https://t.co/9966oLsU9C
https://t.co/0HlivZYca9
GPC/m: Global Precipitation Climatology by Machine Learning; Quasi-global, Daily, and One Degree Spatial Resolution
#climate#ML#AI#precipitation#dataset#zenode
Influence of land-surface memory effects over the Tibetan Plateau on the Asian summer monsoon has long been studied, but not quantified because of the difficulty of extracting only these effects from observational data. This study examines the impact of spring land-surface ......
#Land or #sea? Scientists reveal effect of land conditions on #Asian#monsoon#climate
Analysis of simulations highlights impact of conditions over #Tibetan plateau in late spring
https://t.co/vQhSJXPazh
https://t.co/pSlZMmYZsa
Joint WCRP/WWRP MP webinar on African Monsoons on 6th March 2024.
Below is information on the WCRP/CLIVAR/GEWEX monsoon panel's African Monsoon webinar.
https://t.co/FJktdDplrO
A new paper!!
https://t.co/ZBnudvJmTo
Impact of spring land-surface conditions over the Tibetan Plateau on the early summer Asian monsoon using an AGCM large ensemble. Clim Dyn (2024).
https://t.co/JrgcFt4K5B
...new satellite data showing
distribution of heavy ice in the atmosphere worldwide. They focused on the Asian monsoon region, finding larger droplets and more heavy ice precipitation on land before the actual monsoon season
#GPM#jaxa#NASA#climate
論文が掲載されました。オープンアクセスです。
#アジアモンスーン の #雨の降り方 の #季節変化 について、#衛星観測データ を用いて解析しました。研究会などでたくさんのコメントをいただきました。ありがとうございました。
Yamaji, M., and H. G. Takahashi, 2023: https://t.co/y58y1lbtLy.
#GPM
Happy #TimeLapseTuesday!
We're sharing this 10-hour imagery captured by @NOAA's #GOESWest satellite early last week of mesmerizing cloud eddies-- known as #vonKármán vortices-- streaming off Guadalupe Island in the Pacific. 😍
When I look at this jet stream the word insane comes to mind. It's even more astonishing when you consider it's mid June! This configuration, likely enhanced by climate heating, is fueling a record heat dome so extreme that even experts are astonished!
Seasonal differences of precipitation and microphysical characteristics over the Asian monsoon region using spaceborne dual-frequency precipitation radar
Moeka Yamaji and Hiroshi G. Takahashi