Due to their high abundance within the locations, detached coral fragments of three different species within the Pacillipora genus were used for the natural reconstruction in all four tested sites. Fragments that were tested to have large amount of tissues or complete absence of coral bleaching are then attached to coral reefs within the same finding areas using plastic cables which allows for the process of asexual reproduction. This method of restoration is highlighted for its natural environment uses which may not endanger other species of corals within the area. Previous methods of restoration involves the process of donating healthy corals for other locations or science lab, which can result in the loss of the healthy coral during relocation. This case study method however does not require healthy coral donors to be used but focuses more on those within the environment or a greater chance of growth. The growth rates were measured
Due to their high abundance within the locations, detached coral fragments of three different species within the Pacillipora genus were used for the natural reconstruction in all four tested sites. Fragments that were tested to have large amount of tissues or complete absence of coral bleaching are then attached to coral reefs within the same finding areas using plastic cables which allows for the process of asexual reproduction. This method of restoration is highlighted for its natural environment uses which may not endanger other species of corals within the area. Previous methods of restoration involves the process of donating healthy corals for other locations or science lab, which can result in the loss of the healthy coral during relocation. This case study method however does not require healthy coral donors to be used but focuses more on those within the environment or a greater chance of growth. The growth rates were measured