Improving coral thermal tolerance through association with acclimatized Symbionts

Apply

Project Description

Corals have shown capable of coping with increasing temperatures; however strong inter-species and intra-species variation is evident. Different thermal tolerances between members of the same species have been attributed partially to the associated zooxanthellae. The Red Sea offers a unique environment to understand these associations as host and symbiont live in higher annual temperatures than counterparts elsewhere. Using the coral model organism Aiptasia pallida, a small anemone, we investigate whether Symbiodinium from anemones of the Red Sea can improve heat stress resilience of individuals from geographically distant locations. ​​
Program - Marine Science
Division - Biological and Environmental Sciences and Engineering
Center Affiliation - Red Sea Research Center
Field of Study - ​Biological Sciences, Marine Sciences

About the
Researcher

Manuel Aranda

Associate Professor, Marine Science

Manuel Aranda
Prof. Aranda is an evolutionary biologist with a strong background in functional genetics and coral reef genomics. His group studies the molecular underpinnings of the cnidarian-algal symbiosis and its environmental stress-related breakdown using functional genomics and genetics approaches. Furthermore, they are interested in how corals use the ability to modify their genomes through epigenetic mechanisms in order to adapt to changing environmental conditions.

Desired Project Deliverables

 Bleaching and re-infecting anemones with different strains of Symbiodinium cultured in the labQuantification of phenotypic changes between host-symbiont combinations during and after heat stress exposure RNA extraction and gene expression analysis of interesting and informative biomarkers Perform further analysis on data obtained Write a (short) manuscript of these analyses​