See the two maps compared here, the iPhone XR's depth map is far less aware of the scene depth and separation between the 'slices' of distance.
There are large differences visible between the maps when compared visually (Figure 5), though the broad distribution of biomass is preserved: RS3 has lower estimates throughout the region, and in particular much lower in the higher elevation areas in the north.
There are large differences visible between the maps when compared visually, though the broad distribution of biomass is preserved: RS3 has lower estimates throughout the region, and in particular much lower in the higher elevation areas in the north.
All three remote sensing maps compared here actually use a very similar processing chain to produce their AGB maps, despite the difference in scale and resolution between the pantropical maps (RS1 and RS2) and the regional map (RS3).
We further investigated two additional LGs, A07 and A09, with relatively low correlations of marker order between population-specific maps and the integrated map, compared with other LGs in the A genome (Table 3).
The maps were compared in two ways.
Alignment-free network comparison methods are typically computationally less expensive than alignment-based methods, and again, they do not produce a node mapping between the compared networks, but a score that quantifies the overall similarity between the two networks.
The map is compared to published maps, demonstrating the limits of conventional sediment-based mapping.
The map was compared with the Prunus T × E reference map to demonstrate high synteny and colinearity between the N × L and the reference map.
Because the subsets contained observations from various locations, the key role of the auxiliary data in the method used in this study was to provide a fixed reference in the areas with fewer observations and thus guarantee a minimum coherence between the compared interpolation maps of the complementary subsets.
