Saturday, October 12, 2024

ARCHAEOLOGY: What DA's tell us......

"The period of the Ice Age, called the Pleistocene, presents many
puzzles for secular scientists. Plants and animals from widely different climates or environments are found together in Ice Age deposits. These are called ‘
disharmonious associations’ (DAs).

Probably the most striking example of a DA during the Ice Age is the association of hippopotamus fossils with reindeer, musk oxen, and woolly mammoths in England, France, and Germany. So far about 100 of these associations have been discovered in England and Wales. Hippos are intolerant of the cold. Sutcliffe states:
"Finding conditions so favorable, the hippopotamus (today an inhabitant of the equatorial regions) had been able to spread northwards throughout most of England and Wales, up to an altitude of 400 meters on the now bleak Yorkshire [northern England] moors."

---The wide variety of Ice Age animals found in England indicates that early in the Ice Age, there must have been an easy passage between what is now France and England. 
---This was likely a land bridge in the location of the Dover Strait.

Secular scientists attempt to dodge the implications of DAs. Since they believe in multiple ice ages, one strategy is placing the hippos and other warmth-adapted creatures into the ‘interglacial’ phases and the cold-tolerant animals into the ‘glacial’ phases. (We supposedly live in an interglacial called the Holocene.)

Much to secularists’ consternation, warm- and cold-loving animal types are often found together in Ice Age sediments, making it difficult to separate them into glacial and interglacial inhabitants.

Disharmonious associations were the ‘rule’ and not the exception during the Ice Age, and included a wide variety of flora and fauna:
"Late Pleistocene [Ice Age] communities were characterized by the coexistence of species that today are allopatric [live in different regions not climatically associated] and presumably ecologically incompatible. … Disharmonious associations have been documented for late Pleistocene floras … terrestrial invertebrates … lower vertebrates, birds, and mammals."

DAs can only occur in an equable climate, one with little seasonal contrast between winters and summers.

One reason DAs remain a mystery for uniformitarian scientists is that in their models, the ice ages would have been very cold. Many climate simulations have been run. They all give temperatures much colder than today, generally by 10°C (18°F) or more, and greater dryness south of the Northern Hemisphere ice sheets.

"One of the longest-running philosophical debates in paleoecological interpretations concerns the importance of mixed, or disharmonious, assemblages which represent past communities with no modern analog. These mixed assemblages challenge our world views. … Mixed assemblages are usually explained by invoking past climates more “equable” than that of today."

The Ice Age caused by the Genesis Flood explains the most striking DA—hippopotamuses associated with cold-tolerant animals in northwest Europe. Early in the Ice Age a warm, moist onshore air flow pushed by predominantly westerly winds off a warm North Atlantic Ocean would result in a warm, wet climate over northwest Europe. England may have averaged 25°C (77°F) in winter and summer. This mild climate would be congenial for hippos spreading from the “mountains of Ararat” (Genesis 8:4) in the Middle East.

But the post-Flood Ice Age climate was dynamic and ever-changing.
As the ocean cooled and volcanism decreased, the land temperatures cooled. In Northwest Europe late in the
Ice Age, the cooler and drier climate attracted cold-tolerant animals. Hippos likely could not migrate south, because the land bridge between England and France at the Dover Strait was destroyed by a catastrophic local flood.

he strange mix of plants and animals that lived together during the Ice Age is another of the many puzzles that have persisted for 150 years for scientists who ignore the Biblical Flood. But, once again, realistic analysis using a Genesis-based model of Earth history gives simple, solid answers to those puzzles." 
CMI