The monitoring of Earth's and planetary surface elevations at larger and finer scales is
rapidly progressing through the increasing availability and resolution of digital elevation …

Quantitative geomorphic research depends on accurate topographic data often collected via
remote sensing. Lidar, and photogrammetric methods like structure-from-motion, provide the …

Given the availability of high-quality and high-spatial-resolution digital elevation maps
(DEMs) from the United States Geological Survey's 3D Elevation Program (3DEP), derived …

The generation of Digital Elevation Models (DEMs) through stereogrammetry of optical
satellite images has gained great popularity across various disciplines. For the analysis of …

Differencing multi-temporal topographic data (radar, lidar, or photogrammetrically derived
point clouds or digital elevation models—DEMs) measures landscape change, with broad …

Insolation differences play a primary role in controlling microclimate and vegetation cover,
which together influence the development of topography. Topographic asymmetry (TA), or …

Over the past few decades, developments in remote sensing have resulted in an ever-
growing availability of topographic information on a global scale. A recent development is …

Resolving Earth's surface at the meter scale is essential for an improved understanding of
the dynamics of mass‐movement processes. In this study, we explore the applicability and …

Topographic differencing measures landscape change by comparing multitemporal high-
resolution topography data sets. Here, we focused on two types of topographic …

Landslides are one of the most common geohazards, posing significant risks to
infrastructure, recreation, and human life. Slope stability analyses rely on detailed data …