<p>Cone density values calculated in each sampling area at 1.5 degree temporal and superior eccentricity.</p
<p>Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm...
<p>Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 1.5 de...
<p>The figure shows how density estimates in a circular area with a radius of 450 μm (Standard Densi...
<p>Average Cone Density, Spacing, and Voronoi (Mean ± SD) at 500-μm Eccentricity.</p
<p>***: <i>P</i> <0.001, Wilcoxon’s signed rank test.</p><p>Cone density at 1- degree and 3-degree r...
<p>Mean ± standard deviation (minimum—maximum) cone density including manual correction for all ecce...
<p>Each data point is the average density (thousands of cells/mm<sup>2</sup>) for an individual (poo...
Cone density falls off sharply with eccentricity, and also varies between horizontal and vertical re...
<p>*Legend: window size/radial or linear distance/individual RMF<sub>corr</sub> or not.</p><p>Correl...
<p>*Legend: window size/radial or linear distance/individual RMF<sub>corr</sub> or not.</p><p>Correl...
(A) Example cone mosaics simulated by our computational observer model. The highest tested cone dens...
Contrast thresholds (y-axis) were averaged across three observers reported in Cameron, Tai, and Carr...
Cone densities calculated using automatic cone identification [18] and nearest neighbor distances. T...
<p>Left: spatial variation, in which variability was calculated across each cluster of a cone and it...
Density estimates of culicine species recorded using different sampling techniques.</p
<p>Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm...
<p>Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 1.5 de...
<p>The figure shows how density estimates in a circular area with a radius of 450 μm (Standard Densi...
<p>Average Cone Density, Spacing, and Voronoi (Mean ± SD) at 500-μm Eccentricity.</p
<p>***: <i>P</i> <0.001, Wilcoxon’s signed rank test.</p><p>Cone density at 1- degree and 3-degree r...
<p>Mean ± standard deviation (minimum—maximum) cone density including manual correction for all ecce...
<p>Each data point is the average density (thousands of cells/mm<sup>2</sup>) for an individual (poo...
Cone density falls off sharply with eccentricity, and also varies between horizontal and vertical re...
<p>*Legend: window size/radial or linear distance/individual RMF<sub>corr</sub> or not.</p><p>Correl...
<p>*Legend: window size/radial or linear distance/individual RMF<sub>corr</sub> or not.</p><p>Correl...
(A) Example cone mosaics simulated by our computational observer model. The highest tested cone dens...
Contrast thresholds (y-axis) were averaged across three observers reported in Cameron, Tai, and Carr...
Cone densities calculated using automatic cone identification [18] and nearest neighbor distances. T...
<p>Left: spatial variation, in which variability was calculated across each cluster of a cone and it...
Density estimates of culicine species recorded using different sampling techniques.</p
<p>Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 418 µm...
<p>Preferred packing arrangement of cones (average ± SD, %) calculated using Voronoi tiles at 1.5 de...
<p>The figure shows how density estimates in a circular area with a radius of 450 μm (Standard Densi...
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