The uncertainty in the chloride deposition map was quantified as the 5th and 95th percentile of 1000 calibrated models produced via Null Space Monte Carlo analysis and the spatial variability of chloride deposition across the continent was consistent with landscape morphology.
Once the map is quantified, local tissue deformation can be characterized by using a deformation gradient tensor calculated at each location (Fig. 1B).
The volume of GM and WM found within the left and right hemispheres for the three different probabilistic maps were quantified across subjects.
The spatial structure of the parameter maps was quantified with spatial fast Fourier transforms for each of the three maps (rotation, radial and eye position).
Key features of the resulting maps are quantified using virtual experiments and compared to experimental data.
Map cells were quantified directly from 7H9 broth using the SYBR Green assay and compared to dilutions of DNA extracted from an equivalent number of cells.
Of 65 781 predicted genes in the soybean genome, the expression levels of 46 367 mapped genes were quantified based on sequence reads.
Sequences were mapped against reference sequences for splice variants AID-FL, AID-ΔE4, AID-ΔE4a, and AID-ivs3 and uniquely mapping sequences were quantified using CLC Software (Version 6.0.1; performed at GATC Biotech, Germany).
Areas containing high densities of wetlands were identified and mapped, and wetland complexes were quantified as a function of their biological diversity, protection status, susceptibility to climate change, and proximity to sources of impairment.
The expression level of all unique transcripts mapped onto the genome were quantified as reads per kilobase of exon model per million mapped (RPKM) values (Mortazavi et al. 2008).
