Quantifying denudation rates under different climatic and tectonic settings is fundamental to
understanding landscape evolution. Carbonate rocks may respond differently to climatic and …

The dynamics of carbonate-dominated landscapes is still debated, and first-order questions
pertaining to the respective importance of chemical and mechanical weathering processes …

Abstract The Arabian Plateau (AP) is an Oligocene sub-horizontal regional planation
surface, extending throughout the western half of the Arabian Peninsula. Its present …

Carbonate rocks are highly reactive and can have higher ratios of chemical weathering to
total denudation relative to most other rock types. Their chemical reactivity affects the first …

Understanding topographic evolution requires integrating elementary processes acting at
the hillslope scale into the long-wavelength framework of landscape dynamics. Recent …

The influence of the morphological setting on the denudation of carbonate landscapes and
the respective contributions of mechanical and chemical weathering processes are still …

Convex, soil-covered hillslopes are ubiquitous in various tectonic and climatic settings and
their morphologic characteristics can be significantly altered by dust flux and chemical …

The formation of divergent plate boundaries involves the opening of continental basins and
uplift of plate margins accompanied by seawater ingression and the reorganization of …

Inland notches are elongated half tube indentations that develop on the carbonate rocky
cliffs of mountainous zones. Occasionally tufa accumulates within notches as stalactites …

Three geographical factors determine the character of Israel: its location in the
Mediterranean zone, at the crossroads of three continents and two oceans, and on the …