OCEAN CONSERVATION

Through the utilization of CoralCone technology, the establishment of artificial coral reefs has achieved a new level of efficiency and speed. In comparison to conventional methods, CoralCone allows the majority of the work processes to be carried out from the mainland. Divers collect coral fragments either directly from the seabed or from pre-installed CoralCones, which are then transported to the shore. There, the coral fragments are attached to the CoralCone and returned directly to the sea. This approach offers the advantage of allowing multiple helpers on land to actively participate, simplifying and securing the work process, while also eliminating the need for oxygen tanks.

n the preservation and restoration of coral reefs lies crucial importance for marine biodiversity and ocean ecosystems. In this context, the development of methods for artificial coral reef construction has gained significant momentum. The CoralCone technology represents an innovative solution to make the construction of artificial coral reefs more effective and faster.

The method is based on the idea of enabling the majority of the necessary work from the mainland. Divers play a central role by either collecting coral fragments directly from the seabed or from pre-installed CoralCones that are already placed in the sea. The collected fragments are then transported to the shore, where multiple helpers perform the attachment of the coral fragments to the CoralCone structures.

By adopting the innovative approach of shifting most of the work to land, several advantages arise. The collaboration of multiple helpers allows for a more efficient handling of the coral fragments, making the work not only easier but also safer. Moreover, the elimination of the use of oxygen tanks significantly reduces potential risks for the divers.

The CoralCone technology represents a progression in the development of artificial coral reefs by addressing conventional challenges and providing efficient solutions. By moving most of the work to land, not only the safety of divers is improved, but also the overall efficiency of the process is enhanced. The ability to involve multiple helpers enables a faster implementation, thus contributing to the accelerated creation of larger new coral reefs.

The CoralCone technology proves to be a promising method for promoting coral growth through the construction of artificial reefs. The innovative approach of shifting most of the work to land promises not only higher efficiency but also safer and faster implementation. Further research and application of this technology could make crucial contributions to the protection and restoration of coral reefs.