El Nino - Globe Thesis - Globe Thesis

Keyword [El Nino] Result: 1 - 20 \| Page: 1 of 6
1.	The Improvement Of Zebiak-Cane Coupled Ocean-Atmosphere Model And The Simulation And Diagnosis Of 1997/1998 El Nino Event
2.	Analysis On The Multi-factors Of El Nino Formation
3.	Tidal Periodicity And Its Application In Disasters Prediction
4.	A Study On The Relationship Between Southern Annular Mode (SAM) And El Ni(?)o-Southern Oscillation (ENSO)
5.	Climatic And Anomalous Analysis Of Atmospheric Angular Momentum Balance
6.	The Variations Of The Cold-warm And The Drought-flood During The Recent 50 Years In Heilongjiang Province
7.	The Response Of Principal Oscillation Pattern Of Wind Stress To Ocean And Its Diagnostic Analysis And Numerical Simulation
8.	Analysis Of The Sea-Level Anomaly Character Index In The Seas Near China
9.	The Characters Analysis Of Climate And Anomaly On MJO Of China Precipitation
10.	Long Periods Variance Of South China Sea's Sea Surface Temperature And Its Coupling Relation With El Nino
11.	Comparison Of Response To Thermal Forcing And Wind Stress Forcing For Equatorial Pacific
12.	The Nonlinear Relationships Between SSTA Over Tropical Pacific And 500hPa Height Field Over Pacific Northern American
13.	Merging And Application Of Multi-source Oceanic Precipitation Information
14.	Temporal And Spatial Analysis On Response Of Climate In Northeast China To El Nino
15.	The Longitudinal Distribution Of Atmospheric Low-frequency Oscillations In Middle-High Latitude And The Impacts Affected By ENSO Events
16.	Long Equatorial Wave Dynamics Of The El Nino/La Nina Events In 2008-2010
17.	Research On Different Types Of El Nino Events And Its Possible Causes For The Intraseasonal Variations Of Following Summer Precipitation In Eastern China
18.	Different SST Anomalies Over The Indian Ocean And Impacts On Asian Climate In Two-Type E1Nino Developing Phase
19.	Influence Analysis Of Flood-drought Disasters In Anhui Province Based On Aridity And EI Nino Index
20.	The Southwest Indian Ocean Thermocline Dome Simulated In CMIP5 Models And Its Response To Global Warming
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