Analysis of sea surface temperature (SST) observations suggests a pan-oceanic interaction between the tropical Pacific and the Atlantic Ocean at multidecadal time scales, such that periods of anomalously high SSTs in the eastern tropical Pacific are followed by a basinwide SST dipole in the Atlantic Ocean with a time delay of a few decades. The SST anomaly structure in the Atlantic Ocean is reminscent of variations in the North Atlantic thermohaline circulation. The two ocean basins are linked through an ''atmospheric bridge'' involving anomalous fresh water fluxes. Based on the observational findings, the Atlantic thermohaline circulation may strengthen during the next decades in response to the strong decades-long increase in eastern trop...
Interbasin interactions have been increasingly emphasized in recent years due to their roles in shap...
The dependence of the air–sea interactions over the North Atlantic on the ocean dynamics is explored...
International audienceWe investigate how ocean-driven multidecadal sea surface temperature (SST) var...
Analysis of sea surface temperature (SST) observations suggests a pan‐oceanic interaction between th...
Analysis of sea surface temperature (SST) observations suggests a pan‐oceanic interaction between th...
During the past three decades, tropical sea surface temperature (SST) has shown dipole-like trends, ...
We have investigated the interactions of the tropical oceans on interannual time scales by conductin...
Abstract The relationship between interdecadal varia-tions of tropical sea surface temperature (SST)...
In this paper, the teleconnections from the tropical Atlantic to the Indo-Pacific region from inter-...
Past analyses of tropical Atlantic sea surface temperature variability have suggested a dipole behav...
Globally forced model simulations with an atmospheric general circulation model of intermediate comp...
Observations suggest a possible link between the Atlantic Multidecadal Oscillation (AMO) and El Nino...
equatorial mode of interannual variability called the Pacific El Niño and the Atlantic Niño, respe...
Interbasin interactions have been increasingly emphasized in recent years due to their roles in shap...
Abstract. Past analyses of tropical Atlantic sea surface temperature variability have suggested a di...
Interbasin interactions have been increasingly emphasized in recent years due to their roles in shap...
The dependence of the air–sea interactions over the North Atlantic on the ocean dynamics is explored...
International audienceWe investigate how ocean-driven multidecadal sea surface temperature (SST) var...
Analysis of sea surface temperature (SST) observations suggests a pan‐oceanic interaction between th...
Analysis of sea surface temperature (SST) observations suggests a pan‐oceanic interaction between th...
During the past three decades, tropical sea surface temperature (SST) has shown dipole-like trends, ...
We have investigated the interactions of the tropical oceans on interannual time scales by conductin...
Abstract The relationship between interdecadal varia-tions of tropical sea surface temperature (SST)...
In this paper, the teleconnections from the tropical Atlantic to the Indo-Pacific region from inter-...
Past analyses of tropical Atlantic sea surface temperature variability have suggested a dipole behav...
Globally forced model simulations with an atmospheric general circulation model of intermediate comp...
Observations suggest a possible link between the Atlantic Multidecadal Oscillation (AMO) and El Nino...
equatorial mode of interannual variability called the Pacific El Niño and the Atlantic Niño, respe...
Interbasin interactions have been increasingly emphasized in recent years due to their roles in shap...
Abstract. Past analyses of tropical Atlantic sea surface temperature variability have suggested a di...
Interbasin interactions have been increasingly emphasized in recent years due to their roles in shap...
The dependence of the air–sea interactions over the North Atlantic on the ocean dynamics is explored...
International audienceWe investigate how ocean-driven multidecadal sea surface temperature (SST) var...