<p>A: image depicting the boundaries between different textures. B: posterior probability map for boulders. C: Posterior probability map for gravel sediment class. D: Posterior probability map for the sediment class sand.</p
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>Each panel shows the marginal posterior distributions over a single parameter for each subject an...
<p>Estimates of the posterior model probabilities when using data from (A) the attenuated strain an...
<p>Areal fractions of each sediment type are indicated in the legend. The spatial distributions of t...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>The posterior probabilities are distinguished on the basis of gray levels. The black shading deno...
<p>Our most probable model (bolded) included the composite variable of population age and population...
<p>(A) Boxplot of the number of model simulations for RSMC and ASMC, given the same <i>ϵ</i><sub><i>...
Comparison of distributions of posterior probabilities of true proportions conditional on observed p...
Solid lines represent the distributions of posterior probabilities for each category and task in the...
<p>Posterior probability of the topologies recovered by different models using Phylobayes (SM: scler...
<p>(top) Posterior model probability (see color bar) for each subject. For an exact description of e...
<p>Map of mean posterior probabilities for source contribution in the San Juan Basin for fir (a), sp...
<p>(top) Posterior model probability (see color bar) for each subject. For the exact description of ...
The hydrodispersive properties of porous sediments are strongly influenced by the heterogeneity at f...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>Each panel shows the marginal posterior distributions over a single parameter for each subject an...
<p>Estimates of the posterior model probabilities when using data from (A) the attenuated strain an...
<p>Areal fractions of each sediment type are indicated in the legend. The spatial distributions of t...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>The posterior probabilities are distinguished on the basis of gray levels. The black shading deno...
<p>Our most probable model (bolded) included the composite variable of population age and population...
<p>(A) Boxplot of the number of model simulations for RSMC and ASMC, given the same <i>ϵ</i><sub><i>...
Comparison of distributions of posterior probabilities of true proportions conditional on observed p...
Solid lines represent the distributions of posterior probabilities for each category and task in the...
<p>Posterior probability of the topologies recovered by different models using Phylobayes (SM: scler...
<p>(top) Posterior model probability (see color bar) for each subject. For an exact description of e...
<p>Map of mean posterior probabilities for source contribution in the San Juan Basin for fir (a), sp...
<p>(top) Posterior model probability (see color bar) for each subject. For the exact description of ...
The hydrodispersive properties of porous sediments are strongly influenced by the heterogeneity at f...
<p>Water flows from top to the bottom of the image. Inset images show the boundaries between differe...
<p>Each panel shows the marginal posterior distributions over a single parameter for each subject an...
<p>Estimates of the posterior model probabilities when using data from (A) the attenuated strain an...
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