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::You'd expect more strains to go extinct in a biblical flood than on an average year I'd imagine. Why wouldn't you expect highly localized species to go extinct when weather patterns shift or similar events happen? --[[User:DrDean|DrDean]] 02:21, 20 September 2011 (EDT)
 
::You'd expect more strains to go extinct in a biblical flood than on an average year I'd imagine. Why wouldn't you expect highly localized species to go extinct when weather patterns shift or similar events happen? --[[User:DrDean|DrDean]] 02:21, 20 September 2011 (EDT)
 
:Why wouldn't it ? Your question is quite easy to answer if you consider that climate can change over time.--[[User:ARamis|ARamis]] 16:48, 20 September 2011 (EDT)
 
:Why wouldn't it ? Your question is quite easy to answer if you consider that climate can change over time.--[[User:ARamis|ARamis]] 16:48, 20 September 2011 (EDT)
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::It seems that to you, Mr Schlafly, the rates of processes are either fixed for all eternity (e.g. extinction) or are variable [http://www.conservapedia.com/Talk:Carbon_dating#Changing_decay_rates (e.g. rate of C-14 decay)] depending upon which best supports your pre-formed conclusion. There is an absolute abundance of evidence that extinction rates vary over time (the asteroid and the dinosaurs being perhaps the most blindingly obvious example of a huge spike in the rate of extinction). [[User:DavidZa|DavidZa]] 17:19, 20 September 2011 (EDT)
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