Sentence examples for stem map from inspiring English sources

The method provides the ability to estimate snag density and stem map a large proportion of snags across the landscape.

A traditional airborne lidar individual-tree detection procedure is then applied to the snag-filtered lidar point cloud, resulting in stem map of identified snags with height estimates.

We demonstrate this method using LiDAR-derived stem map and tree attributes developed for a 4.6-ha forest stand in western Montana, USA.

Based on stem map and tree attributes derived from light detection and ranging (LiDAR) technology and a distance-dependent individual tree growth model, current and future tree-level fuel connections between adjacent trees were predicted and used as measures of crown fire potential.

Each alternative was examined at eight headwater forest locations based on a 0.52 ha square stem maps.

Stem mapping was not chosen because it would have been prohibitively expensive due to the high number of stems per ha and the steep terrain.

We compared stand-level characteristics, global tree location point patterns and tree group-level attributes resulting from the marking of these approaches to current forest conditions and patterns of historical forest remnants in six, 2.02 ha stem mapped plots.

A simulation approach used stem maps from 19 permanent forest plots dominated by mature Pseudotsuga menziesii (Douglas-fir) of at least 1 ha in size that had been sampled for up to 23 years.

The crystalline structure, morphology and the added functional groups of EDTA-CN-NS were characterized by XRD, SAED, TEM, STEM mapping and FT-IR, which are quite in accord with the catalysis action in cyclic voltammetry test generated by improved accumulation performance of the immobilized EDTA for Pb (II).

Figure 6 Cross-sectional STEM mapping of TAS multilayer structures deposited by E-beam evaporation with IAD. Figure 7 EDS line scans of TiO 2 /Ag/SiO 2 multilayer structures deposited by E-beam evaporation with IAD. Figure 8 shows a representative atomic force microscopy (AFM) topographic image of a silver film fabricated by E-beam coating with IAD after optical monitored ion etching treatment.

The HR-TEM images showed randomly oriented, stacked-layer particles typical of Mo (W) sulphides and an elemental HR-STEM mapping evidenced Mo/W homogeneous distribution in the trimetallic sulphides.