Mountainous regions and their forelands commonly support a suite of landforms sensitive to
climate change and tectonics. Alluvial fans in particular, are prominent geomorphological …

Fossil and archaeological evidence indicates that hominin dispersals into Southwest Asia
occurred throughout the Pleistocene, including the expansion of Homo sapiens populations …

Over time, river networks achieve a specific pattern as determined by the function of several
factors such as climate, tectonic, geological structures, topography, lithology, and base-level …

Fluvial sandstones have been identified as significant reservoirs due to their importance in
global hydrocarbon exploration. The current study investigated the sedimentary …

Alluvial fans of the western piedmont of the Western Argentine Precordillera developed
during the Early-Middle Pleistocene are excellently preserved markers of Quaternary-active …

We describe the soils, stratigraphy, distribution and ages of alluvial fans in the North
Carolina Piedmont to understand factors contributing to their formation in this low relief …

In the high plateau region of central Iran, there is both a lack of information on calcic soil
processes and aspects of Quaternary paleoclimate. Thus, the research discussed here was …

We describe and summarize the geomorphology of fluvial terraces along the four major
rivers draining the central, onshore Makran accretionary wedge in Iran, and describe uplifted …

In this study, we consider how surface uplift of a narrow mountain range has interacted with
glacial-related sea-level cyclicity and climatic change to produce a series of marine and non …

This paper presents the results of a one-year field study on the monsoonal reflective
response of the rubble mound breakwater (RMB) of Chabahar Bay, located on the northern …