Bringing Water To Texas From The Mississippi

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Discussion Overview

The discussion revolves around the proposal of diverting water from the Mississippi River to Texas, focusing on the potential benefits for agriculture and flood management, as well as the engineering and environmental implications of such a project.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Environmental considerations

Main Points Raised

  • Some participants suggest that diverting water could green West Texas and New Mexico, while also potentially reducing flooding in New Orleans.
  • Concerns are raised about the elevation differences between the Mississippi River and Texas, with some questioning the feasibility of pumping water uphill.
  • Participants highlight the need for an Environmental Impact Study to assess the consequences of diverting water from the river.
  • There are discussions about the potential ecological impacts of making West Texas greener, with some arguing that it may not be beneficial.
  • Some propose that only floodwaters should be diverted to minimize environmental damage, while others emphasize the need for effective flood control methods.
  • Various engineering and economic challenges are mentioned, including the cost of pumping water and the impact on barge traffic on the Mississippi River.
  • One participant mentions the possibility of using existing rivers for water diversion instead of directly from the Mississippi.
  • There are differing opinions on the priority of costs versus the mission of engineers in pursuing such projects.
  • Some participants express skepticism about the practicality of the proposal, while others encourage further research and exploration of similar large-scale irrigation projects worldwide.

Areas of Agreement / Disagreement

Participants express a mix of support and skepticism regarding the proposal, with no clear consensus on its feasibility or desirability. Multiple competing views remain on the environmental, engineering, and economic implications of the idea.

Contextual Notes

Participants note limitations related to elevation differences, potential environmental impacts, and the need for detailed studies on water requirements and engineering solutions.

average guy
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i think this would be a good idea.
then west texas and new mexico would be green.
then New Orleans wouldn't flood.
i think you'd tap into the Mississippi north
of the direct route.
what do the civil engineers out there think?

Have A Nice Day!
 
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average guy said:
i think this would be a good idea.
then west texas and new mexico would be green.
then New Orleans wouldn't flood.
i think you'd tap into the Mississippi north
of the direct route.
what do the civil engineers out there think?

Have A Nice Day!

Interesting question.

The Highest point on the Mississippi River is at the source in Lake Itasca (approx 1425 ft. The western half of texas and all of New Mexico is at elevations greater than 2000 ft.

1. How much water do you want to take?
2. How are you going to get it there?
3. What route will the water follow?
4. If used to Green West Texas and the Southwest, how much of a cost will that add to produce?
5. Since New Orleans flooded sue to Hurricane storm surge, how much will it change flooding risk?
6. Will diversion of water affect barge traffic on the river? Will this be taking from the midwestern economy to help the Southwest?
 
Diverting the part of river to Texas would have BIG consequences downstream. Imagine conducting an Environmental Impact Study on your proposal: consider all the possible results. IMHO, we would need this study before any decision to do it.

New Orleans flooded because of the storm surge of a hurricane, not from water in the Mississippi River.

The Army Corps of Engineers probably would be the ones to ask this. They have resposnsiblilty for flood control measures.
 
Yeah I was going to say - you'd need to take only the flood water to avoid the worst of the environmental effects, which would be tricky. Part of the reason floods are so damaging is that the existing flood control methods were not up to the task (and that's the only kid of flooding that makes the news) so the proposal translates into two parts 1. effective diverting flood waters, and 2. transporting the water someplace it is needed. (though it may be possible to use #2 to motivate better #1)

Even diverting only that floodwater that is destructive to human endeavor can still have large environmental impacts since the river has been flooding like that for a lot longer than we've been around so the whole ecosystem has evolved to cope and even take advantage of it.

Then there is the ecology of west texas etc to think about.
Making it greener is not nessesarily a good idea.

(Also means EI studies have to focus on what kind of negative impact we are prepared to live with.)

I think all this critique boils down to "needs more research".
Don't be put off, new ideas always get dumped on in science - that's how things work.
There are large-scale irrigation projects around the World, have a look at some of them, see how other people overcame the major problems and get back to us?
 
North central Texas already has eyes on the Red River. I've lived in both areas, and I find it ludicrious that they'll likely divert water from producing food and instead use it to support lawns, swimming pools, and ponds for gated communities.
 
There's that: a lot of effort is being spent on irrigating deserts while building over fertile land too. But then we segway into politics and economics and the summary of the summary of the summary, as the Great Adams[1] would have it is: "people are a problem". Not one that will get solved any time soon.

-----------------------------------
[1] Douglas Adams :)
 
NUCENG said:
...
The Highest point on the Mississippi River is at the source in Lake Itasca (approx 1425 ft. The western half of texas and all of New Mexico is at elevations greater than 2000 ft. ...

If these numbers are correct they kind of shoot the whole idea down, don't they? I mean, unless you're going to pump the water up into Texas...
 
That would be correct - how you pump the water is an engineering question and whether it is affordable is an economic question. People pump water uphill all the time - they could use a hydraulic ram pump for example.
 
nuclear engineer
i want to take enough water to turn to all of Texas into farmland.
if some of the soil is useless like the Imperial Valley in California
cross them off the list.
as you point out one 'stop' would be lowering river too much
for barge travel.
Texas is only one state away from the Mississippi.
given then water needs to be carried west some more.
it's not like building a tunnel from Nova Scotia to England.

Have A Nice Day!
 
  • #10
There's a fixed energy cost for desalinating water from the Gulf. An beginning threshold would be can water be brought from the Mississippi for a lower energy cost.
 
  • #11
mr heslep
the cost is not the concern of an engineer on a mission:smile:
water can be raised in elevation.
how texas became dry isn't relevant either.
i don't think there were ever forests there anyhow.
i'm going to look at a map and see how far it is
from river to west texas.

Have A Nice Day!
 
  • #12
mr heslep
it's 200 miles across the top of Louisiana to
the Texas State line.
then let Texas deal with it.
they are 1/4 of the US economy.
there might be a better way to get it there.
there are existing rivers that more water
could be diverted into.
then they could be widened and reinforced.

Have A Nice Day!
 
Last edited:
  • #13
average guy said:
mr heslep
the cost is not the concern of an engineer on a mission:smile:
So wrong.
 
  • #14
russ
could you support your statement with some facts?
i like the idea of widening and deepening an existing river.
if the river was very small or dry the flow could be stopped totally.
then all construction could be done 'dry'.
then the new West Texas-Mississippi Aqueduct could be opened.:smile:
much more efficient.

Have A Nice Day!
 
  • #15
average_guy -- I'm kind of busy right now, maybe you can spend some time and come up with some estimates for

how much water you want to move

the power required to pump it uphill (say 1000 feet) and move it 700 miles (say, from Greenville MS to Odessa TX)
 
  • #16
gmax
i say start out taking the water that rises too high
in the Mississippi.
it could be stored in reservoirs in Texas.
i think how much power to raise water 1000 feet
is a civil engineering question.
no civil engineer here.
good call on Odessa, they could use some water.
it may start getting drier heading west before that.

Have A Nice Day!
 

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