Sky Reef Photo
Research
Increasing the fitness of young corals through assisted evolution strategies and zooxanthellae density for coral reef restoration
Research Overview
Scleractinian corals are reef-builders that rely on a mutualistic relationship with microalgal symbionts from the family Symbiodiniaceae to grow and survive. In response to the devastating impacts caused by global warming and coral bleaching, assisted evolution is used to accelerate naturally occurring processes that demonstrate promising active reef restoration strategies. Since coral holobiont heat-tolerance is partially determined by the symbiont strain, our aim is to determine if coral larvae and juveniles from different scleractinian species can acquire heat-evolved symbionts that were adapted to bleaching temperatures in the laboratory. My experiments not only find the optimal density for the acquisition of symbionts for different coral species but also give deeper insight into future restoration efforts and practitioners.
A lone larvae still searches for a place to settle, while a group has already settled and grown polyps to the right.
A four month old Platygyra daedalea
Observing settled juveniles under the fluorescent microscope
A lone larvae still searches for a place to settle, while a group has already settled and grown polyps to the right.
Miranda S. Altice
Presenting at the AMSA 2023 conference
Publications in Process
Chapter 1: Optimising uptake of wild-type and heat-evolved Symbiodiniaceae at different densities in coral larvae and spat for coral reef restoration
Chapter 2: Growth and survival of coral spat inoculated with heat-evolved Symbiodiniaceae at different densities for coral reef restoration
Chapter 3: The response to bleaching temperatures of coral spats inoculated with heat-evolved symbionts
