A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded within DEMs have been shown to contain errors pertaining to sampling, measurement and interpolation (Fisher, 1998). Even a small amount of elevation error can greatly affect derivative products (Holmes et al., 2000). This can potentially have a significant impact on the application of DEMs in Geographical Information Systems (GIS) where first and second order derivatives are considered
Digital Elevation Models (DEMs) play a key role in hydrological risk prevention and mitigation: hydr...
Digital elevation models (DEMs) represent the topography that drives surface flow and are arguably o...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
Digital elevation models (DEM) are essential to various applications such as terrain modeling and wa...
Users of current Digital Photogrammetric Systems (DPS) can now rapidly generate dense Digital Elevat...
The paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data...
The paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data...
Although accuracy of digital elevation models (DEMs) can be quantified and measured in different way...
Digital Elevation Models (DEMs) provide a model of the continuous representation of the earth¿s elev...
Digital elevation models (dems) provide the basic information required to characterise the topograph...
This project was set up to investigate the level of accuracy which can be expected for slope and alt...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
Digital Elevation Models (DEMs) play a key role in hydrological risk prevention and mitigation: hydr...
Digital elevation models (DEMs) represent the topography that drives surface flow and are arguably o...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
A Digital Elevation Model (DEM) is a representation of geographic reality. The elevations recorded...
Digital elevation models (DEM) are essential to various applications such as terrain modeling and wa...
Users of current Digital Photogrammetric Systems (DPS) can now rapidly generate dense Digital Elevat...
The paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data...
The paper aims at the accuracy aspects of Digital Elevation Modelling, compares the most common data...
Although accuracy of digital elevation models (DEMs) can be quantified and measured in different way...
Digital Elevation Models (DEMs) provide a model of the continuous representation of the earth¿s elev...
Digital elevation models (dems) provide the basic information required to characterise the topograph...
This project was set up to investigate the level of accuracy which can be expected for slope and alt...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...
Digital Elevation Models (DEMs) play a key role in hydrological risk prevention and mitigation: hydr...
Digital elevation models (DEMs) represent the topography that drives surface flow and are arguably o...
Digital topographic models are the foundation of more advanced modeling applications and ultimately ...