it's a different design.
boats are designed to float. airplanes aren't.
for all intents and purposes, that ship you pictured, is merely a shell, and it never really breaks the surface tension of the water.
aircraft are not designed this way.
in all actuality, though, i didn't really think that the lost squadron sunk.....i honestly thought it was precipitation causing a buildup of snow and then ice.
i could be wrong though.
but once again, my point is/was, that if the temp were raising so significantly, then that ice would never have been able to form.
assuming these aircraft sunk.......then if it were raising, then there would've been no ice for them to sink into, as it would've melted, or at very least, decreased to the point that they'd have still been closer to the surface.
Throws hands up in the air and walks away.
Without a mutual understanding of basic science, how can a meaningful discourse related to as complex subject as climate change go anywhere?
Many objects not designed to... but floating.
Secondarily, ice is a solid.
The reason a nut sinks into ice is due to heating of the nut, which melts into the ice. The nut has higher density than the liquid water, and sinks. Once the albedo is equalized and the nut no longer gets heated from the sun, it freezes in place. (Usually, about an inch)
(If a surface is perfectly absorbing, none of the sunlight is reflected, it looks black, and the albedo is 0. If a surface is perfectly reflecting, it reflects all the sunlight, it looks white and has an albedo of 1. Melting snow has an albedo of .70 meaning 70% of energy is reflected. Iron and steel are considerably lower, and absorb incoming radiation)
Put the nut and ice in the freezer. It stops sinking.
To think any meaningful solar radiation would penetrate and heat any object encased in ice, past the freezing point after more than even a few feet is absolutely ludicrous, and defies logical scientific reasoning.
Let alone, down to 268 feet.