This chapter presents place of geomorphometry in contemporary geomorphology. The focus is on discussing digital elevation models (DEMs) that are the primary data source for the analysis. One has described the genesis and definition, main types, data sources and available free global DEMs. Then we focus on landform parameters, starting with primary morphometric parameters, then morphometric indices and at last examples of morphometric tools available in geographic information system (GIS) packages. The last section briefly discusses the landform classification systems which have arisen in recent years
Geomorphometry is the science of quantitative land-surface analysis. It draws upon mathematical, sta...
A procedure for the consistent application of digital terrain analysis methods to identify tectonic ...
Geomorphological mapping plays an essential role in understanding Earth surface processes, geochrono...
Abstract: A widening variety of applications is diversifying geomorphometry (digital terrain modelli...
Multitemporal Digital Elevation Models (DEMs) obtained by different surveying techniques and registe...
We describe a method of morphometric characterisation of landform from digital elevation models (DEM...
Digital Elevation Models (DEMs) are fundamental datasets for environmental modelling. They provide t...
A widening variety of applications is diversifying geomorphometry (digital terrain modelling), the q...
A widening variety of applications is diversifying geomorphometry (digital terrain modelling), the q...
Morphometric characterisation is particularly relevant in the study of geomorphological heritage. 3D...
Morphometric characterisation is particularly relevant in the study of geomorphological heritage. 3D...
Geomorphometry is the science of quantitative analysis of the Earth's surface. The primary inputs fo...
Classical geomorphological maps are representations of the spatial distribution of landforms, materi...
Morphometric characterisation is particularly relevant in the study of geomorphological heritage. 3D...
Digital elevation models (DEMs) play a significant role in geomorphological research. For geomorphol...
Geomorphometry is the science of quantitative land-surface analysis. It draws upon mathematical, sta...
A procedure for the consistent application of digital terrain analysis methods to identify tectonic ...
Geomorphological mapping plays an essential role in understanding Earth surface processes, geochrono...
Abstract: A widening variety of applications is diversifying geomorphometry (digital terrain modelli...
Multitemporal Digital Elevation Models (DEMs) obtained by different surveying techniques and registe...
We describe a method of morphometric characterisation of landform from digital elevation models (DEM...
Digital Elevation Models (DEMs) are fundamental datasets for environmental modelling. They provide t...
A widening variety of applications is diversifying geomorphometry (digital terrain modelling), the q...
A widening variety of applications is diversifying geomorphometry (digital terrain modelling), the q...
Morphometric characterisation is particularly relevant in the study of geomorphological heritage. 3D...
Morphometric characterisation is particularly relevant in the study of geomorphological heritage. 3D...
Geomorphometry is the science of quantitative analysis of the Earth's surface. The primary inputs fo...
Classical geomorphological maps are representations of the spatial distribution of landforms, materi...
Morphometric characterisation is particularly relevant in the study of geomorphological heritage. 3D...
Digital elevation models (DEMs) play a significant role in geomorphological research. For geomorphol...
Geomorphometry is the science of quantitative land-surface analysis. It draws upon mathematical, sta...
A procedure for the consistent application of digital terrain analysis methods to identify tectonic ...
Geomorphological mapping plays an essential role in understanding Earth surface processes, geochrono...