Jesus H

[Copper]

Real estate rules change over time.

If you want to see how real estate works now, just keep your eye on the president.

[Renauda]

I am very happy to acknowledge that the land on which my house stands, was once safeguarded under the great Laurentide ice sheet during the last Ice Age. I thank the Lauentide ice sheet for receding and giving the land up so that thousands of years later a family home could be built on the site.

There, that wasn’t so difficult..

[LuFins Dad]

I have a presentation at a University, tomorrow. Should I start with a land acknowledgement?

[89th]

"I acknowledge this is land. (points to ground) And this is air! (points to sky) And this is your handsome speaker! (points to self)"

[Axtremus]

@LuFins-Dad said in Jesus H:

I have a presentation at a University, tomorrow. Should I start with a land acknowledgement?

Yes.
Let us know how it goes.

[Mik]

@Renauda said in Jesus H:

I am very happy to acknowledge that the land on which my house stands, was once safeguarded under the great Laurentide ice sheet during the last Ice Age. I thank the Lauentide ice sheet for receding and giving the land up so that thousands of years later a family home could be built on the site.

There, that wasn’t so difficult..

So.. how does one make reparations to an ice sheet?

[Renauda]

@Mik

Good question.

Best practices in freshwater management and conservation?

‍️

[Horace]

I guess you'd have to round up all the water that used to be the ice, and re-freeze it. just make sure you sort out all the H2O molecules, you don't want to accidentally mix in never-frozen water with water that had the lived experience of being a glacier. They are not the same culturally and cannot coexist.

[Renauda]

Yes, I could see that. Sounds like some committee work with subsequent stakeholder group consultations and public communication strategy with clearly obfuscated and evolving targets is the way to go.

[Copper]

@Horace said in Jesus H:

They are not the same culturally and cannot coexist.

All the dirty water will eventually leave on it's own.

And brand new water takes it's place every day.

According to NASA, approximately 1.35 trillion tons of water leave the atmosphere daily through precipitation, which is essentially the same amount that enters the atmosphere through evaporation, maintaining a balanced water cycle on Earth; meaning the amount leaving is roughly equal to the amount entering each day.

Key points about this:
Water cycle balance: The amount of water entering the atmosphere through evaporation is roughly equal to the amount leaving through precipitation, keeping the total water content in the atmosphere relatively constant.

Small atmospheric water content: Although large amounts of water cycle through the atmosphere each day, the actual amount of water present in the air at any given time is a small fraction of Earth's total water supply.

Ocean dominance: Most of the evaporation and precipitation occurs over the oceans.