Research Highlights | Earth & Environmental Systems Modeling

Project: Understanding Dynamics and Thermodynamics of ENSO and its Complexity Simulated by E3SM and Other Climate Models

Title		Contact	Institution	Date
Delineating the Seasonally Modulated Nonlinear Feedback onto ENSO from Tropical Instability Waves	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2020-04
Improved Predictability of the Indian Ocean Dipole Using a Stochastic Dynamical Model Compared to the North American Multimodel Ensemble Forecast	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2020-04
Fundamental Behavior of ENSO Phase-Locking	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2020-03
Strong Remote Control of Future Equatorial Warming by Off-Equatorial Forcing	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2020-02
A Simple Theory for the Modulation of Tropical Instability Waves by ENSO and the Annual Cycle	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2020-01
Improved Predictability of the Indian Ocean Dipole Using Seasonally Modulated ENSO Forcing Forecasts	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2019-08
ENSO Regime Changes Responsible for Decadal Phase Relationship Variations Between ENSO Sea Surface Temperature and Warm Water Volume	RGMA	Fei-Fei Jin	University of Hawaii - Manoa	2019-07