Sentence examples for spatial interpretation from inspiring English sources

Spatial interpretation of the results was possible using a Landsat TM image (False Colour Composite – FCC).

It is argued that a more sophisticated approach to the spatial interpretation of data is needed, through different approaches to spatial sampling, to facilitate what might be considered complete, and more importantly plausible, visualisations of the past.

The move towards a literal spatial interpretation was advanced by the simultaneous postulation in 1874 of a tetrahedral structure for the orientation of carbon's four bonds by Jacobus van 't Hoff (1852 1911) and Joseph Achille Le Bel (1847 1930) to account for optical isomerism (see Figure 4 and section 2.2).

There is a natural spatial interpretation of interval temporal logics, based on the idea that every interval on a linear ordering \(L\) is represented as a pair of points (beginning,end), which can be treated as coordinates of a point in the \(L \times L\ -plane, and reL\ -planeetween intervand have naturelationssponding spatial relations between theintervalsenting points.

Spatial structures of the mean weight-diameter (MWD, mm), water-stable aggregates greater than 0.25 mm (WSA>0.25, %) and K factors were investigated by using classical statistics, semivariograms, Local Indicators of Spatial Association (LISA), spatial interpretation, and spatial overlay in a small catchment of the Loess Plateau, China (LPC).

Not all fisheries techniques pose the same degree of risk to species and habitats of conservation concern, yet this lack of metadata does not prevent a coarse spatial interpretation of the putative risk posed to these groups as gear types, with their associated risks, are commonly deployed in known depths of water over particular habitat types.

In his series of engravings on plastic Transformations of a Scheme (1948 52) and in the series of drawings Structural Constellations (1953 58), he created complex linear designs, each subject to many possible spatial interpretations.

Divergent results might be explained by the existence of interannual variability in elemental composition of otoliths which may confound spatial interpretations and origin determinations (Gillanders 2002).

The chapter also outlines the method to obtain the best possible stable isotope data to ensure that the assays are appropriately done and as a result, meaningful spatial interpretations regarding migratory movement can be made.

Following this interpretation, a spatial version of the spectral clustering algorithm is also proposed.

The main feature of the LWT is that it provides an entirely spatial domain interpretation of the transform, as opposed to the traditional frequency domain based constructions.