You’re ignoring things like the geological conditions in the Netherlands, they have very peaty soil which is fairly impermeable to water. Which makes the task of keep the sea back pretty easy, you just build a big wall.

But if you look in places like Florida, the ground conditions there are substantially more porous. If you try to keep the sea back there with a simple wall, it’ll just flow under the wall through the soil. You would have to dig all the way to bedrock and install some kind of impermeable barrier to prevent most of Florida from flooding due to sea level rise. Something that’s unbelievably cost prohibitive to do.

The Netherlands only exists below sea level because their ground conditions meant it was possible to pump out the country using technology available in the 1740s. If the ground conditions weren’t basically perfect for this kind of geo-engineering, the Netherlands simply wouldn’t exist as it does today.

You’re using an example that exists purely as a result of survivorship bias, as an argument that it’s practical to apply the same techniques or achieve the same outcomes anywhere else. Completely ignoring the fact that your example only exists because a unique set of geologic conditions made it possible, and those conditions are far from universal, and not in anyway correlated with places we humans would like to protect.

The Netherlands has been planning for the impacts of sea-level rise for decades now. At least twenty years ago the government broached the idea (with TV commercials) that they were going to have to abandon some are areas to the sea.

A few critical ingredients being: no denialism about their vulnerability, strong social and economic commitment to reducing vulnerability, lack of reflexively blaming floods on illegal immigrants or trans people

and sea level rises are slow enough that countries with more high ground than The Netherlands can just not rebuild/maintain old houses in vulnerable positions and build higher (often just a bit further in) instead.

Some buildings buy the coast (especially in port cities) and have steep rises anyway.

There is a huge threat of cultural loss - e.g. Venice.

Said the American living in a log cabin in Montana. But if you're from, say, Tuvalu, or Venice, the 15cm rise of the last decades is definitely noticeable, and the trend has no reason to stop or decrease.

Mostly they seem to have planted a lot more Eucalyptus, which makes the fires worse. The severe floods on the other hand seem to be catching everyone by surprise.

Climate change deals frequency, rather than novelty. Oh and as crypto bros like to say: we're early.

London is at much more risk of flooding. Parts of London were built on wetlands not much above sea level, and there’s a big river running right through the middle.

1666 has entered the chat.

You're refuting a lot of established facts about the risks of climate change, in a way that seems indicative of a certain ideology. Can you explain more what your position is?

Might as well throw in the risk of being wiped out by a comet.

Climate risks are greater and more immediate than either comets or poles shifting.

Each ellipsoid is rigidly defined (well, some historic ones are sloppy), so WGS84 won't drift .. (that's a bold statement, is it true down to the micron and if so what are the absolute* datums to reference against?).

That said, there are literally hundreds of historic pre WGS84 ellipsoid|datum pairings, each with a somewhat different "survey map pole".

Historically geodectic poles have shifted as a function of datums.

The main point here, such as it is, was to poke at the infomation free aspect of "polar drift" as a comment .. which pole and what does that have to do with climate change? etc.