The El Niño-Southern Oscillation, or ENSO, is perhaps the most well-known climate teleconnection (SN: 8/21/19). ENSO entails phases during which weakened trade winds cause warm surface waters to ...

Aoki says "The mechanism of teleconnection between tropical Pacific ... Further study could enhance our understanding of global-scale climate teleconnections and allow for more precise forecasts ...

Now, researchers from Kyushu University have revealed that this ocean-atmosphere coupling enhances teleconnection patterns—when climate conditions change across vast regions of the globe—in ...

Climate models vary in predicting how ENSO activity will ... with an independent Northern Hemisphere temperature reconstruction that captures well-known teleconnection climate patterns. These proxy ...

A new study has made important strides in understanding a key teleconnection pattern ... The rainfall was linked to a tropical cyclone, ... Climate change is accelerating the melting of ice ...

This research thus highlights the urgent need to address climate change. More information: Jueun Lee et al, Evolving winter atmospheric teleconnection patterns and their potential triggers across ...

A Nature study published on May 23 analyzes 35 years of precipitation data (1980–2015) to reveal how global climate patterns, ...

A teleconnection allows the atmosphere to influence ... a British physicist named Gilbert Walker noticed a striking rhythm while studying climate data. He recognized that air pressure patterns ...

Mar. 28, 2024 — Ocean-atmosphere coupling, the exchange in energy between the ocean and atmosphere, influences teleconnection patterns, the climate effects across vast geographical areas ...

This influence is part of a phenomenon known as an atmospheric teleconnection. Think of it like a long-distance phone call between different parts of the atmosphere: sometimes the signal is fuzzy ...