In the present work, the global wind and wave climate is studied on the basis of two well-known reanalysis products, namely ERA5 and CFSR-W (WW3 hereafter). Several statistical features of the datasets are assessed, such as seasonal variability, quantiles of the probability distribution, monthly, annual and inter-annual variability, and several error metrics. The time span covers a period of 31 years (1979–2009), a fact that assures that most of the long-scale features are equally present in both datasets. The analysis performed is depicted both on a global and regional scale. The results are also assessed by means of a global satellite altimeter dataset.publishedVersio
In this study, global wave climates for present and future climates are simulated by the WAM model, ...
The present developments in 10 m wind seasonal forecast products have lead to a growth in the number...
This dataset, produced through the Coordinated Ocean Wave Climate Project (COWCLIP) phase 2, represe...
In the present work, the global wind and wave climate is studied on the basis of two well-known rean...
Ph.D. University of Hawaii at Manoa 2013.Includes bibliographical references.Wind-generated waves pr...
In this work an intercomparison of two wave reanalysis products, namely ERA5 and CFSR-W (WW3 hereaft...
The Climate Forecast System Reanalysis (CFSR) provides a wealth of information spanning 1979–2009 fo...
There are numerous global ocean wave reanalysis and hindcast products currently being distributed an...
International audienceWave hindcasts of long time series (>30 years) have been instrumental in under...
The management of coastal zones requires precise data concerning past wind/wave regimes and future c...
We have produced a global ensemble mean of the four third-generation climate reanalysis models for t...
International audienceGlobal climate simulations do not capture the exact time history, making it di...
Reanalysis data underpin much research in atmospheric and related sciences. While most reanalysis on...
A comprehensive intercomparison of historical wind speed trends over the contiguous United States is...
In this study, global wave climates for present and future climates are simulated by the WAM model, ...
The present developments in 10 m wind seasonal forecast products have lead to a growth in the number...
This dataset, produced through the Coordinated Ocean Wave Climate Project (COWCLIP) phase 2, represe...
In the present work, the global wind and wave climate is studied on the basis of two well-known rean...
Ph.D. University of Hawaii at Manoa 2013.Includes bibliographical references.Wind-generated waves pr...
In this work an intercomparison of two wave reanalysis products, namely ERA5 and CFSR-W (WW3 hereaft...
The Climate Forecast System Reanalysis (CFSR) provides a wealth of information spanning 1979–2009 fo...
There are numerous global ocean wave reanalysis and hindcast products currently being distributed an...
International audienceWave hindcasts of long time series (>30 years) have been instrumental in under...
The management of coastal zones requires precise data concerning past wind/wave regimes and future c...
We have produced a global ensemble mean of the four third-generation climate reanalysis models for t...
International audienceGlobal climate simulations do not capture the exact time history, making it di...
Reanalysis data underpin much research in atmospheric and related sciences. While most reanalysis on...
A comprehensive intercomparison of historical wind speed trends over the contiguous United States is...
In this study, global wave climates for present and future climates are simulated by the WAM model, ...
The present developments in 10 m wind seasonal forecast products have lead to a growth in the number...
This dataset, produced through the Coordinated Ocean Wave Climate Project (COWCLIP) phase 2, represe...