We analyzed tropical cyclones (TC) based on the theory of Maximum Potential Intensity (MPI) and Maximum Potential Surge (MPS) for a long-term assessment of extreme TC intensity and storm surge heights. We investigated future changes in the MPI fields and MPS for different global warming levels based on 150-year continuous scenario projections (HighResMIP) and large ensemble climate projections (d4PDF/d2PDF). Focusing on the Western North Pacific Ocean (WNP), we analyzed future changes in the MPI and found that it reached a maximum in the latitudinal range of 30–40°N in September. We also analyzed future changes in the MPS in major bays of East Asia and along the Pacific coast of Japan. Future changes in the MPS were projected, and it was co...
Storm surges are among the deadliest natural hazards, but understanding and prediction of year-to-ye...
Recent research has strengthened the understanding of the links between climate and tropical cyclone...
As the climate changes during the 21st century, larger cyclonic storm surges and growing populations...
Any increase in flood frequency or severity due to sea level rise or changes in storminess would adv...
AbstractTropical cyclones generate severe hazards in the middle latitudes. A brief review and applic...
Japan lies on an area frequently hit by typhoons while city functions are clustered along the flat c...
Coastal floods, driven by extreme sea levels, are one of the most dangerous natural hazards. The peo...
Abstract In the coming decades, coastal flooding will become more frequent due to sea‐level rise and...
The impact of Typhoon Hagupit has raised public awareness on the hazard of storm surge. The internat...
金沢大学理工研究域環境デザイン学系To evaluate future changes in storm surge caused by global warming, dynamical downs...
The historical and future storm surge climate over the South China Sea Sunda Shelf was derived using...
Over the recent years, flood risks and losses have been increasing for coastal cities due to climate...
The increasing frequency of tropical-cyclone damage has attracted public interest regarding the impa...
Published version of an article from the journal:Natural Hazards. Also available from SpringerLink: ...
Typhoons are a leading natural cause of mass socioeconomic losses through floods, storm surges and h...
Storm surges are among the deadliest natural hazards, but understanding and prediction of year-to-ye...
Recent research has strengthened the understanding of the links between climate and tropical cyclone...
As the climate changes during the 21st century, larger cyclonic storm surges and growing populations...
Any increase in flood frequency or severity due to sea level rise or changes in storminess would adv...
AbstractTropical cyclones generate severe hazards in the middle latitudes. A brief review and applic...
Japan lies on an area frequently hit by typhoons while city functions are clustered along the flat c...
Coastal floods, driven by extreme sea levels, are one of the most dangerous natural hazards. The peo...
Abstract In the coming decades, coastal flooding will become more frequent due to sea‐level rise and...
The impact of Typhoon Hagupit has raised public awareness on the hazard of storm surge. The internat...
金沢大学理工研究域環境デザイン学系To evaluate future changes in storm surge caused by global warming, dynamical downs...
The historical and future storm surge climate over the South China Sea Sunda Shelf was derived using...
Over the recent years, flood risks and losses have been increasing for coastal cities due to climate...
The increasing frequency of tropical-cyclone damage has attracted public interest regarding the impa...
Published version of an article from the journal:Natural Hazards. Also available from SpringerLink: ...
Typhoons are a leading natural cause of mass socioeconomic losses through floods, storm surges and h...
Storm surges are among the deadliest natural hazards, but understanding and prediction of year-to-ye...
Recent research has strengthened the understanding of the links between climate and tropical cyclone...
As the climate changes during the 21st century, larger cyclonic storm surges and growing populations...