This paper reviews the past behaviour and present status of Australian beach systems and
their likely response to the impacts of climate change in the coming century. The 2021 IPCC …

A fifty-year time series of high-resolution field-surveyed beach profiles from a southeast
Australian ocean beach was analysed to determine spatial and temporal variability and …

The world's coastlines are spatially highly variable, coupled-human-natural systems that
comprise a nested hierarchy of component landforms, ecosystems, and human …

Morphodynamic variabilities of tidal flats (eg, the variations of pattern, area, and topography)
are a key issue in the management of coastal intertidal zones. In this study, the …

Coastal erosion is one of the major problems in coastal management. To adapt to it, and
prevent it where possible and needed, it is important to recognize the temporal and spatial …

Coastal compartments provide a hierarchical framework to manage beaches and coastal
ecosystems in Australia. This study examines the individual behaviour of three adjacent …

In this study, we demonstrate how freely available satellite images can be used to
understand large-scale coastline developments along the coast of Mecklenburg-Western …

Estuarine reservoirs are critical for freshwater supply and security, especially for regions
facing water scarcity challenges due to climate change and population growth. Conventional …

Formation and evolution processes of natural tombolos involve many interrelated
geomorphological, sedimentary, oceanographic and anthropogenic factors, making their …

A morphodynamic approach to coastal evolution involves recognition of internal thresholds,
feedbacks and boundary conditions and should underpin coastal management. The …