They have had more time to be covered up by other rocks, soil, and other things.
the answer is the principle of superposition
Newts don't specifically hide under rocks but they go under rocks whenever they want too. Rocks are in the water and on land and newts are totally aquatic and specifically aquatic so they can go under rocks when they feel like it.
In geology, the principle of superposition states that in any undisturbed sequence of rock layers, the youngest rocks are at the top and the oldest are at the bottom. This means that older rocks lie under younger rocks. This principle is a key concept in understanding the relative ages of geological formations.
Continental Rocks are older
The older rocks that lie beneath younger rocks are referred to as "bedrock" or "subsurface strata." In geological terms, this relationship is described by the principle of superposition, which states that in an undisturbed sequence of sedimentary rocks, the oldest layers are at the bottom and the youngest are at the top. These older rocks may include various types of sedimentary, metamorphic, or igneous formations that have been buried and subsequently overlain by newer deposits.
Sedimentary rocks composed of older rocks are called "conglomerate" or "breccia." These rocks form when fragments of older rocks are compacted and cemented together to create a new rock.
Sedimentary rocks formed under oceans, but the ocean may no longer be there. The Great Lakes region was once all under water and has much sedimentary rock.
You may be referring to an "outlier" which is an area of older rocks surrounded by younger ones due to faulting and erosion removing layers of younger rocks and forcing older ones up into them. You may also potentially be referring to a xenolith. This is a fragment of older material that has not melted that is trapped within lava or other younger igneous material.
Older rocks.
This can happen due to the process of tectonic activity, where older rocks are pushed up and over younger rocks during mountain-building events, known as thrust faults. As a result, the relative positions of rocks are altered, with older rocks ending up on top of younger rocks in the Earth's crust.
It is the rocks farthest t
superposition