Here we present results from wave models of the north-east Atlantic and the north-west European continental shelf, forced by Met Office Hadley Centre climate model winds, for various future climate scenarios. The wave model (WAM) has been well-validated previously and here it is shown to be statistically in reasonable agreement with the ERA-40 reanalysis for present-day climate. Seasonal mean and extreme waves are generally expected to increase to the south-west of the UK, reduce to the north of the UK and experience little change in the southern North Sea. There are large uncertainties especially with the projected extreme values, so that although an upward trend in wave height is predicted, it may not be statistically significan
Wave height in the North Atlantic has been observed to increase over the last quarter-century, based...
Waves at the ocean surface are responsible for modulating the exchange of radiation, heat, mass and ...
Global climate variabilities have the potential to impact many coastlines around the world, and can ...
Here we present results from wave models of the NE Atlantic and the NW European continental shelf, f...
The effect of global climate change on the wave climate of the coastal regions of the UK is investig...
Changes in future North Atlantic storminess will impact upon wave conditions along the European coas...
This study focuses on the impact of potential changes in the wind-wave climate on shoreline change. ...
In this paper, we investigate changes in the wave climate of the west-European shelf seas under glob...
We have updated the review by Woolf and Wolf (2013) by summarising the results of the IPCC AR5 repor...
Understanding the changes in future storm wave climate is crucial for coastal managers and planners ...
Within the framework of a Tyndall Centre research project, sea level and wave changes around the UK ...
Within the framework of a Tyndall Centre research project, sea level and wave changes around the UK ...
The coastal zones are facing the prospect of changing storm surge statistics due to anthropogenic cl...
With sea level rise accelerating and coastal populations increasing, the requirement of coastal mana...
A compilation of coastal weather analyses and climate change scenarios for the future for northern E...
Wave height in the North Atlantic has been observed to increase over the last quarter-century, based...
Waves at the ocean surface are responsible for modulating the exchange of radiation, heat, mass and ...
Global climate variabilities have the potential to impact many coastlines around the world, and can ...
Here we present results from wave models of the NE Atlantic and the NW European continental shelf, f...
The effect of global climate change on the wave climate of the coastal regions of the UK is investig...
Changes in future North Atlantic storminess will impact upon wave conditions along the European coas...
This study focuses on the impact of potential changes in the wind-wave climate on shoreline change. ...
In this paper, we investigate changes in the wave climate of the west-European shelf seas under glob...
We have updated the review by Woolf and Wolf (2013) by summarising the results of the IPCC AR5 repor...
Understanding the changes in future storm wave climate is crucial for coastal managers and planners ...
Within the framework of a Tyndall Centre research project, sea level and wave changes around the UK ...
Within the framework of a Tyndall Centre research project, sea level and wave changes around the UK ...
The coastal zones are facing the prospect of changing storm surge statistics due to anthropogenic cl...
With sea level rise accelerating and coastal populations increasing, the requirement of coastal mana...
A compilation of coastal weather analyses and climate change scenarios for the future for northern E...
Wave height in the North Atlantic has been observed to increase over the last quarter-century, based...
Waves at the ocean surface are responsible for modulating the exchange of radiation, heat, mass and ...
Global climate variabilities have the potential to impact many coastlines around the world, and can ...