That's not an argument. Saying it's false doesn't make it so. It just makes you look inadequate.
Nonsense. Each isotope has a known half-life, which allows scientists to calculate the age of a sample based on the ratio of parent isotopes to daughter isotopes. Learn some basic science before you engage in such discussions.
Again this is not an argument just the childish naysaying of anything you don't like.
Certain fossils, known as index fossils, are particularly useful for establishing the relative ages of rock layers. These fossils are typically widespread, easily recognizable, and existed for a relatively short geological time. Examples include:
- Trilobites: These marine arthropods were abundant and diverse during the Paleozoic Era, particularly in the Cambrian and Ordovician periods.
- Ammonites: These mollusks are found in many Mesozoic strata and are used extensively for dating and correlating Jurassic and Cretaceous rocks.
Basic geology.
Dear oh dear. If there are fossils all lying within one geological layer followed by very few afterward then that would indicate an extinction level event such as the Great Flood or the Permian-Triassic extinction or the Cretaceous-Paleogene extinction. If there are subsequently found loads more fossils in more recent geological layers then clearly life has continued evolving beyong the extinction level. If the fossils in another layer then all disappear shortly afterward then that most certainly indicates another extinction event. This is what scientists observe. There are numerous geological layers, all over the world showing numerous extinction level events. A flood could certainly be one of them, but one worldwide flood doesn't and can't explain the prior or subsequent extinction events. Those are the facts.
You can have your own opinions but you can't have your own facts.
Patently untrue. There are in fact at least 5 large extinction level events that have occurred which are: