ABSTRACT Digital Elevation Models (DEMs) contain topographic relief data that are vital for
many geoscience applications. This study relies on the vertical accuracy of publicly …

The emergence of modern geospatial techniques has brought a considerable change in
data capturing, processing, and visualization tools. Digital elevation models (DEMs) are a …

In relation to 3D bathymetric modelling, this article aims to analyze the performance of
Kriging approaches in dependence of the location and density of the measured depth …

There is no doubt that the tremendous development of information technology was one of
the driving factors behind the great growth of surveying and geodesy science. This has …

Nowadays, digital elevation model (DEM) acts as an inevitable component in the field of
remote sensing and GIS. DEM reflects the physical surface of the earth helps to understand …

Transmitting sound waves into water, and measuring time interval between emission and
return of a pulse, single beam echo sounder determines the depth of the sea. To obtain a …

ABSTRACT Amante, CJ, 2018. Estimating coastal digital elevation model uncertainty.
Integrated bathymetric–topographic digital elevation models (DEMs) are representations of …

A digital elevation model (DEM) is an essential dataset for many land feature analyses, such
as geomorphological feature analyses, which are very important for many types of studies …

A Digital Terrain Model (DTM) approximates a part or the whole of the continuous terrain
surface by a set of discrete points with unique height values over 2D points. Heights are–in …

This article presents the method for calculating the area and volume of the water reservoir
using Remote Sensing and Geoinformation Technologies. All calculations were performed …