Ocean Thermohaline Circulation: Climate Feedbacks and Global Change

Beneath the surface of our oceans lies a massive, invisible engine that regulates the Earth's temperature and weather patterns. Ocean Thermohaline Circulation explores the Atlantic Meridional Overturning Circulation, or AMOC, a global conveyor belt that transports heat from the tropics to the poles. This book answers the critical question of how this system maintains climate stability and why its potential collapse is one of the most significant risks facing humanity today. It is written for curious readers, students, and climate enthusiasts seeking to understand the deep mechanisms driving global change beyond the headlines.

Inside, you will travel to the hostile chimneys of the North Atlantic where water sinks to drive the global loop, and examine the delicate balance of salt and temperature that keeps the ocean moving. The text illuminates the physics behind tipping points, revealing how melting ice could stall the circulation, and reviews the geological evidence of past collapses that plunged the world into sudden cold spells. It bridges the gap between theoretical models and the real-time data collected by modern sensor arrays to explain how scientists monitor the ocean's health.

Concise and accessible, this guide transforms complex oceanography into a gripping narrative about the planet's fragility. It avoids dense jargon in favor of clear explanations, making the science of heat transport, hysteresis, and climate feedback loops understandable for non-experts. This is a vital resource for navigating the uncertainty of our changing world.

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Udgivelsesdato

E-bog: 26. januar 2026