Marine mammal spatial ecology and behavior. Baleen whale acoustics behavioral ecology and using Passive Acoustics Monitoring (PAM) as a tool to aid in marine mammal conservation and management.
2010 BMarBio (1st Class Honours). Flinders University, Adelaide, Australia.
2005 MWldMgt in Habitat. Macquarie University, Sydney, Australia.
2004 BMarSci. University of Sydney, Sydney, Australia.
Acoustics: a tool to reveal the behavior of the elusive blue whale.
Passive acoustic monitoring (PAM) is a cost-effective method to passively monitor vocal marine mammals over large spatial and temporal scales. It is a not limited by direct field access to animals, is not weather or daylight dependent, and has proven a powerful tool in revealing distribution and movement patterns, in particular for highly migratory marine mammals. The blue whale is the largest animal on earth, yet their elusive behavior, pelagic habitat, extensive migrations and low population densities, make field studies difficult. In the past, knowledge about their distribution was derived from whaling records, but in recent years PAM has been used to outline spatial and temporal occurrence and infer migration patterns and habitat use.
Knowing the variability of a species in time and space is important for appropriate and up to date, species management and conservation. This study will use species specific calls to detect the occurrence of blue whales and investigate their spatial and temporal behavior, and also highlight the power of PAM as conservation tool to study and monitor elusive vocal taxa.
Student member of the Acoustical Society of America (ASA), and Society for Marine Mammalogy (Australian Chapter).
Surf, mountains, climbing, camping, traveling and whales