The geological time scale is hugely larger than the human time scale. For humans, a decade is a significant period of time, and even our civilizations span only a few thousand years... whereas in geological terms even a million years isn't that much.
The units of geologic time are much longer
Earthquake is one of the geological process that occurs the shortest amount of time.
A geological time scale can best be reconstructed using a wide variety of reference books and materials that lay out the chronological order of the geological scale.
periods
To see the difference between eras over time is the purpose of a geological timeline.
No. No mineral is renewable on human time scales.
During the last geological time period, the Cenozoic era the dinosaurs became extinct. As the smaller mammals we able to survive the humans evolved.
The Geological process of metamorphosis takes geological time scales (except thermal contact metamorphosis - contact with lava) - It is not clear what you are asking but it is not metamorphosis.
The units of geologic time are much longer
The geological time scale organizes a long period of time.
They are part of the carbon cycle, and certainly are extremely important over the longest time scales. But in recent geological history volcanic activity has been very quiet, emitting an average of 0.25 gigatons annually (compared to about 35 gigatons emitted by human activity).
Geological " deep " time gives ample time for evolutionary processes to occur.
IT encompasses all of the geological time period that have happened since the begin of time
Earthquake is one of the geological process that occurs the shortest amount of time.
A geological time scale can best be reconstructed using a wide variety of reference books and materials that lay out the chronological order of the geological scale.
For most geological processes, 100 years is a very short time, so to answer your question, no.
James Croll has written: 'Climate and time in their geological relations' -- subject(s): Geological time, Glacial epoch, Climatology, Ocean currents 'Stellar evolution and its relations to geological time' -- subject(s): Cosmogony