Are seriously suggesting two naked dudes running around in a garden is an example of civilization????
A more relevant barometer is to look at the origins of religion itself.
View attachment 380097
Notice the reddish colours around the skeleton, it is red ochre. The body was coated with red ochre at the time of burial.
The skeleton is of Mungo Man an Australian Aboriginal. Red ochre is used in aboriginal religious ceremonies to this very day suggesting Mungo Man is one of the earliest examples for religious practices.
So how old is Mungo Man, using various dating methods he is at least 40,000 years old and religion therefore did not originate 6000 years ago.
| Dating Technique | Directly on Skeleton or Context? | Material Dated | Purpose | Approximate Age Results Reported |
|---|
| Stratigraphy (superposition) | Context | Sediment layers surrounding burial | Relative dating; determines whether remains are older or younger than adjacent layers | Indicates burial belongs to the Pleistocene lunette sequence, but does not provide a numerical age. (NSW National Parks) |
| Radiocarbon (^14C) Dating | Mainly context | Charcoal, shells, organic remains associated with occupation horizons | Establish age of human occupation and associated deposits | Typically around 40,000 years for associated materials; near the practical limit of the method. (NSW National Parks) |
| Thermoluminescence (TL) | Context | Quartz grains in sediments | Date last exposure of sediment minerals to heat or sunlight | Early studies produced ages around 40,000–50,000 years. (NSW National Parks) |
| Optically Stimulated Luminescence (OSL) | Context | Quartz sand surrounding the burial | Date last sunlight exposure of sediment before burial | Results have ranged from about 40,000 to over 60,000 years depending on study; now considered one of the most important methods at Lake Mungo. (NSW National Parks) |
| Electron Spin Resonance (ESR) | Direct dating of skeletal material | Tooth enamel and/or bone minerals | Measures accumulated radiation damage since burial | Produced ages around 62,000 ± 6,000 years in a major study. (Western Sydney University) |
| Uranium-Series (U-Series, Th/U) | Direct dating of skeleton and associated mineral deposits | Uranium and thorium isotopes in bone and calcitic coatings | Estimates age from radioactive decay and uranium uptake history | Used together with ESR; yielded ages broadly consistent with ~60,000 years in some studies. (Western Sydney University) |
| Protactinium-Uranium (Pa/U) | Direct dating of skeleton | Uranium and protactinium isotopes | Additional check on uranium-series age models | Used in conjunction with ESR and U-series studies. (Western Sydney University) |