Add to ORKGTropical cyclone-generated wave conditions coincident with extreme phases of the Southern Oscillation were examined for Gold Coast (eastern Australia) beaches over the period 1972-1989. The study expands upon similar previous research conducted on Sydney's wave climate. values of summer (Southern Hemisphere) mean-monthly deepwater wavepower on northern Gold Coast (Australia) beaches were found to be significantly lower during El Nino Southern Oscillation (ENSO) phases of the Southern Oscillation than during the opposing anti-ENSO phases. It is proposed that Southern Oscillation-related variability of Australian/South-west Pacific tropical cyclone activity is an important mechanism underlying the observed contrast. A tropical cyclone wave ge...
The response of the wave climate to tropical cyclones (TCs) is investigated using the significant wa...
In this paper, we investigate the occurrence and spatial variability of marine heat waves (MHWs) off...
Changing wind systems projected to occur with climate change will alter the surface ocean wave energ...
A multi-decadal beach survey dataset at a coastal embayment in Sydney, Australia, identifies erosion...
Coastal systems behave on timescales from days to centuries. Shelf and coastal wave climatological d...
Thesis by publication.Includes bibliographical references.1. Introduction -- 2. Modal wave climate v...
Coastal systems behave on timescales from days to centuries. Shelf and coastal wave climatological d...
(Australia) are exposed to energetic wave conditions. Storms, particularly tropical cyclones, have a...
Tropical cyclone activity within the Australian (105°–165°E) and south‐west Pacific (145°E–150°W app...
Wave conditions experienced along the beaches of south‐eastern Australia are controlled by winds gen...
Wave climate and Pacific basin coastal behaviour associated with El Niño Southern Oscillation (ENSO)...
El Niño–Southern Oscillation (ENSO) has large impacts on Australia’s rainfall. A ...
In this paper, we investigate the occurrence and spatial variability of marine heat waves (MHWs) off...
Abstract. Understanding the nature and causes of recent climate variability on the Great Barrier Ree...
Understanding the nature and causes of recent climate variability on the Great Barrier Reef (GBR), A...
The response of the wave climate to tropical cyclones (TCs) is investigated using the significant wa...
In this paper, we investigate the occurrence and spatial variability of marine heat waves (MHWs) off...
Changing wind systems projected to occur with climate change will alter the surface ocean wave energ...
A multi-decadal beach survey dataset at a coastal embayment in Sydney, Australia, identifies erosion...
Coastal systems behave on timescales from days to centuries. Shelf and coastal wave climatological d...
Thesis by publication.Includes bibliographical references.1. Introduction -- 2. Modal wave climate v...
Coastal systems behave on timescales from days to centuries. Shelf and coastal wave climatological d...
(Australia) are exposed to energetic wave conditions. Storms, particularly tropical cyclones, have a...
Tropical cyclone activity within the Australian (105°–165°E) and south‐west Pacific (145°E–150°W app...
Wave conditions experienced along the beaches of south‐eastern Australia are controlled by winds gen...
Wave climate and Pacific basin coastal behaviour associated with El Niño Southern Oscillation (ENSO)...
El Niño–Southern Oscillation (ENSO) has large impacts on Australia’s rainfall. A ...
In this paper, we investigate the occurrence and spatial variability of marine heat waves (MHWs) off...
Abstract. Understanding the nature and causes of recent climate variability on the Great Barrier Ree...
Understanding the nature and causes of recent climate variability on the Great Barrier Reef (GBR), A...
The response of the wave climate to tropical cyclones (TCs) is investigated using the significant wa...
In this paper, we investigate the occurrence and spatial variability of marine heat waves (MHWs) off...
Changing wind systems projected to occur with climate change will alter the surface ocean wave energ...