Published Dec 1, 2017

Episode 90: Climate Systems

Explore the profound impact of ocean currents, atmospheric circulation, and the Coriolis effect on global climate systems with James Fodor as he unravels the roles of thermohaline circulation, jet streams, and geographic features in shaping weather patterns and climate across the Earth.

Episode Highlights

Topics covered

Episode Highlights

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Dexa/The Science of Everything Podcast

Episode 90: Climate Systems

Topics covered

Popular Clips

Ocean Currents Explained

Continentality Effects

Monsoons and Coriolis

Understanding Monsoons

Wind Patterns Explained

Equatorial Climate Dynamics

Energy Flows Explained

Coriolis Effect Explained

Cyclonic Airflow Dynamics

Sea Breezes Explained

Temperature and Geography

Hadley Cell Dynamics

Atmospheric Circulation Patterns

Jet Streams and Currents

Coriolis Effect Explained

Episode Highlights

Ocean Currents

Atmospheric Circulation

Coriolis Effect

Climate Influencers

Related Episodes

Episode 143: Climate Modelling

Episode 141: Natural Climate Change

Episode 110: Weather Part II

Episode 140: A History of Earth's Climate

Episode 109: Weather Part I

Episode 88: Cartography and Earths Seasons

Episode 142: The Greenhouse Effect

Episode 87: The Geography of Planet Earth

Episode 89: The Atmosphere

Episode 128: Wind, Deserts, and Coasts

Episode 144: Anthropogenic Climate Change

Episode 61: Magnetism

Episode 22: Our Place in the Cosmos

Episode 1: Explaining Gravity

Episode 127: Weathering, Erosion, and Rivers

Episode 90: Climate Systems

Topics covered

Popular Clips

Episode Highlights

Ocean CurrentsThe podcast explores the intricate network of ocean currents and their profound impact on global climate systems. James Fodor highlights the significance of thermohaline circulation and major ocean currents in redistributing heat and influencing weather patterns worldwide.

Ocean Currents

Atmospheric CirculationJames Fodor explores the intricate dynamics of atmospheric circulation cells and their profound impact on Earth's climate. He delves into the roles of Hadley, Ferrell, and Polar cells, as well as the influence of jet streams on global weather patterns.

Atmospheric Circulation

Coriolis EffectThe Coriolis effect, a result of Earth's rotation, significantly influences atmospheric and oceanic movements. James Fodor explores its mechanics, misconceptions, and impact on weather systems, highlighting its role in shaping global climate patterns.

Coriolis Effect

Climate InfluencersJames Fodor explores the intricate relationship between geographic features and climate, focusing on latitude, altitude, and continentality. He also examines the dynamics of monsoons and the Coriolis effect, revealing their roles in shaping global weather patterns.

Climate Influencers

Related Episodes