Landform delineation has long been used in digital soil mapping to infer soil-relevant
information. While its potential as an environmental variable in soil parameter modeling has …

The presence of ancient fluvial systems on Mars, known as valley networks, is considered
one of the most compelling evidence that liquid water was once stable on the planet's …

The volume of seamounts is an essential indicator of the intensity of mantle convection
during the evolution of the oceanic lithosphere. Drilling and dredging samples suggest …

This study synthesizes two different methods for estimating hydraulic conductivity (K) at large
scales. We derive analytical approaches that estimate K and apply them to the contiguous …

Pinyon (Pinus spp.) and juniper (Juniperus spp.) woodland encroachment has imperiled a
broad ecological domain of the sagebrush steppe (Artemisia spp.) ecosystem in the Great …

This book presents a multitude of mathematical morphological approaches for processing
and analyzing digital images in quantitative geomorphology and geographic information …

The spatial complexity of oil shale systems is manifested by microstructure, pore space
randomness and extensive heterogeneity. A microwave pyrolysis device developed for this …

We quantify erosion rates in the higher sectors of the Huasco Valley, in the Main Cordillera
of the semi‐arid Andes of Chile, using elevation differences between three successive …

A methodology for determining long-term denudation rates from morphologic markers in a
Digital Elevation Model (DEM) is checked by a comparative study of two drainage basins in …

Hydraulic conductivity K, as the coefficient of proportionality in Darcy's Law, is critical in
understanding the past Martian hydrologic cycle, climate, and landform evolution. However …