Well if we store water on land we need to cover entire countries or build large dams to store it in a smaller area. If we store sea water in the sea we have the entire area of the sea to store the water in. The oceans cover 71% of the earth surface. So If you store the sea level rise on land it will be 2.44 times as deep unless you start building dams to store it.
Yes you have identified some places. But they are just not big enough. They also assume that the USA is the only country producing CO2.The solution to rising sea levels will have to be solved by all countries.
Do you think that if taxes in Kansas were raised by 25% it would solve the US budget problems. I don't it would help but would only make a small dent. You got to have more places to tax or put water.
Yes you proposed invading Israel.
Nevada has a few mountain ranges which would reduce the area of the lakes. But feel free to provide some numbers.
And I stated that the dead sea region would be about big enough to store the sea level rise caused by Israel, Jordan and Syria. They produce a lot less CO2 than the USA. Your proposed lake would be very salty due too the salt in the dead sea so would most likely have no fish and maybe no life. So the Sea of Galilee would end up as a brackish dead place.
Please supply your own numbers then.
Take the area of oceans. 361,900,000 km2
https://en.wikipedia.org/wiki/Ocean
Take projected sea level rise over the next 120 years. (In the UK we design large civil engineering projects for 120 years) The current rate is about 3mm per year . It is projected to be between 300 and 1200mm higher by 2100 so using a figure of 1000mm rise by 2136 seems like a reasonable figure with a factor of safety if only limited action is taken to slow the rise.
https://en.wikipedia.org/wiki/Sea_level_rise
Then you have to decide how much of the rise the USA is responsible for. I took the current CO2 out put for simplicity which is now 14.95%. The USA (and Europe) has been polluting for longer but China and other countries are now making a bigger contibution. The USA was responsible for 28.8% of historical emissions to 2007. So using the current pollution level takes the historic high levels and the hopefully continued reduction in US pollution into account for a rough estimate.
https://www.theguardian.com/environment/2011/apr/21/countries-responsible-climate-change
So 361,900,000 km2 x 1m = 361,900km3
361,900km3 X 14.95% = 54,104km3
Area of USA 9.834 million km²
So 54,104km3 / 9,834,000km2 = 5.5 m depth over the entire USA.
Well the Afar Depression is near three major faults so a dam would have to be well engineered. The Danaki depression, the bit below sea level, has an area of about 10000km. So flooding it to sea level, 100m, would take 1000 km3 of water.
1000 km3 / 54,104km3 = 0.018
0.018 X 120 years = 2.2 years.
So what are you going to do after you have filled it .
No its your idea to store the sea on land.
You have been unable to supply places with sufficient volume to do this.
I have just demonstrated how deep and the area needed to carry out your idea.
Some people plan for the future.
That is why I suggested turning Kansas into a lake.