FACILITATING THE SPREAD OF ADAPTIVE VARIATION FOR CORAL REEF RESTORATIONKate M Quigley a Line K Bay a and Madeleine van Oppen a ba Aust. Sort by citations Sort by year Sort by title.
Pdf Hybridisation On Coral Reefs And The Conservation Of Evolutionary Novelty
I am a Research Scientist at the Australian Institute of Marine Sciences in Townsville Australia.
Kate quigley coral. Symbiodinium acquisition does not differ between coral life stages in the wild. I am an integrative molecular ecologist with a focus on evolutionary genomics of corals from a hostsymbiont perspective. Kate Green and Kate Quigley Australian Institute of Marine Science.
Kate continued on to a PhD at James Cook University and the Australian Institute of Marine Sciences where she is currently using quantitative genetics to understand the coral-dinoflagellate symbiosis. Bioenergetic modeling combined with physiological measurements of coral juveniles surface area and Symbiodiniaceae cell densities identified key periods of carbon limitation and nitrogen assimilation. Kate Quigley is first author on Assessing the role of historical temperature regime and algal symbionts on the heat tolerance of coral juveniles published in BIO.
James Cook University Quigley K. National Oceanic and Atmospheric Administration NOAA. Quigley Australian Institute of Marine Science PMB 3 Townsville Queensland 4810 Australia.
2012 Kate Quigley MSc JCU - Detection of low abundance Symbiodinium 2012 James Tan PhD JCU - Growth and reproduction in corals 2011 Melissa Rocker MSc JCU - Symbiodinium types 2010 Laura Woodings. These hybrids have already demonstrated remarkable resiliency to high water temperatures at the juvenile life stage inside the AIMS National Sea Simulator says reef restoration scientist Kate Quigley. 2017a Quigley et al.
Kate quigley coral. Quigley K Baker A Coffroth M Willis B van Oppen M 2018 Chapter 6. Kate Quigley is part of an Australian collaboration that aims to create corals that can survive warming ocean waters.
Her team also works with enhancing the symbiont algae. Quigley Australian Institute of Marine Science PMB 3 Townsville QLD 4810 Australia. Scientific Reports 2019 DOI.
In particular working on assessing the feasibility of Assisted Gene Flow on the Great Barrier Reef. Global change biology symbiosis genomics coral reproduction and biology. Kate is a postdoc in the lab of Madeleine van Oppen and Line Bay at Australian Institute of Marine Science Australia investigating the genomic mechanisms associated with population connectivity thermal tolerance and adaptation and resiliency of coral.
Transgenerational inheritance of shuffled symbiont communities in the coral Montipora digitata. However the comparative roles of host genetic versus environmental factors in determining the composition of this symbiosis are largely unknown. The dinoflagellate-coral partnership influences the coral holobionts tolerance to thermal stress and bleaching.
École Normale Supérieure de Lyon France. Biology University of Texas-Austin 2008 MSc. Quigley K Torda G Bay L 2018 The use of juveniles or larvae settled in the field in coral restoration.
Bleaching resistance and the role of algal. I am currently leading the Reef Restoration and Adapation sub-program on Selective Breeding. Willis Carly D.
During my PhD I used a quantitative genetic framework to quantify the extent to which the coral host determines the community structure of their Symbiodinium community in the early life stages of corals across different symbiont transmission modes and host reproductive strategies Quigley et al. Australian Institute of Marine Sciences. Sort by citations Sort by year Sort by title.
Verified email at myjcueduau. We do the same thing with the corals so they can withstand higher temperatures says Kate Quigley a researcher on reef restoration at Aims. If you dont know Kate Quigley by name you may remember her from a video that went.
Here we quantify the heritability of the initial Symbiodinium communities for two broadcast-spawning corals with different symbiont. Its like crossbreeding corn. MSc JCU - Gene expression of coral colour morphs 2010 Aurelie Guérécheau MSc.
Articles Cited by Public access. Interpopulation breeding created significantly greater genetic diversity across the coral genome compared to breeding between populations and maintained diversity in key regions associated with heat tolerance.
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