Sentences with phrase «global conveyor belt»

Surface Ocean Currents - including the coriolis effect, trade winds, boundary currents and the Ekman spiral The Global Conveyor Belt - including thermohaline circulation, the global conveyor belt, and effects of climate change.

The AMOC is known as the «global conveyor belt» because it brings warm water and temperatures to the eastern US and Europe, and recycles cold water from northern latitudes back down to the tropics.

The activity in the Greenland Sea is part of a global pattern of ocean movement, known as thermohaline circulation, or more commonly the «global conveyor belt.»

This global conveyor belt of water is AMOC, and it is critical to the world's climate.

Changes in polar vortex winds high in the stratosphere can alter the global conveyor belt of ocean circulation.

The incoming water, part of the global conveyor belt of currents circulating throughout the oceans, is relatively warm and salty compared with the rest of the Southern Ocean.

Not exact matches

With Hytrel ®, Esbelt was able to produce a superior conveyor belt allowing for both x-ray and metal detection, which helped reduce the risk of particle contamination,» said Franco Marabelli, Global Business Consultant, Development Material Handling, DuPont Performance Materials.

The so - called «conveyor belt of the ocean» plays an important role in regulating global temperatures and the phenomenon is feared to have serious consequences.

This also tends to support the general concept that changes in the tropics (30N - 30S) are the primary drivers of global climate change; processes in the North Atlantic and North Pacific seem to respond to changes in the tropics, not the reverse — i.e. the concept of climate controlled by a global oceanic conveyor belt driven by a North Atlantic gear mechanism can probably be discarded.

They are spun and exchanged on the global lubrication of currency and then transported by the conveyor belt of the ocean.

The so - called «conveyor belt of the ocean» plays an important role in regulating global temperatures and the phenomenon is feared to have serious consequences.

I was formerly somewhat skeptical about the notion that the ocean «conveyor belt» circulation pattern could weaken abruptly in response to global warming.

MOC stands for Meridional Overturning Circulation, and although it refers to the same global pattern of ocean currents («conveyor belt») as the thermohaline circulation, this story shows why actually MOC is the more accurate name, as it is not just... Continue reading →

Understanding such processes, though, is «critically important to understanding the climate of the earth» because of the way sea ice formation works as the initial driver of the global ocean «conveyor belts», Dr Lieser said.

Though sailors had long known of these oceanic conveyor belts, the first truly systematic description of global currents was published in «The Physical Geography of the Sea» (Harper & Brothers, 1855) by Matthew Fontaine Maury, the head of the U.S. Navy's Depot of Charts and Instruments.

An Ocean Current Out of the Blue The discovery that a long - suspected ocean current — the North Icelandic Jet — contributes a large amount of cold, dense water to the global ocean conveyor belt that regulates climate in the Northern Hemisphere has thrown a wrench into scientists» understanding of how the ocean will respond to climate change.

Depending on how the continents are arranged the global ocean conveyor belt changes and having a land mass over a pole blocks warm water from getting at the ice to melt it.

This also tends to support the general concept that changes in the tropics (30N - 30S) are the primary drivers of global climate change; processes in the North Atlantic and North Pacific seem to respond to changes in the tropics, not the reverse — i.e. the concept of climate controlled by a global oceanic conveyor belt driven by a North Atlantic gear mechanism can probably be discarded.

Essentially, the study proposes that climate feedbacks could work completely and totally against us, as warm water becomes trapped on top of a layer of colder Antarctic waters due to a near total shutdown in the global ocean conveyor belt, which circulates ocean heat from the coast of Antarctica to Newfoundland.

The Atlantic meridional overturning circulation (AMOC for short) is an integral part of the global ocean conveyor belt.

Peter Ward on the consequences of this development: «When [the global ocean current conveyor belt] stops, we lose oxygen at the bottom, and we start the process toward mass extinction.»