Daniel Zeh studied dugong movements and established proof of concept that acoustic technology provides results comparable to satellite/GPS in two dimensional space use and extends to three dimensional space use. He found evidence of behavioural thermoregulation and the existence of a possible dugong movement corridor, extending current knowledge of dugong behavioural ecology
Little is known about how the Vulnerable dugong Dugong dugon uses coral reef lagoons despite the imp...
In this paper, we report on the arrival of a small (2 m long) male dugong (Dugong dugon) to the Coco...
Recent sightings of dugongs well beyond the southern limit of their accepted range (~27°S) on the Au...
Marine animals face increased pressure through expanded shipping and recreational activities. Effect...
Incidental capture in fishing gear is the most serious threat to the survival of many species of mar...
[Extract] The relationship between a species' distribution, habitat use, and the environment is fund...
Mobile marine species display complex and nonstationary habitat use patterns that require understand...
Many species of marine mammals have evolved behavioural adaptations to minimize heat loss to the sur...
Dugongs (Dugong dugon) spend significant time in shallow, turbid waters and are often active at nigh...
Knowledge of the behavioural ecology of a species is important for the development of conservation ...
Open Access This article is licensed under a Creative Commons Attribution 4.0 International License,...
Quantifying the factors influencing behaviors of aquatic mammalian grazers may enhance the generic u...
Dugongs (Dugong dugon) live in tropical inshore areas around Northern Australia and throughout the I...
Coastal development and the increased anthropogenic use of sea spaces have rapidly degraded coastal ...
Little is known about how the Vulnerable dugong Dugong dugon uses coral reef lagoons despite the imp...
In this paper, we report on the arrival of a small (2 m long) male dugong (Dugong dugon) to the Coco...
Recent sightings of dugongs well beyond the southern limit of their accepted range (~27°S) on the Au...
Marine animals face increased pressure through expanded shipping and recreational activities. Effect...
Incidental capture in fishing gear is the most serious threat to the survival of many species of mar...
[Extract] The relationship between a species' distribution, habitat use, and the environment is fund...
Mobile marine species display complex and nonstationary habitat use patterns that require understand...
Many species of marine mammals have evolved behavioural adaptations to minimize heat loss to the sur...
Dugongs (Dugong dugon) spend significant time in shallow, turbid waters and are often active at nigh...
Knowledge of the behavioural ecology of a species is important for the development of conservation ...
Open Access This article is licensed under a Creative Commons Attribution 4.0 International License,...
Quantifying the factors influencing behaviors of aquatic mammalian grazers may enhance the generic u...
Dugongs (Dugong dugon) live in tropical inshore areas around Northern Australia and throughout the I...
Coastal development and the increased anthropogenic use of sea spaces have rapidly degraded coastal ...
Little is known about how the Vulnerable dugong Dugong dugon uses coral reef lagoons despite the imp...
In this paper, we report on the arrival of a small (2 m long) male dugong (Dugong dugon) to the Coco...
Recent sightings of dugongs well beyond the southern limit of their accepted range (~27°S) on the Au...