<p>Tiger shark depth use, as the proportion of time spent at each depth stratum, across the four moon phases (new moon, first quarter, full moon and last quarter) of the lunar cycle. The error bars represent standard deviations.</p
The influence of the lunar phases on the catch-per-unit effort (CPUE) of the striped marlin (Tetrapt...
<p>Proportion of tagged fish detected in spawning site zones (red) and non-spawning site zones (blue...
Trillmich F, Mohren W. Effects of the lunar cycle on the Galápagos fur seal, Arctocephalus galapagoe...
<p>Diel behavioral shift in tiger shark depth use, as the proportion of time spent at each depth str...
<p>Overall proportion of time (mean ± SD), in raw percentage, spent at each depth stratum for all sh...
Plots portraying the proportion of activity of lions (orange lines) and spotted hyenas (blue lines) ...
<p>Generalized linear models showing the effect of shark length on the proportion of time spent by t...
<p>Sharks in the Gulf Stream moved to significantly greater depths as the moon became fuller. A loes...
<p>The average (± 95% confidence interval) depth (upper portion of graphs) and distance above seaflo...
<p>SERFS fishery-independent samples of female fish within 48 hours of spawning (denoted by size of ...
<p>Moon fraction regression with mean daily nighttime depth for both GPS-tagged mantas (MA111 = grey...
Mean activity values for lions during seven periods of the night for four phases of the lunar cycle:...
We used generalized additive mixed models to analyze data on striped marlin (Tetrapturus audax) catc...
Lion and spotted hyena activity and movement metrics in relation to the lunar cycle.</p
<p>Moon phase is expressed as the illuminated percentage of the portion of moon. When the moon was n...
The influence of the lunar phases on the catch-per-unit effort (CPUE) of the striped marlin (Tetrapt...
<p>Proportion of tagged fish detected in spawning site zones (red) and non-spawning site zones (blue...
Trillmich F, Mohren W. Effects of the lunar cycle on the Galápagos fur seal, Arctocephalus galapagoe...
<p>Diel behavioral shift in tiger shark depth use, as the proportion of time spent at each depth str...
<p>Overall proportion of time (mean ± SD), in raw percentage, spent at each depth stratum for all sh...
Plots portraying the proportion of activity of lions (orange lines) and spotted hyenas (blue lines) ...
<p>Generalized linear models showing the effect of shark length on the proportion of time spent by t...
<p>Sharks in the Gulf Stream moved to significantly greater depths as the moon became fuller. A loes...
<p>The average (± 95% confidence interval) depth (upper portion of graphs) and distance above seaflo...
<p>SERFS fishery-independent samples of female fish within 48 hours of spawning (denoted by size of ...
<p>Moon fraction regression with mean daily nighttime depth for both GPS-tagged mantas (MA111 = grey...
Mean activity values for lions during seven periods of the night for four phases of the lunar cycle:...
We used generalized additive mixed models to analyze data on striped marlin (Tetrapturus audax) catc...
Lion and spotted hyena activity and movement metrics in relation to the lunar cycle.</p
<p>Moon phase is expressed as the illuminated percentage of the portion of moon. When the moon was n...
The influence of the lunar phases on the catch-per-unit effort (CPUE) of the striped marlin (Tetrapt...
<p>Proportion of tagged fish detected in spawning site zones (red) and non-spawning site zones (blue...
Trillmich F, Mohren W. Effects of the lunar cycle on the Galápagos fur seal, Arctocephalus galapagoe...
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