Add to ORKGIt has recently been proposed that the broad spectrum of interannual variability in the tropics with a peak around four years results from an interaction between the linear low-frequency oscillatory mode of the coupled system and the nonlinear higher-frequency modes of the system. In this study we determine the Lyapunov exponents of the conceptual model consisting of a nonlinear low-order model coupled to a linear oscillator for various values of the coupling constants
This paper presents a summary of our research on the predictability and variability of a coupled oce...
The possibility of changes in the dynamical behavior of our climate system as the global temperature...
[1] To study the atmospheric predictability from the view of nonlinear error growth dynamics, a new ...
It has recently been proposed that the broad spectrum of interannual variability in the tropics with...
A conceptual model is proposed to explain the observed aperiodicity in the short term climate fluctu...
It has recently been proposed that the broad spectrum of interannual variability in the tropics wit...
It has recently been proposed that the broad spectrum of interannual variability in the tropics with...
We propose that the broad spectrum of interannual variability in the tropics with a peak around four...
International audienceWe formulate and study a low-order nonlinear coupled ocean-atmosphere model wi...
Abstract Because atmosphere itself is a nonlinear system and there exist some problems using the lin...
The dynamics of a low-order coupled wind-driven ocean–atmosphere system is investigated with emphasi...
The stability properties of intermediate-order climate models are investigated by computing their L...
Simulations with ocean and atmospheric general circulation models and a hybrid coupled model reprodu...
Dynamical system in terms of phase space are defined by the collection of variables needed to determ...
A dynamical systems approach is used to quantify the instantaneous and time-averaged predictability ...
This paper presents a summary of our research on the predictability and variability of a coupled oce...
The possibility of changes in the dynamical behavior of our climate system as the global temperature...
[1] To study the atmospheric predictability from the view of nonlinear error growth dynamics, a new ...
It has recently been proposed that the broad spectrum of interannual variability in the tropics with...
A conceptual model is proposed to explain the observed aperiodicity in the short term climate fluctu...
It has recently been proposed that the broad spectrum of interannual variability in the tropics wit...
It has recently been proposed that the broad spectrum of interannual variability in the tropics with...
We propose that the broad spectrum of interannual variability in the tropics with a peak around four...
International audienceWe formulate and study a low-order nonlinear coupled ocean-atmosphere model wi...
Abstract Because atmosphere itself is a nonlinear system and there exist some problems using the lin...
The dynamics of a low-order coupled wind-driven ocean–atmosphere system is investigated with emphasi...
The stability properties of intermediate-order climate models are investigated by computing their L...
Simulations with ocean and atmospheric general circulation models and a hybrid coupled model reprodu...
Dynamical system in terms of phase space are defined by the collection of variables needed to determ...
A dynamical systems approach is used to quantify the instantaneous and time-averaged predictability ...
This paper presents a summary of our research on the predictability and variability of a coupled oce...
The possibility of changes in the dynamical behavior of our climate system as the global temperature...
[1] To study the atmospheric predictability from the view of nonlinear error growth dynamics, a new ...