Dinosaurs and the Expanding Earth
When Dinosaurs and the Expanding Earth was first published it proposed a startling idea to explain the long-standing puzzle of the dinosaurs' gigantic size. Stephen Hurrell presented scientific evidence that dinosaurs lived in a reduced gravity and this allowed them to grow to gigantic proportions.The Reduced Gravity Earth theory explains why all land-based life has shifted towards a larger scale on the ancient Earth. This includes gigantic dinosaurs, plants and insects. It is also a key piece of evidence that provides additional support for an Expanding Earth, something a few leading geologists have been suggesting for decades.Since its initial unveiling, the Reduced Gravity Earth theory has been widely discussed and debated. Individuals from laymen to professors are now arguing that gravity was lower on the ancient Earth. You can analyse the evidence for believing the controversial Reduced Gravity Earth theory and its implications for the Expanding Earth in this third edition of Dinosaurs and the Expanding Earth.
Praise for previous editions of Dinosaurs and the Expanding Earth
'something completely different ... an original work rather than a re-presentation of existing knowledge ... well presented.' GEOLOGY TODAY - Blackwell Science Ltd.
'Engineers (Hurrell) have shown that dinosaurs' bones could not have borne their weight ... much reduced surface gravity is essential for dinosaurs to have existed.' Professor S. Warren Carey, University of Tasmania.
'... written in a plain straightforward style and its target is a wide public not interested in specialist treatises. Its clear and lively descriptions lead the reader straight to the core of the arguments. ... could well be the topics of joint scientific collaboration between engineers and paleontologists.' ANNALS OF GEOPHYSICS
The Scale Limits of Life
Optimum Form for Different Scales
Giant Plants of the Palaeozoic Era
Mesozoic Era Plants
The Changing Force of Gravity
Continental Drift is Rediscovered
The Expanding Earth
Ancient Surface Gravity
Meteorites and Ice Ages
Discs of Dust