[HTML][HTML] Interannual variability of sea level in the southern Indian Ocean: Local vs. remote forcing mechanisms
Abstract The subtropical southern Indian Ocean (SIO) has been described as one of the
world's largest heat accumulators due to its remarkable warming during the past 2 decades …
world's largest heat accumulators due to its remarkable warming during the past 2 decades …
Late 20th century Indian Ocean heat content gain masked by wind forcing
Rapid increases in upper 700‐m Indian Ocean heat content (IOHC) since the 2000s have
focused attention on its role during the recent global surface warming hiatus. Here, we use …
focused attention on its role during the recent global surface warming hiatus. Here, we use …
Modeling the Indian Ocean
Accurately representing physical processes over the Indian Ocean in global climate models
is critical for predicting weather and climate in many regions over the globe. Because of the …
is critical for predicting weather and climate in many regions over the globe. Because of the …
Exceptionally Strong Equatorial Intermediate Current Events in the Indian Ocean Associated with Climate Modes
Q Zhong, G Chen, J Chen - Journal of Physical Oceanography, 2024 - journals.ametsoc.org
Abstract Knowledge of the effects of climate modes on the equatorial intermediate current
(EIC) remains limited. This paper investigates exceptional events of the EIC in the Indian …
(EIC) remains limited. This paper investigates exceptional events of the EIC in the Indian …
[PDF][PDF] Interannual variability of sea level in the South Indian Ocean: Local versus remote forcing mechanisms
M Kersalé, DL Volkov, K Pujiana… - Ocean Science …, 2021 - scholar.archive.org
The subtropical South Indian Ocean (SIO) has been described as one of the world's largest
heat accumulators due to its remarkable warming during the past two decades. However …
heat accumulators due to its remarkable warming during the past two decades. However …