Beaches that are geologically controlled by rock and coral formations are the rule, not the
exception. This paper reviews the current understanding of geologically controlled beaches …

The degree of boulder mobility in response to coastal storms likely varies spatially and
temporally along rocky shorelines, but this is difficult to evaluate from field monitoring of …

The increasing frequency and/or severity of extreme climate events are becoming
increasingly apparent over multi‐decadal timescales at the global scale, albeit with relatively …

The detachment and mobilization of boulders from rocky shore platforms by waves involves
complex geomorphic and hydrodynamic processes. Understanding these processes …

The inventory and categorization of an extensive coastal boulder assemblage originating
from storm wave transport on the coastline of Fenoliga Island (Northern Adriatic Sea …

The majority of shore platforms form in rocks that are characterised by layered stratigraphy
and pervasive jointing. Plucking of weathered, joint and bed bounded blocks is an important …

Most research on shore platforms has been at fairly large spatial scales over distances
ranging from hundreds to thousands of metres. Other work at much smaller scales, ranging …

Boulders are globally widespread and influence processes across many landscapes
including hillslopes, coasts, rivers and extra‐terrestrial settings. Boulders are described as …

Boulder movement can be observed not only in rockfall activity, but also in association with
other landslide types such as rockslides, soil slides in colluvium originating from previous …

Large clastic cliff-top storm deposits (called CTSDs) are one of the most remarkable
signatures that characterizes extreme storm wave events on coastal cliffs. Hence, the study …