"The Bible’s Flood account describes the greatest rain event ever recorded. Forty days and nights of rain falling on the earth (And the rain was upon the earth forty days and forty nights. Genesis 7:12) would have caused immense denudation of landmasses around the globe. Evidence for this is provided by a key stratigraphic surface and by associated geochemical signatures.
The term ‘Great Unconformity’ was originally used to describe the prominent stratigraphic surface exposed in the Grand Canyon that separates the Lower Cambrian Tapeats Sandstone from the underlying Precambrian strata.
The Great Unconformity can be traced across North America and globally, including most of today’s southern hemisphere landmasses, along with Western Europe and Siberia—this makes it the “most widely recognised and distinctive stratigraphic surface in the rock record”.
Most Flood geologists point to this widespread erosional discontinuity in the geological record, known as the Great Unconformity, as indicating the Flood’s abrupt onset.
The Heavitree Quartzite is the basal sandstone unit of the Amadeus Basin, which is in turn part of the Centralian Superbasin. The Heavitree Quartzite has been described as an early Flood formation.
A classic fining upward succession occurs in Grand Canyon Cambrian strata.
Upper Proterozoic mixtites, interpreted by secular scientists as occurring during ‘glaciations’ are more likely mass flow deposits formed in the early stage of Noah’s Flood due to enormous rainfall on the continents.
Strong evidence for an increase in continental erosion and weathering products to the global ocean is provided by measurements of Ca2+ in fluid inclusions.
Concentrations of Ca2+ show a precipitous increase from Upper Proterozoic strata to a peak in Cambrian strata.
The abundance and distribution of the phyllosilicate mineral glauconite, (K,Na)(Fe3+,Al,Mg)2(Si,Al)4O10(OH)2, in Cambrian sediments likely required rapid authigenesis due to an unusually large flux of continental weathering products, particularly Fe3+, K+ and H3SiO4, during the formation of the Great Unconformity.
The abundance of thoroughly cross-stratified deposits also indicates that, at least on the cross-set scale, individual pellets were deposited and covered by other laminae very rapidly." CMI
The term ‘Great Unconformity’ was originally used to describe the prominent stratigraphic surface exposed in the Grand Canyon that separates the Lower Cambrian Tapeats Sandstone from the underlying Precambrian strata.
The Great Unconformity can be traced across North America and globally, including most of today’s southern hemisphere landmasses, along with Western Europe and Siberia—this makes it the “most widely recognised and distinctive stratigraphic surface in the rock record”.
Most Flood geologists point to this widespread erosional discontinuity in the geological record, known as the Great Unconformity, as indicating the Flood’s abrupt onset.
The Heavitree Quartzite is the basal sandstone unit of the Amadeus Basin, which is in turn part of the Centralian Superbasin. The Heavitree Quartzite has been described as an early Flood formation.
A classic fining upward succession occurs in Grand Canyon Cambrian strata.
Upper Proterozoic mixtites, interpreted by secular scientists as occurring during ‘glaciations’ are more likely mass flow deposits formed in the early stage of Noah’s Flood due to enormous rainfall on the continents.
Strong evidence for an increase in continental erosion and weathering products to the global ocean is provided by measurements of Ca2+ in fluid inclusions.
Concentrations of Ca2+ show a precipitous increase from Upper Proterozoic strata to a peak in Cambrian strata.
The abundance and distribution of the phyllosilicate mineral glauconite, (K,Na)(Fe3+,Al,Mg)2(Si,Al)4O10(OH)2, in Cambrian sediments likely required rapid authigenesis due to an unusually large flux of continental weathering products, particularly Fe3+, K+ and H3SiO4, during the formation of the Great Unconformity.
The abundance of thoroughly cross-stratified deposits also indicates that, at least on the cross-set scale, individual pellets were deposited and covered by other laminae very rapidly." CMI