Sentence examples for morphometric parameters from from inspiring English sources

This paper proposes a quantitative method to classify landforms using four morphometric parameters from DEM-derived thematic raster maps of slope and topographic openness.

At sub-watershed scale, the derived morphometric parameters from four perspectives (drainage network, watershed geometry, drainage texture, and relief characteristics) were further grouped into three clusters (that represented low, moderate, and high values) and considerable spatial variability was observed.

Morphometric parameters from the 10 largest dorsal root ganglion nerve cells were averaged to provide the cell body, nucleus and nucleolus measurements for each dorsal root ganglion.

It allowed us to collect most of the morphometric parameters for the landslide characterization.

Table 4 provides dam and watershed morphometric parameters for each of the landslide dams.

The interrelationship between morphometric parameters differs from one river basin to another basin under varied topographical and climatic condition.

Remotely sensed data were used to delineate the alluvial active channels, which were integrated with morphometric parameters extracted from digital elevation models (DEM) into geographical information systems (GIS) to construct a hydrological model that provides estimates about the amount of surface runoff as well as the magnitude of flash floods.

Quantitative data on the morphometric parameters collected from deep-etching images of the flagellum in different bending states are summarized in Table 1.

Morphometric parameters were evaluated from four perspectives: drainage network, watershed geometry, drainage texture, and relief characteristics.

The derived morphometric parameters were evaluated from four different aspects: drainage network, watershed geometry, drainage texture, and relief characteristics (Table 1).

The watershed is delineated and the morphometric parameters are derived from analyzing the SRTM3 Digital Elevation Model (DEM) using Geographic Information System GISS) to construct a hydrological model.