Difference between revisions of "Scientific knowledge contradicted by young Earth theories"
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** plate tectonics | ** plate tectonics | ||
** formation of geological structures | ** formation of geological structures | ||
| − | * underpinnings of | + | ** the [[wikipedia:Pleistocene|Pleistocene]] era, from 1.806 million (±5,000) years to 11,550 years before present, during which the last major glaciations took place |
| + | ** the formation of [[wikipedia:Lake Agassiz|Lake Agassiz]] circa 11,000 BC | ||
| + | ** the existence of [[wikipedia:Lake Bonneville|Lake Bonneville]] from about 30,000 BC until about 15,000 BC | ||
| + | ** the existence of a substantial number of other [[wikipedia:List of prehistoric lakes|prehistoric lakes]] | ||
| + | * underpinnings of [[anthropology]], which make extensive use of what we have learned about specific prehistoric cultures, many of which existed before 10,000 BC, not to mention [[evolution]]ary theory | ||
| + | * the existence of the [[wikipedia:Natufian culture|Natufian culture]], circa 12,000–10,200 BC | ||
| + | * the [[wikipedia:Younger Dryas|Younger Dryas]] climate event, circa 10,000 BC | ||
Revision as of 16:47, 11 June 2007
Overview
There are a number of proponents of the idea that the Earth is considerably younger than the generally accepted scientific theories; these are generally referred to as young Earth theories. These theories, though differing in many specifics (where those specifics are given at all) generally contradict vast amounts of mutually-supportive scientific data while offering very little (if any) understanding in exchange. This page is for documenting the extent to which young Earth theories directly contradict centuries of documented scientific evidence and analysis, and attempt to decimate the vast body of scientific understanding about the prehistoric past by replacing its answers with vagueness and unanswered questions.
Areas Contradicted
A brief list, for expansion later:
- all of cosmology: the evolution of stars and galaxies simply does not happen on a timescale of less than millions of years, aside from cataclysmic events like novae; our understanding of even those events, however, requires inhumanly vast timescales for the processes preceding and following
- much of astronomy: our theories about the formation of various planetary bodies require rather more than 10,000 years in which to operate (by several orders of magnitude); the accuracy of these theories figure significantly in a number of ways related to the future of humanity
- much of geology:
- plate tectonics
- formation of geological structures
- the Pleistocene era, from 1.806 million (±5,000) years to 11,550 years before present, during which the last major glaciations took place
- the formation of Lake Agassiz circa 11,000 BC
- the existence of Lake Bonneville from about 30,000 BC until about 15,000 BC
- the existence of a substantial number of other prehistoric lakes
- underpinnings of anthropology, which make extensive use of what we have learned about specific prehistoric cultures, many of which existed before 10,000 BC, not to mention evolutionary theory
- the existence of the Natufian culture, circa 12,000–10,200 BC
- the Younger Dryas climate event, circa 10,000 BC