Search results
Oct 22, 2007 · Singer and Avery skillfully present their case for the existence of a solar-induced 1,500 year cycle that generates warming and cooling of the Earth's temperature irrespective of the atmospheric concentration of greenhouse gases.
- (394)
- S. Fred Singer, Dennis T. Avery
- $17.45
- Rowman & Littlefield Publishers
Unstoppable Global Warming: Every 1,500 Years is a book about climate change, written by Siegfried Fred Singer and Dennis T. Avery, which asserts that natural changes, and not CO 2 emissions, are the cause of global warming.
- S. Fred Singer, Dennis T. Avery
- 2006
Sep 13, 2006 · Singer and Avery present—in popular language supported by in-depth scientific evidence—the compelling concept that global temperatures have been rising mostly or entirely because of a natural...
Using historic data from two millennia of recorded history combined with the natural physical records found in ice cores, seabed sediment, cave stalagmites, and tree rings, Unstoppable Global Warming argues that the 1,500 year solar-driven cycle that has always controlled the earth's climate remains the driving force in the current warming trend.
How did we find Earth's 1,500-year climate cycle? The sun-climate connection. Warming and cooling in human history. The Earth tells its own story of past climate cycles -- Part 2. Predicting future climates. Shattered glass in the greenhouse. Fraud and deceit in selling man-made global warming. How far can we trust global climate models? -- Part 3.
Singer and Avery present-in popular language supported by in-depth scientific evidence-the compelling concept that global temperatures have been rising mostly or entirely because of a natural cycle. Unstoppable Global Warming explains why we're warming, why it's not very dangerous, and why we can't stop it anyway.
- Fred S. Singer, Dennis Avery
Oct 22, 2007 · Singer and Avery skillfully present their case for the existence of a solar-induced 1,500 year cycle that generates warming and cooling of the Earth's temperature irrespective of the atmospheric concentration of greenhouse gases.
