Akio Kitoh results 23
· Newest (Page 1/1, per page 25)
Author: Akio Kitoh ×Clear All Filters
Search Results
Previous studies have found that under global warming, El Niño/Southern Oscillation (ENSO)-related rainfall variability will become enhanced over the tropical central-eastern Pacific and weakened over the western Pacific. The climatological sea surface temperature (SST) warming pattern exhibits a warming center in the equatorial eastern Pacific in projections. How this pattern contributes to projected changes in ENSO-driven ra...
Asian monsoon climate change - Understanding and predictionNARA Subscribed
Effects of mountain uplift on global monsoon precipitationNARA Subscribed
The SST‐forced predictability of the sub‐seasonal mode over East Asia with an atmospheric general circulation modelNARA Subscribed
The sea surface temperature (SST)‐forced predictability in precipitation is investigated in terms of the seasonal mean modes (SMMs) for June–July (JJ) and the sub‐seasonal mode (SSM) using the 24‐year six‐member ensembles simulation with an atmospheric general circulation model (AGCM). The SSM was defined as a 20‐day window length by an extended empirical orthogonal function (EOF) over the East Asian monsoon region. For the JJ...
East Asian summer monsoon simulation by a 20-km mesh AGCMNARA Subscribed
ENSO modulation by mountain upliftNARA Subscribed
Sensitivity of the central Asian climate to uplift of the Tibetan Plateau in the coupled climate model (MRI‐CGCM1)NARA Subscribed
The relationship between the altitude of the Tibetan Plateau and climate change in central Asia was investigated through a numeric experiment using the Meteorological Research Institute (MRI) coupled atmosphere–ocean general circulation model I (MRI‐CGCM1). The results suggest that summer precipitation in central Asia decreased significantly as the Tibetan Plateau rose in height. Spring precipitation, however, increased during...
Previous1Next