Sentence examples for terrestrial light from inspiring English sources

You see that the "stars" are dots of white and gray paint and not distant suns, and that grayish washes are something more tangible than the nebulae or the fogs of terrestrial light which they suggest.

Specifically, we use terrestrial Light Detection and Ranging (LiDAR) scans, coupled with camera imagery, to collect three-dimensional point clouds.

Terrestrial light detection and ranging (LIDAR) surveys can offer factual information of outcrop-based research efforts to characterize fracture development laws and controlling factors.

Nevertheless, by merely observing statistical correlations between terrestrial light spillage and GDP, the extant literature on leveraging nighttime luminosity data for economic analysis has done little to inform or validate theory about global growth and production dynamics.

While the correlation between photons emitted as a byproduct of economic transactions and economic development has been described in the literature, technology improvements should, in theory, lead to increases in terrestrial light spillage as a result of falling costs.

In this study, we demonstrate an approach which could be used to scale photosynthetic behaviour of vegetation vertically and horizontally using estimates of vertical canopy structure obtained from terrestrial Light Detection and Ranging (LiDAR) data to predict proportions of shaded and sunlit canopy which are then linked to predictions of LUE.

His time-lapse photographs--taken from this unusual vantage point--feature star trails, terrestrial lights, and auroras.

It is the extraordinary, extra-terrestrial light that the film has, bathing it in hyperreality.

Technologies such as airborne and terrestrial lidar (Light Detection and Ranging) to obtain high-resolution topography have opened avenues for the analysis of landslides, hillslope and channellization processes, river morphology, active tectonics, volcanic landforms and anthropogenic signatures on topography.

Newly available, more detailed and accurate elevation data sets, such as Digital Elevation Models (DEMs) generated on the basis of imagery from terrestrial LiDAR (Light Detection and Ranging) systems or Unmanned Aerial Vehicles (UAVs), can be used to improve flood-model input data and consequently increase the accuracy of the flood modelling results.

They contain terrestrial detritics, light-colored and include laterally and vertically gradational silts, clays, gypsum, marls and mudstones (Fig. 3).