Originally posted by SLAYER69
The following animation I made for another thread of mine [The third in a series still to be posted]
I only got to see part of it and then something disconnected me (a breach attempt through my firewall)-- not sure if it was from my end or yours. It
probably looks similar to the little avatar animations that I put up (each under 75KB) and I was going to put up a map of a sunken region nearby
Neanderthal range, but I think I've got limitations on how much I can upload even though I make sure nothing is above 75kilobytes. ~shrug~
It shows how the ocean levels and distances between the areas in question were drastically different during those periods. Which could answer
some of the questions of our Journey.
Well, without getting to put in a map (a picture is worth a 10,000 words) I guess I have to go through the text description. Hope you don't get
lost.
NEANDERTHAL RANGE & HUMAN POPULATIONS ON ISLANDS: GENETIC SHIFT
I put together a list of 69 islands that border Neanderthal range (bear in mind there's far more than 69 islands that qualify). I focused primarily
on Neanderthals in the Aegean (Greece & Turkey) and Neanderthals in the Adriatic, Mediterranean, & Tyrrhenian (Italy & Croatia). I put together a list
of estimates of genetic shift which is subject to change as scientists dive to the ocean floor and collect the proper underwater soil samples for
scientific dating methods. Some islands have scientists-in-progress, others don't. Until then everything is an estimate. Also there might be a few
islands off by 2-10 meters in their listings and if I'm provided with more precise data I will move them to their appropriate nautical connect
depths. No two nautical charts are alike.
Islands above 125,000 years of human evolutionary genetic shift-- might be looking at 125,000 to 250,000 year genetic shift in human
evolution
Skopelos, Alonnisos, Peristera islands: Sporades:
Aegean Sea:
connect to Skiathos-mainland at -114 meters below present. Definitely populated by humans in the freeze before the Eemian melt which means that humans
were stuck on this island chain for over 125,000 years evolving separately from mainland humans.
Ikaria: Eastern Sporades:
Aegean Sea: not sure if human populated before the Eemian. And uncertain how long ago Ikaria separated from
the Samos/Fournoi coastline. At the closest point between the Fournoi coastline and Ikaria, sea depths are -125 to -128 meters below present. Rivers
could have cut the distance.
123,000 years of human evolutionary genetic shift
These islands connect to the mainland between -100 to -110 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 123,000 years in
genetic shift from mainland humans.
Agios Efstratios: Eastern Sporades:
Aegean Sea
Fournoi islands: Dodecanese:
Aegean Sea
Hydra island: Saronic Gulf:
Aegean Sea
Ireland: (north Ireland connects to Scotland): Celtic Sea
Sicily: Italy:
Mediterranean Sea
93,000 years of human evolutionary genetic shift
These islands connect to the mainland between -90 to -100 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 93,000 years in
genetic shift from mainland humans.
Bisevo island: Croatia:
Adriatic Sea
Imia island: Dodecanese:
Aegean Sea
Malta: (connects to Sicily)
Mediterranean Sea
Patmos island: Dodecanese:
Aegean Sea
Paxoi island:
Ionian Sea
Svetac island: Croatia:
Adriatic Sea
87,000 years of human evolutionary genetic shift
These islands connect to the mainland between -80 to -90 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 87,000 years in
genetic shift from mainland humans.
Agathonisi island: Dodecanese:
Aegean Sea
Agina island: Saronic Gulf:
Aegean Sea
Antikythira island: Pelopponesus:
Aegean Sea
Arki island: Dodecanese:
Aegean Sea
Kalymnos island: Dodecanese:
Aegean Sea
Leros island: Dodecanese:
Aegean Sea
Lipsi island: Dodecanese:
Aegean Sea
Vis island: Croatia:
Adriatic Sea
65,000 years of human evolutionary genetic shift
These islands connect to the mainland between -70 to -80 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 65,000 years in
genetic shift from mainland humans.
Limnos island: Eastern Sporades:
Aegean Sea
55,000 years of human evolutionary genetic shift
These islands connect to the mainland between -60 to -70 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 55,000 years in
genetic shift from mainland humans.
