters. Hard corals will quickly consume calcium, alkalinity, and minor elements, but they are easily filtered out with regular water changes and skimming. If you find that your corals’ pH drops too quickly, you may need to use an additive to keep the pH level stable. It is also a good idea to test water regularly to determine whether your corals require added calcium or alkalinity.
Shelf life
The shelf life of Red Sea coral food is important for a variety of reasons. In recent studies, researchers have found that invertebrate biomass and recruitment rates are at their highest from September to November, and then drop off in January and February. Interestingly, larval and adult fish recruitment rates tended to be highest at shelf edge sites. These trends may reflect differences in the availability of larvae. For example, if larval fish stocks were more abundant on the shelf edge, they would be more likely to survive and grow.
This deep-sea environment limits the amount of oxygen and nutrients available to corals. Because of these conditions, they compensate by calcification and respiration to survive. In fact, the shelf life of Red Sea coral food depends on the coral species and its quality. But a low oxygen level in the Red Sea may also limit its growth. To understand why, further studies are needed. This information will be used to formulate conservation strategies for these corals.
