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Keyword [CMIP5]
Result: 1 - 20 | Page: 1 of 7
1.
Temporal And Spatial Distribution Characteristics And Future Estimates Of Extreme Precipitation In China Under The Background Of Climate Change
2.
A Climatology And Variation Research Of Extratropical Cyclones In The North Hemisphere
3.
Temporal And Spatial Characteristics Of Extreme Precipitation Events In China And Projection
4.
On Relationship Between Pacific-japan Teleconnection And Sea Fogs Over The Northwestern Pacific
5.
Interannual Variability Of Sea Fog Frequency In The Northwestern Pacific In July-with A Projection Under Global Warming
6.
Applicability Of Different Drought Index And Future Drought Projection In Dry-farming Areas Of Gansu Province
7.
Long-term Behavior Of Surface Air Temperature And Its Impacts In CMIP5Models
8.
Projection And Evaluation Of The Temperature Extremes Indices Over China By CMIP5Models
9.
Evaluation Of The Circulation Modes In The East Asia By CMIP5Models
10.
Bayesian Model Averaging Prediction Of The Surface Temperature And Precipitation Using CMIP5Data
11.
The Area Of Low Latitude Plateau Forecast Research On Climate Change In The Future Based On CMIP5’s Five Models
12.
Effects Of Volcanic Sulfate Aerosols On East Asia Monsoon Precipitation
13.
Assessment Of The Aleutian Low Characteristics And Its Variability In The 20
th
Century Using CMIP5 Multi-model
14.
Simulation And Projection Of Climate Change In Asian Large River Basin Based On CMIP5 Modes
15.
Bayesian Model Averaging Prediction Of The Circulation In East Asia Using CMIP5 Data
16.
Statistical Downscaling Of Temperature And Precipitation Based On The Multimodel Ensemble Forecast Using CMIP5 Data
17.
Evaluation And Projection For Extreme Temperature Events In China By CMIP5 Global Climate Models
18.
The Research Of Analysis And Simulation For Changes Of Atmospheric Water Vapor Over China
19.
Evaluation Of CMIP5 Models’ Capacity In Simulating The Eurasian Blocking Highs And Projection Of Its Change Trend
20.
Detection, Attribution And Projection Of Changes In Surface Temperature And Climate Classes Under Global Warming Background
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