<p>For each subarea (FC, HS and BB), the line shows predicted <i>Geodia</i> spp. presence probability when depth is varied through the full range of observations while all other predictors are held constant at their mean observed value.</p
<p>GLMM probabilities (<i>P</i><sub><i>t</i></sub>) of being within striking depth (≤1.25m) are show...
<p>Relationship between lake depth and probability that a species present in the vegetation and dete...
<p>The coastline on the left side of each panel represents the training data and the probability of ...
<p>For each subarea (FC, HS and BB), the line shows predicted <i>Geodia</i> spp. presence probabilit...
<p>The six maps illustrate the difference between extrapolations of three different <i>Geodia</i> sp...
<p>The two maps illustrate the difference between predictions made by (A) the model trained for this...
<p>The figure shows (A) sponge ground (Sp. Gr.) presence/absence observations and predictions of pre...
<p>Sponge ground presence/absence observations and predictions of presence probability for the full ...
<p>The figure shows (A) sponge ground presence/absence observations and predictions of presence prob...
<p>For the predicted distribution, logistic probabilities less than the 10<sup>th</sup> percentile p...
<p>Occurrence probability was allowed to vary with the variable under consideration, while other cov...
<p>The horizontal lines represent the availability detection probabilities from Pollock et al. [<a h...
<p>A) By predator species, B) by distance-to-land and C) by longitude. Solid dots are observations, ...
[Aim]: When faced with dichotomous events, such as the presence or absence of a species, discriminat...
<p>X-axis shows average habitat suitability predicted by five models for each focal species. Y-axis ...
<p>GLMM probabilities (<i>P</i><sub><i>t</i></sub>) of being within striking depth (≤1.25m) are show...
<p>Relationship between lake depth and probability that a species present in the vegetation and dete...
<p>The coastline on the left side of each panel represents the training data and the probability of ...
<p>For each subarea (FC, HS and BB), the line shows predicted <i>Geodia</i> spp. presence probabilit...
<p>The six maps illustrate the difference between extrapolations of three different <i>Geodia</i> sp...
<p>The two maps illustrate the difference between predictions made by (A) the model trained for this...
<p>The figure shows (A) sponge ground (Sp. Gr.) presence/absence observations and predictions of pre...
<p>Sponge ground presence/absence observations and predictions of presence probability for the full ...
<p>The figure shows (A) sponge ground presence/absence observations and predictions of presence prob...
<p>For the predicted distribution, logistic probabilities less than the 10<sup>th</sup> percentile p...
<p>Occurrence probability was allowed to vary with the variable under consideration, while other cov...
<p>The horizontal lines represent the availability detection probabilities from Pollock et al. [<a h...
<p>A) By predator species, B) by distance-to-land and C) by longitude. Solid dots are observations, ...
[Aim]: When faced with dichotomous events, such as the presence or absence of a species, discriminat...
<p>X-axis shows average habitat suitability predicted by five models for each focal species. Y-axis ...
<p>GLMM probabilities (<i>P</i><sub><i>t</i></sub>) of being within striking depth (≤1.25m) are show...
<p>Relationship between lake depth and probability that a species present in the vegetation and dete...
<p>The coastline on the left side of each panel represents the training data and the probability of ...
DOI
Add to ORKG