Dugi Otok island: Croatia:
Adriatic Sea
Kornati island: Croatia:
Adriatic Sea
Lastovo island: Croatia:
Adriatic Sea
Plateia island: Argolic Gulf:
Aegean Sea
Sestrunj island: Croatia:
Adriatic Sea
Tenedos island: Eastern Sporades:
Aegean Sea
Zut island: Croatia:
Adriatic Sea
50,000 years of human evolutionary genetic shift
These islands connect to the mainland between -50 to -60 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 50,000 years in
genetic shift from mainland humans.
Brac island: Croatia:
Adriatic Sea
Iz island: Croatia:
Adriatic Sea
Kerkira island:
Ionian Sea
Mljet island: Croatia:
Adriatic Sea
Solta island: Croatia:
Adriatic Sea
Stira island: Petaloi Gulf: Greece/
Aegean Sea
Zirje island: Croatia:
Adriatic Sea
45,000 years of human evolutionary genetic shift
These islands connect to the mainland between -40 to -50 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 45,000 years in
genetic shift from mainland humans.
Cres island: Croatia:
Adriatic Sea
Hvac island: Croatia:
Adriatic Sea
Ist island: Croatia:
Adriatic Sea
Molat island: Croatia:
Adriatic Sea
Ilovik island: Croatia:
Adriatic Sea
Korcula island: Croatia:
Adriatic Sea
Olib island: Croatia:
Adriatic Sea
Premuda island: Croatia:
Adriatic Sea
Pserimos island: Dodecanese:
Aegean Sea
Silba island: Croatia:
Adriatic Sea
Skarda island: Croatia:
Adriatic Sea
41,000 years of human evolutionary genetic shift
These islands connect to the mainland between -30 to -40 meters below present. If humans had migrated there during the freeze before the Eemian melt
and if they were stuck on these islands during the Eemian to the Last Glacial (and survived)-- then they would acquire an estimated 41,000 years in
genetic shift from mainland humans.
Alba island:
Tyrrhenian Sea
Kos island: Dodecanese:
Aegean Sea
Lesvos island: Eastern Sporades:
Aegean Sea
Leukas island:
Ionian Sea
Makronissos island: Petaloi Gulf:
Aegean Sea
Maun island: Croatia:
Adriatic Sea
Samos island: Dodecanes/Eastern Sporades:
Aegean Sea
Samothraki island: North
Aegean Sea
Ugljan island: Croatia:
Adriatic Sea
10,000 yr shift, then reconnect, then disconnect by 5,000 years of evolutionary genetic shift
These islands connect to the mainland between -20 to -30 meters below present. It's unusual but they are disconnected for approximately 10,000 years,
then they reconnect, then disconnect, reconnect, then disconnect for 5,000 years. It may not be the same kind of genetic shift as other islands, but
none the less if humans were stuck there, there might still be a genetic shift from mainland humans.
Oinoussa island: Eastern Sporades:
Aegean Sea
Skiathos island: Northern Sporades:
Aegean Sea
Spetses island: Argolic Gulf:
Aegean Sea
Thassos island: North
Aegean Sea
9,000 years of human evolutionary genetic shift
These islands connect to the mainland between -10 to -20 meters below present. There's still a slight possibility of a genetic shift in 9,000 years
so they are included with the rest.
Chios island: Eastern Sporades:
Aegean Sea
Krk island: Croatia:
Adriatic Sea
Pag island: Croatia:
Adriatic Sea
Pasman island: Croatia:
Adriatic Sea
Peljesac island: Croatia:
Adriatic Sea
Poros island: Saronic Gulf:
Aegean Sea
Salamina island: Saronic Gulf:
Aegean Sea
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Maybe if I can't upload a new map because of whatever limits is placed on me...maybe I can at least link to the mini-animation of the north end of
the Adriatic?? The cross-section covers the region from about Ancona, Italy over to the northern islands of Croatia. It's a huge loss of coastline.
Not to mention how many Croatian islands have potential for human evolutionary genetic shift.
[atsimg]http://files.abovetopsecret.com/images/member/8fe647708c77.gif[/atsimg]