CMIP6 - Globe Thesis - Globe Thesis

Keyword [CMIP6] Result: 21 - 40 \| Page: 2 of 3
21.	The Inter-Decadal Variation And Atmospheric Circulation Causes Of Extensive And Persistent Extreme Cold Events In China
22.	Evaluation Of East Asian Meiyu From CMIP6/AMIP Simulations
23.	Characteristics And Mechanism Of Extreme Precipitation In The Surrounding Area Of The Tibetan Plateau
24.	Precipitation Change And Its Related Mechanism In Semi-arid Region Of Middle Latitude In Northern Hemisphere
25.	Variations Of Meteorological Drought Characteristics And Drought Tendency In The Upper And Middle Reaches Of Huai River Basin Based On CMIP6
26.	Spatio-temporal Change Of The Persistent Extreme Precipitation Over China And The Future Projections
27.	Longterm Trend Of The Southeast Indian Subantarctic Mode Water In The CMIP6 Coupled Models
28.	Simulation And Projection Of Precipitaion Over Tibetan Plasteau By CMIP6 Models
29.	Study On Ocean Warming And Marine Heatwave Events In The Arctic Region
30.	Study On South Asian High Variations Based On Multiple Sets Of Definitions And The Evaluation For Multi-models Simulation
31.	Projected Change On Multi-year Annual Extreme Of Daily Heat And Precipitation Events In China
32.	The Characteristics Of Runoff Change In The Yalong River Basin And Its Response To Climate Change
33.	Parameter Regionalization Based Global Hydrological Model Development,Simulation,and Prediction
34.	Study On The Evolution Law And Future Trend Of Runoff In The Three-River Headwaters Region
35.	Attribution Of Historical Runoff Changes And Prediction Of Future Runoff Changes In The Lancang River Basin
36.	Extreme Climate Change And Its Impact On Vegetation In The Mongolian Plateau
37.	Moderating Effects Of MJO On Blocking Frequency In The Pacific Ocean In Winter
38.	Simulation Evaluation And Prediction Of Extreme Temperatures In The "Silk Road Economic Belt" Based On The CMIP6 Model
39.	Variation And Mechanism Analysis Of Polar Warming Amplification Effect In Different Warming Scenarios Of CMIP6
40.	Effects And Prediction Of AMV And PDV On The Interdecadal Variation Of East Asian Summer Precipitation
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