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Chapter 9 Landforms and Landform Elements in Geomorphometry
Developments in Soil Science, 2009Publisher Summary Landform types are conceptualize as mainly consisting of waveform features that exhibit entire repeating cycles of variation in morphological properties, such as slope gradient, slope lengths, relief, curvatures, and moisture regime. These cyclic patterns can be identified and characterized by analyzing the distribution of variation
R A Macmillan
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Texture-based landform segmentation of LiDAR imagery
International Journal of Applied Earth Observation and Geoinformation, 2005 In this study, we implement and apply a region growing segmentation procedure based on texture to extract spatial landform objects from a light detection and ranging (LiDAR) digital surface model (DSM).
Arko Lucieer, Alfred Stein
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A Scoping Review of Landform Classification Using Geospatial Methods
Geomatics, 2023 Landform classification is crucial for a host of applications that include geomorphological, soil mapping, radiative and gravity-controlled processes. Due to the complexity and rapid developments in the field of landform delineation, this study provides ...
Zama Eric Mashimbye, Kyle Loggenberg
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Geomorphometry and landform mapping: What is a landform?
Geomorphology, 2012Abstract Starting from a concept of the land surface, its definition and subdivision from Digital Elevation Models (DEMs) is considered. High-resolution DEMs from active remote sensing form a new basis for geomorphological work, which is moving on from consideration of whether data are accurate enough to how the surface of interest can be defined ...
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Landforms and landform development
1982New Guinea is situated between the stable land mass of Australia and the deep ocean basin of the Pacific and is thus part of one of the most mobile zones of the earth’s crust, the circum Pacific Mobile Belt. It is characterized by high seismic activity, widespread volcanism, young folded and faulted mountain chains and curved chains of islands and ...
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2017
Landforms are distinctive features of the land surface shaped by erosion, accumulation or deformational processes that involve the movement of mass (rock, sediment, water). Landforms are normally classified according to their genesis within three main fields of geomorphological investigation: Structural geomorphology, covering landforms controlled by ...
Gutiérrez F., Soldati M.
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Landforms are distinctive features of the land surface shaped by erosion, accumulation or deformational processes that involve the movement of mass (rock, sediment, water). Landforms are normally classified according to their genesis within three main fields of geomorphological investigation: Structural geomorphology, covering landforms controlled by ...
Gutiérrez F., Soldati M.
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Aeolian processes and landforms
Geological Society, London, Memoirs, 2009Abstract A number of major factors have driven the volume and nature of aeolian geomorphology in the second half of the twentieth century: the growth of process studies; the availability of remote sensing, the development of new dating techniques (e.g. optical dating), the utilization of new technologies (e.g.
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