Video - Global warming being blasted away by lowest solar activity in four centuries?

We appear to be headed for conditions similar to the Maunder Minimum, says this video from Suspicious0bservers. This low in solar activity comes after what was likely the highest solar activity in the last 3,000 years. HT: NewIceAge.

Here are a few observations from the video:

The primary concern is famine.

In the 1630s, two million people died due to famine in India. At about the same time, huge portions of Europe developed famines, including Poland, Ireland, England, France. In the early 1660s, India went two years without a single drop of rain. In 1680, famine killed 80,000 people in Sardinia. A famine in the 1690s killed 15 percent of the Scottish population. Two million dead in France during that same period. During the same decade, more than 100,000 peopole died in Sweden and Estonia. At the turn of the century, two million more people died of famine in India. Just a few years later, Eastern Prussia lost 40 percent of its population to famine. Look at the chart in this video to see how quickly the climate changed. We are currently experiencing changes even faster than those.

The harsh winters like 2010 in Europe, or 2013 in North America, will become more prevalent, the video continues.

This brings up some important questions.

How long before travel and commerce are interrupted? How long before agriculture suffers like it did 400 years ago? How long before the plagues and disease that come with famine rise again?

“If Toronto’s Pearson International Airport weather station doesn’t hit 30.0ºC before the end of August — and it’s not looking like it will — this will be the first consecutive July and August that Pearson has not hit 30.0ºC+ since records began at Pearson in 1938 — that’s 76 years of data,” says Weather Network meteorologist Dayna Vettese.

Hmmmm....On a personal note , for the last 24 months temp where i live have been about 4-5 degrees BELOW normal average, so much for global warming..... Google the term 'De Vries cycle'.