Co2 doesn't drive circulation patterns in the atmosphere. What that means is that circulation patterns are driven by another green house gas aka water vapor. Water vapor has a high heat capacity but if solar and lunar activity is just right it can alter how water vapor rises and falls.
That is why we see variations of oxygen isotopes based not only on elevation differences, distances between mountain ranges but also circulation patterns that impact the hydrological cycle.
Co2 doesn't drive circulation patterns in the atmosphere. What that means is that circulation patterns are driven by another green house gas aka water vapor. Water vapor has a high heat capacity but if solar and lunar activity is just right it can alter how water vapor rises and falls.
That is why we see variations of oxygen isotopes based not only on elevation differences, distances between mountain ranges but also circulation patterns that impact the hydrological cycle.
...absolutely....