AIMS latest  Contacts     
  


 

Australian Institute of Marine Science

 
 

Copyright ©1996-2010

 
 

AIMS

AIMS


 

 - Biodiversity
     and ecology
 - Climate change
    - Climate history
    - Climate monitoring
    - Coral bleaching
    - Coral resilience
       - Adaptation 
       - Recovery 
    - Marine Blueprint
 - Ecosystem health
 - Marine microbes
 - Monitoring
 - Sustainable use
 - Water quality

 ___________________

 - Research activities
 - Research capabilities
 - Strategic directions
 
 - Research staff
 - Research links

 - AIMS data centre  
 

 

You are at - Home | Research | Climate change and impact
________________________________________________________________________

Recovery through connectivity

An important factor for coral reef resilience is the connectivity between and within coral reefs. Larval-exporting or source reefs with diverse populations of healthy adult corals are essential for maintaining the genetic diversity and resilience of larval-importing or sink reefs.

Therefore, assessing the extent to which reefs are self-seeding or accumulate recruits from surrounding areas, as well as the direction of larval dispersal, will improve our ability to forecast how reef corals are likely to respond to environmental change.

Successful migrants leave a genetic signature of their movements and allow inference of connectivity using population genetic methods. AIMS scientists are using genetic methods to identify potential migrants that have settled on a reef over the past few generations.

Go back

November 7, 2007

 

 
_____________________________________________________________

Home | About AIMS | Research | On-line data | Publications | Media
Quick links | Site index

web@aims.gov.au

URL http://www.aims.gov.au

Creative Commons License Except where otherwise noted, content on this site is licensed  under a
Creative Commons Attribution 2.5 Australia License (CCA). Why CCA?

For permission to do anything beyond the scope of this licence
contact us.
Attributing AIMS | Copyright Notice | Disclaimer | Privacy Policy
Copyright ©1996-2010 Australian Institute of Marine Science