Frumious Bandersnatch said:
Those aren't the thicknesses of each layer. They are the depths that each layer is found at in that specific formation.
So, then, what you had on offer did not address the average depths. OK.
So? The Bright Angel Shale is just one of many formation in the Grand Canyon.
So? It isn't 30,000 feet deep is it? Looks like an average depth from your map down to the cambrian here might be, say 350-375 feet. Whoopee do.
And most of these main layers have many complicated sub-features. A cursory look at geology such as provided on websites such as the on this picture came from
here, necessarily overlooks much complexity. To really understand the geology of the Grand Canyon for instance one needs to study a book like
Grand Canyon Geology. The
Colorado plateau has many addition layers found in other areas
Oh, no. The old age so called understanding is muddied waters that are really not seeing the forest for the trees, resulting in mind bending, complicated attempts to bang it all into the box of the same past.
In other words you'll just keep morphing your fantasy to try to fit the data.
You mean acknowledge real evidence. Yes, I do that. Why wouldn't I? Someone has to interpret things better than the mess that old agers made of it.
Reality! You wouldn't know reality if it bit you on the ***.
It is the same reality we all enjoy. Most of us, anyhow. What is in question is the reality of the past and future. That you truly do not know. Neither can you back uo the core assumption of a same past upon which ALL old age belief rests.
In other words you'll just keep morphing your fantasy to try to fit the data.
What? First not suitable for plants, then suitable for lycophytes, then for cyads, then for conifers then for flowering plants. In other words you'll just keep morphing your fantasy to try to fit the data.
The changing new planet in our past was more suitable as time went on for our spread. Being perhaps quite watery in many areas at first, naturally, some creatures and plants were needed to inhabit them.
You mentioned the Ammonites earlier. I touched on a few things, but never heard any reply from you. Their size, and possible lifespans being more than the little things then earlier in the record for example.
I also notice they were good swimmers, like divers they could use their chambers to rise or sink. Sounds like these things could also get around. If much of the world was watery, all they need to do if they were from Eden's sea, originally, was connect to some waterways. I could see how these could get pretty widespread early on or, perhaps that they were created as planet at large creatures to begin with.
Like willows and mangroves, trees that appear very late in the fossil record but should be early by this explanation. ...
"
The vascular plants are set apart in two important ways:
...
Water transport happens in either xylem or phloem:
xylem carries water and inorganic solutes upward toward the leaves from the roots, while
phloem carries organic solutes throughout the plant.
"
http://en.wikipedia.org/wiki/Vascular_plant
"The lycophytes are a small and inconspicuous group of
plants today, but in the Carboniferous some lycophytes were forest-forming trees more than
35 meters tall. "
http://www.ucmp.berkeley.edu/plants/lycophyta/lycophyta.html
Some of these earliest 'treese' were amazing.
"Lycophyta and can be found in various places throughout the Earth. Lycopodium usually grow beneath other plants, while the more delicate and more
tropical Selaginella usually grow in
damp locations. Equisetum is the only genus of Sphenophyta represented today. Widely distributed, the horsetail finds its home in
wet-lands, marshes, and anywhere where the soil is drenched with water. "
http://www.personal.psu.edu/users/r/e/ref142/seedlessPlants.htm
The evidence seems to show a past that was quite watery and unhabitable by man and Eden's creatures.