Meteotsunamis are generated by meteorological events, particularly moving pressure
disturbances due to squalls, thunderstorms, frontal passages and atmospheric gravity …

The Australian coastal zone encompasses tropical, sub-and extra-tropical climates and
accommodates about 80% of Australia's population. Sea level extremes and their physical …

We present the first global estimates of annual average exceedances of contemporary
minor, moderate, and major flood levels under sea‐level rise (SLR). Applying established …

Accurate prediction of coastal flooding requires a detailed understanding of all individual
contributions to sea level variability and how they interact to trigger extreme sea level (ESL) …

Sea levels along Australia's coastline are influenced by natural climate variability and anthro
pogenic climate change. Projections of sea-level rise (SLR) for 2090 for the Australian coast …

This study presents the first assessment of the observed frequency of the impacts of high sea
levels at locations along Australia's northern coastline. We used a new methodology to …

Abstract The Synthetic Aperture Radar (SAR) mode sea level anomalies (SLAs) of Sentinel-
3A altimetry mission around the Australian coastal region were validated using eight in situ …

Tide gauge data were used to identify the occurrence, characteristics, and cause of tsunamis
of meteorological origin (termed 'meteotsunamis') along the Western Australian coast. This is …

Estimates of extreme sea levels have mainly been derived using atmospheric and tidal
forcing only, but surface gravity waves are a key process that can cause a substantial …

Climatic change-related impacts on coastal areas became an important issue in past
decades and nowadays threaten many human settlements and activities. Coastal hazards …