<p>Light blue denotes cells used in one year, dark blue denotes overlapping cells used in multiple years. Lines indicate the mean location of the sub-Antarctic front (SAF), polar front (PF) and the Antarctic circumpolar current (ACC). The density distribution of home range overlap values (Bhattacharyya’s affinity) is shown in the bottom right panel.</p
BACKGROUND : To understand and predict the distribution of foragers, it is crucial to identify the f...
The relative importance of intrinsic and extrinsic determinants of animal foraging is often difficul...
The foraging behaviour of conspecific female Antarctic fur seals (AFS) was compared simultaneously a...
<p>Light blue indicates area-restricted search (ARS) cells used during one trip only, while dark blu...
<p>The black lines denote the 95% UD, which represents the annual foraging kernel home range of each...
<p>Locations in red and blue represent likely area-restricted search (ARS) behaviour for animals fro...
<p><sup>a</sup>Animals with no within year overlap value either undertook only one trip per year, or...
Quantification of the physical and biological environmental factors that influence the spatial distr...
Knowledge of the habitat use and foraging ecology of animals in space and time is fundamental to und...
The study examined the distribution of critical habitat for foraging by female Antarctic fur seals b...
BackgroundTo understand and predict the distribution of foragers, it is crucial to identify the fact...
Understanding the determinants of poorly studied species’ spatial ecology is fundamental to understa...
In the Southern Ocean, wide-ranging predators offer the opportunity to quantify how animals respond ...
Sixteen lactating subantarctic fur seals Arctocephalus tropicalis were satellite-tracked during the ...
Understanding divergent biological responses to climate change is important for predicting ecosystem...
BACKGROUND : To understand and predict the distribution of foragers, it is crucial to identify the f...
The relative importance of intrinsic and extrinsic determinants of animal foraging is often difficul...
The foraging behaviour of conspecific female Antarctic fur seals (AFS) was compared simultaneously a...
<p>Light blue indicates area-restricted search (ARS) cells used during one trip only, while dark blu...
<p>The black lines denote the 95% UD, which represents the annual foraging kernel home range of each...
<p>Locations in red and blue represent likely area-restricted search (ARS) behaviour for animals fro...
<p><sup>a</sup>Animals with no within year overlap value either undertook only one trip per year, or...
Quantification of the physical and biological environmental factors that influence the spatial distr...
Knowledge of the habitat use and foraging ecology of animals in space and time is fundamental to und...
The study examined the distribution of critical habitat for foraging by female Antarctic fur seals b...
BackgroundTo understand and predict the distribution of foragers, it is crucial to identify the fact...
Understanding the determinants of poorly studied species’ spatial ecology is fundamental to understa...
In the Southern Ocean, wide-ranging predators offer the opportunity to quantify how animals respond ...
Sixteen lactating subantarctic fur seals Arctocephalus tropicalis were satellite-tracked during the ...
Understanding divergent biological responses to climate change is important for predicting ecosystem...
BACKGROUND : To understand and predict the distribution of foragers, it is crucial to identify the f...
The relative importance of intrinsic and extrinsic determinants of animal foraging is often difficul...
The foraging behaviour of conspecific female Antarctic fur seals (AFS) was compared simultaneously a...