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Hi, everybody! I've noticed with lots of joy and happiness, that thousands of comments have been written in my posts. It's wonderful that so may people around the world appreciate my work. Therefore, I want to thank you for that and ,at the same time I want to ask you to be this blog's followers. It's fast and easy! Make it be even more visited and spread all over the world! I'm a woman, a teacher of English in Portugal, and I've been away for quite a long time because of my father's health. Unfortunately he died from Covid19 a few months ago. Now I felt it was time to restart my activity in this and other blogs I owe. I've recently created a new one in a partnership with a street photographer, Mr. Daniel Antunes. He's fabulous! https://pandpbydandd.blogspot.com I'd like you to visit it and, who knows, become our followers. The poems, chronicles and thoughts are all mine. Thank you so much! Kisses :-)

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Friday, February 26, 2016

How Northern European waters soak up carbon dioxid

The seas around the UK and the rest of northern Europe take up a staggering 24 million tonnes of carbon each year.

Stormy waters
Colder, stormy waters at higher latitudes tend to take up most carbon dioxide
It is a mass equivalent to two million double-decker buses or 72,000 747 jets.
The number was produced by scientists studying the movement of carbon dioxide into and out of the oceans.
The team, led by Heriot-Watt University and Exeter University, has produced a software "engine" that will allow other scientists to do the same for different parts of the globe.
"It's a software toolbox essentially, that we've made available," said Exeter's Jamie Shutler.
"We've used it for our own work. We've done extensive checking, and now we're putting it out there for everyone else to use."
The amount of carbon dioxide absorbed by seawater acts as a moderator in the climate system.
It is estimated that a third of all human-produced CO2 emissions, from fossil fuel burning and the like, ends up in the oceans. Another third is taken up by land "sinks", with the rest remaining in the atmosphere.
Researchers are keen to understand how this budget might change over time.
Study
From  BBC News

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