As Milloy describes it the two scientists “hypothesized that cosmic rays from space influence the Earth's climate by effecting cloud formation in the lower atmosphere. Their hypothesis was based on a strong correlation between levels of cosmic radiation and cloud cover -- that is, the greater the cosmic radiation, the greater the cloud cover. Clouds cool the Earth's climate by reflecting about 20 percent of incoming solar radiation back into space. The hypothesis was potentially significant because during the 20th century, the influx of cosmic rays was reduced by a doubling of the Sun's magnetic field, which shields the Earth from cosmic rays. According to the hypothesis, then, less cosmic radiation would mean less cloud formation and, ultimately, warmer temperatures -- precisely what was observed during the 20th century.”
The policy implications of Svensmark and Friis-Christensen’s research are tremendous, however, as Milloy observes so far the mainstream media seems to be profoundly uninterested.
comments powered by Disqus
- From Germany to Mexico: How America’s source of immigrants has changed over a century
- Confederate Flag Supporters Indicted Under Georgia's Anti-Gang Law
- One of King Henry V's 'great ships' likely found in England
- Georgia's Stone Mountain to be topped by MLK tribute
- Tim Naftali: declassified documents reveal a cunning and cagey president
- Call to help Moroccan historian Maâti Monjib, who has been on hunger strike since 6 October 2015
- Charles Gillispie, trailblazer in the history of science, dies at 97
- NYT History Book Reviews: Who Got Noticed this Week?
- NC student’s senior thesis selected as top paper sheds light on little-known victory over Jim Crow