Global cooling starting 2030 (Valentina Zharkova, Jon Austin)

Link: http://www.express.co.uk/news/science/616937/GLOBAL-COOLING-Decadelong-ice-age-predicted-as-sun-hibernates

GLOBAL COOLING: Decade long ice age predicted as sun 'hibernates' SCIENTISTS claim we are in for a decade-long freeze as the sun slows down solar activity by up to 60 per cent.

By JON AUSTIN PUBLISHED: Tue, Dec 1, 2015

GETTY The big freeze could last a decade as sun goes to sleep A team of European researchers have unveiled a scientific model showing that the Earth is likely to experience a “mini ice age� from 2030 to 2040 as a result of decreased solar activity.

Their findings will infuriate environmental campaigners who argue by 2030 we could be facing increased sea levels and flooding due to glacial melt at the poles.

However, at the National Astronomy Meeting in Wales, Northumbria University professor Valentina Zharkova said fluctuations an 11-year cycle of solar activity the sun

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goes through would be responsible for a freeze, the like of which has not been experienced since the 1600s.

From 1645 to 1715 global temperatures dropped due to low solar activity so much that the planet experienced a 70-year ice age known as Maunder Minimum which saw the River Thames in London completely frozen.

The researchers have now developed a "double dynamo "model that can better predict when the next freeze will be.

Based on current cycles, they predict solar activity dwindling for ten years from 2030.

Professor Zharkova said two magnetic waves will cancel each other out in about 2030, leading to a drop in sun spots and solar flares of about 60 per cent.

GETTY Sunspots are dark concentrations of magnetic field flux on the surface that reduce surface temperature in that area, while solar flares are burst of radiation and solar energy that fire out across the solar system, but the Earth's atmosphere protects us from the otherwise devastating effects.

She said: "In cycle 26, the two waves exactly mirror each other, peaking at the same time but in opposite hemispheres of the Sun. "We predict that this will lead to the properties of a ‘Maunder minimum.

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