Frumious Bandersnatch said:
Early maps are often just totally wrong. They are based on incomplete data and often on lots of imagination.
So how do you explain that the coast line and even an unexpected condition that Antarctica is really two individual land masses is correctly displayed before Antarctica was discovered?
Frumious Bandersnatch said:
The last ice age ended about 10,000 years ago and the evidence of multiple ice ages over earth's history is overwhelming.
I have documented evidence of a map that shows Antarctica without an ice cover.
Are you saying that people lived at that time with technical abilities capable of creating the map or are you saying the 10,000 year date is incorrect?
Frumious Bandersnatch said:
No. The most impacts are found in the geologically stable Baltic Shield. More geologically active areas have lost the evidence of strikes that may have occurred there. This has been explained to you many times.
And I responded by narrowing the area of consideration to the Baltic Shield only and the pattern is still clearly
not random. See attached image.
Frumious Bandersnatch said:
It is my opinion that your "logic" is totally wrong.
A bold statement indeed.
And which step in my logical argument do you consider faulty?
Frumious Bandersnatch said:
That is why isochron dating was developed. The validity of these assumptions can be tested.
Oh can they? ( I must admit that I am curious as to how this would be done.)
Frumious Bandersnatch said:
Except that multiple methods based on different isotopes give the same results.
Allow me to provide the amount of assumed trace elements for each isotope at inception and I can create any date you wish, and they will all match.
Frumious Bandersnatch said:
I am wondering if you ever did read Radiometric Dating: A Christian Perspective. You are still repeating creationist misperceptions of dating methodology. I also doubt if you ever studied isochron methods.
I prefer technical journals.
Frumious Bandersnatch said:
Did your program take into account the different geological stability of regions of Europe? I rather doubt it.
How sad that you are so untrusting.
As stated above the image attached was narrowed to just the Baltic Shield to show the results in a common geological condition.
Tell me do you consider your self as accepting the evidence without biased?
Frumious Bandersnatch said:
They can't be accepted because they start a false underlying assumption. The assumption that meteor strikes that have occurred in all areas over the past are equally likely to have left evidence that has been found today.
You assign a false assumption to me.
The indication of a non-random condition was first proven in a restricted area of similar geological strata, ( the Baltic Shield ) similar population density, in a technologically advanced region with topographical maps for the entire area, and occupied by a government which allowed free access.
Only craters 1 KM in diameter or grater were considered to eliminate the possibility that the craters were somehow missed.
Of course we still must consider the possibility of chance and unaccounted for influences but can you actually look at the image attached and say it is not apparent that the strike has a spherical symmetry and density pattern?
Surely your thinking can not be so conditioned towards a single idea that it is allowed no freedoms.
Duane
P.S You have some very interesting comments and so I copied this to the main thread.