Sentence examples for surface of the forest from inspiring English sources

Having reached the woods and having begun to talk about what lay under the surface of the forest floor, he held the crumbled leaf litter and humus in his hand as if he were savoring what lovers of certain wines call the "goût de terroir," or taste of the soil, a certain earthy specificity that the wine owes to the ground, not the grape.

The fire grew rapidly overnight due to high winds and was moving on the surface of the forest floor feeding on hardwood leaf litter and down trees, she said.

Full and reduced-density datasets were processed to generate three different data products representing the terrain surface, the canopy heights above ground, and the outer surface of the forest vegetation: Digital Terrain Model (DTM), Canopy Height Model (CHM) and Digital Surface Model (DSM) raster layers at 1-meter resolution.

Moreover, the surface soils of the grazing land had shown relatively higher OC content than the surface soils of the forest (where no grasses were observed on the surface of this field) (Table 5).

Ground fires consume the organic material beneath the surface litter of the forest floor; ground fires are the least spectacular and the slowest-moving, but they are often the most destructive of all forest fires and also the most difficult to control.

Following this, significantly highest mean iron content (16.25 mg kg−1) was recorded in the surface layer of the forest land as compared to the other land uses while the lowest mean iron content was observed in the subsurface layers of the cultivated and grazing lands (Table 9).

Surface fires burn surface litter, other loose debris of the forest floor, and small vegetation; a surface fire may, and often does, burn taller vegetation and tree crowns as it progresses.

In fact, only representing 18.4% of the surface of productive forests, contribute 74.5% of the prime industrial material, in 1996 the consumption was of 22.9 million m3 s.s.c8.s.c8

We present a quantitative method that we developed based on a novel application of two well-established statistical techniques – lacunarity analysis and principal component analysis (PCA) – to determine the fine-scale (0.5 33 m) spatial heterogeneity found in the outer surface of a forest canopy.

Finally, we followed the effects, at medium term, of this lime residue added on the soil surface layer of the aforementioned forest soil.

We report an electrical investigation of single-wall carbon nanotube (SWCNT) forests where we have succeeded in elucidating the electrical contributions of the forest surface (cap) and vertically aligned (body) structures of the assembly.