Randomised points created by digiroo2, overlaid on utilisation distributions, for two individual dolphins; Figure showing minimum daily convex hulls used to standardise the null model to reflect sampling effort for a population of bottlenose dolphins in Shark Bay, Western Australia. Red line represents land boundary. Largest yellow polygon is entire study site. Smaller, overlapping polygons are daily convex hulls.; Home range overlap calculated as volume of intersection (VI) for both dragons and dolphins. Sightings randomly selected for the same individuals at each increment, sequentially increasing the number of sightings randomly selected
The primary aim of this thesis was to investigate the distribution of a marine top predator, the bot...
This study makes use of a longitudinal data set, covering 12 years, to examine interannual returns, ...
We present data on the spatial distribution of Australian snubfin and humpback dolphins using boat-b...
Matrix containing 95% dyadic home range overlap (utilization distribution overlap index) of bottleno...
Appropriate management of the effects of human activities on animal populations requires quantificat...
Ranging behaviour and temporal patterns of individuals are known to be fundamental sources of variat...
Coastal bottlenose dolphins live in isolated populations that overlap with human activities, and oft...
Identifying appropriate management units is vital for wildlife management. Here we investigate one p...
Bottlenose dolphins (Tursiops truncatus) in estuarine systems are often subjected to natural and ant...
<p>Each vertical column represents one individual dolphin, and the separation of the column into two...
Understanding individual interactions within a community or population provides valuable insight int...
Conservation management typically focuses on protecting wildlife habitat that is linked to important...
<p>Maps of sighting density of bottlenose dolphin sub-populations, A) North and B) South, in Moreton...
This study examined sex-specific differences in home range size of adult Indo-Pacific bottlenose dol...
Animal sociality is of significant interest to evolutionary and behavioural ecologists, with efforts...
The primary aim of this thesis was to investigate the distribution of a marine top predator, the bot...
This study makes use of a longitudinal data set, covering 12 years, to examine interannual returns, ...
We present data on the spatial distribution of Australian snubfin and humpback dolphins using boat-b...
Matrix containing 95% dyadic home range overlap (utilization distribution overlap index) of bottleno...
Appropriate management of the effects of human activities on animal populations requires quantificat...
Ranging behaviour and temporal patterns of individuals are known to be fundamental sources of variat...
Coastal bottlenose dolphins live in isolated populations that overlap with human activities, and oft...
Identifying appropriate management units is vital for wildlife management. Here we investigate one p...
Bottlenose dolphins (Tursiops truncatus) in estuarine systems are often subjected to natural and ant...
<p>Each vertical column represents one individual dolphin, and the separation of the column into two...
Understanding individual interactions within a community or population provides valuable insight int...
Conservation management typically focuses on protecting wildlife habitat that is linked to important...
<p>Maps of sighting density of bottlenose dolphin sub-populations, A) North and B) South, in Moreton...
This study examined sex-specific differences in home range size of adult Indo-Pacific bottlenose dol...
Animal sociality is of significant interest to evolutionary and behavioural ecologists, with efforts...
The primary aim of this thesis was to investigate the distribution of a marine top predator, the bot...
This study makes use of a longitudinal data set, covering 12 years, to examine interannual returns, ...
We present data on the spatial distribution of Australian snubfin and humpback dolphins using boat-b...