Consider removing a portion of ice from your freezer and placing it on the counter. The ice would melt but at how fast a rate? Logically the closer the room temperature is to replicating the freezer temperature - the slower the melting process would be on the counter.
As the ice loses volume, the faster the melting process would accelerate due to temperature instability. If you were to chart the stages of deterioration, the data representing acceleration in the later stages would increase drastically.
Question:
What if the dramatic depictions of global warming were really just inevitable scenarios of the Earth exiting the last major ice age nearly 12,000 years ago?
(As opposed to mankind being solely responsible)
Items to consider:
- University of Auburn's research satellite logged almost a decade's worth of surface temperature across the world and found a wavelike heat pattern. 1996 and 2016 were the hottest years respectively.
-https://ghrc.nsstc.nasa.gov/amsutemps/amsutemps.pl
Active global hydrology resource which supports University of Auburn's evidence when you work with the interactive data. You can chart multiple years, from the sea level to the near surface, to 130,000 feet. The evidence is clear that changes in temperature are actually relatively miniature at best.
As the ice loses volume, the faster the melting process would accelerate due to temperature instability. If you were to chart the stages of deterioration, the data representing acceleration in the later stages would increase drastically.
Question:
What if the dramatic depictions of global warming were really just inevitable scenarios of the Earth exiting the last major ice age nearly 12,000 years ago?
(As opposed to mankind being solely responsible)
Items to consider:
- University of Auburn's research satellite logged almost a decade's worth of surface temperature across the world and found a wavelike heat pattern. 1996 and 2016 were the hottest years respectively.
-https://ghrc.nsstc.nasa.gov/amsutemps/amsutemps.pl
Active global hydrology resource which supports University of Auburn's evidence when you work with the interactive data. You can chart multiple years, from the sea level to the near surface, to 130,000 feet. The evidence is clear that changes in temperature are actually relatively miniature at best.
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