4 ms·
I don't think the water went out to the sea but don't think that matters really -- ie doesn't necessarily address your question I think all they are saying is
by readonthegoapp 4y ago
I don't think the water went out to the sea but don't think that matters really -- ie doesn't necessarily address your question
I think all they are saying is what almost seems too obvious to be said
These areas allow for much faster water filtration down into the ground / aquifers
Unlike most of the land, which is clay and basically impenetrable
With the implications that, if water is going to be captured and possibly pumped or sent down into the ground somehow, then these areas do it 72 times better than other areas, so any collected water should be sent or pumped to these high filtration areas so the water is able to recharge the groundwater / aquifers most effectively
I guess nonfiltrated water would evaporate or go into the sewer system or ???
I guess it is not as easy as putting a big drain in the middle of a rainwater catch?
I saw a archeologist type on YouTube talking about the terrain of the badlands and the alluvial?? fans cool stuff I'll see if he has a video explainer
- Kon-Peki 4y agoIf they wrote about “paleobasins” or “paleolakes” I’d have fewer concerns. The articles states that these things were carved into rock. We definitely know that water doesn’t carve rock into valleys unless that water is moving quickly. We also know that rock is generally less permeable than clay soil. Millions of people with clay soil use French drains, and these things sound like naturally-made French drains, but without the pipe. French drains work without the pipe (just not as well). People use them to move water to some other location, not to hold it in place so it can percolate down into lower levels of the ground! Getting water under the surface is not automatically useful! It has to percolate into aquifers. Maybe the next step is to build underground dams and then drill holes into the rock under the “paleo valley”.