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Warrior1979
Guest
I haven’t bothered to read through everything yet, but I suspect it may have something to do with rising temperature and thermal expansion (7th grade scienceExcept to forget the fact that ice originally takes up room even though its less dense than water. You need to subtract the original ice volume from this: total icewater volume = 27,576,180km3 before then figuring out how much it would raise the overall sea level. It also assumes that none of the ice they are taking into account is inland and would raise the level of water at locations inland and not the ocean. Lots of problems with the math here.
I’m also still waiting for you to explain why there is such a huge difference between the two different estimates you gave me. On the onehand you told me the sea level was rising at around 3mm a year. And then on the other you said within the century we can expect at least 3ft if not 7ft in sea rise. The problem is though that the 3ft rise means a 9mm sea rise every year, and a 7ft sea rise means up over 20mm sea rise per year. My question to you is how do you explain the difference between these numbers? Your predicting at least a 9mm rise in sea level average for the century when the highest we have supposedly seen in one year the last 30 years is 3mm. I’d also point out that even the studies that supposedly show we have had sea level rise during the last 30 years show it to be pretty consistently around 3mm per year.
I can only assume your predicting an exponential growth in sea level rise during the next century and I have to ask where such predictions are coming from and what “models” they are based on because they certainly are based on the data we have so far.
What about this graph of sea level rise which shows a supposed 2mm-3mm rise in sea level for the last 100 years, tells us to expect exponential growth in sea level rise of anywhere near the magnitude your predicting?
en.wikipedia.org/wiki/Current_sea_level_rise
bluemarble4us.com/page07.html
Once the ice is out of the water, I would expect the temperature (and expansion) to start rising faster than in the fast. The reason is that once the majority of ice is out of the water, the land-based glaciers may continue to melt, but the runoff will be above freezing once it hits the open waterways.