<p>Exposure classes in each map are followed by the percent of the state occurring in that class. Uncertainty in exposure is represented by the standard deviation in exposure among the full and partial models for each bird group and is shown for (B) wetland birds, (D) riparian birds, (F) raptors, and (H) sparse grassland birds. Standard deviation is relative to an exposure value range of 0 to 1. Standard deviation classes in each map are followed by the percent of the state occurring in that class.</p
AbstractThe distributions of animal populations are not static. During regular migratory movements s...
<p>Descriptions of variables used in the model of sparse grassland bird migration concentration.</p
Long-distance migratory shorebirds require wetland stopover sites where they can forage and deposit ...
Conservation of migratory birds requires understanding the distribution of and potential threats to ...
<p>These values represent the average percent difference of the partial sensitivity models (with one...
<p>Mean changes and associated standard deviation (SD) in regional abundance of all bird populations...
<p>Continuous modeled values were binned into five quantiles representing relative importance for mi...
<div><p>In addition to being used as a tool for ecological understanding, management and conservatio...
a<p>Wetlands <5 ha were not valued in the wetland size category; however, these small wetlands were ...
<p>The overall species’ sensitivity (or future projections) are shown by the red points and lines (w...
a<p>The wetland bird model represents a large number of species. To maintain consistent datasets amo...
The capacity to habituate to, or tolerate, the close proximity of humans varies among wildlife speci...
<p>Model predictions for the probability of observing birds in wetlands or dry scrub habitat with a ...
A migrating bird’s response to wind can impact its timing, energy expenditure, and path taken. The e...
Species distribution models (SDMs) are one of the most important GIScience research areas in biogeog...
AbstractThe distributions of animal populations are not static. During regular migratory movements s...
<p>Descriptions of variables used in the model of sparse grassland bird migration concentration.</p
Long-distance migratory shorebirds require wetland stopover sites where they can forage and deposit ...
Conservation of migratory birds requires understanding the distribution of and potential threats to ...
<p>These values represent the average percent difference of the partial sensitivity models (with one...
<p>Mean changes and associated standard deviation (SD) in regional abundance of all bird populations...
<p>Continuous modeled values were binned into five quantiles representing relative importance for mi...
<div><p>In addition to being used as a tool for ecological understanding, management and conservatio...
a<p>Wetlands <5 ha were not valued in the wetland size category; however, these small wetlands were ...
<p>The overall species’ sensitivity (or future projections) are shown by the red points and lines (w...
a<p>The wetland bird model represents a large number of species. To maintain consistent datasets amo...
The capacity to habituate to, or tolerate, the close proximity of humans varies among wildlife speci...
<p>Model predictions for the probability of observing birds in wetlands or dry scrub habitat with a ...
A migrating bird’s response to wind can impact its timing, energy expenditure, and path taken. The e...
Species distribution models (SDMs) are one of the most important GIScience research areas in biogeog...
AbstractThe distributions of animal populations are not static. During regular migratory movements s...
<p>Descriptions of variables used in the model of sparse grassland bird migration concentration.</p
Long-distance migratory shorebirds require wetland stopover sites where they can forage and deposit ...