Agromining, mining by growing crops.
 

Ricky explains how companies can grow crops in areas that have too many metals for conventional farming, but insufficient for conventional mining, get a higher concentration of metals than normally occur in nature, and then the crops provide their own fuel when you burn them to concentrate the metal: https://www.youtube.com/watch?v=uv2jNePY00Q

There are house plants that clean the air indoors. Also:
How Solar Panels Are Changing Agriculture - Agrivoltaics Revisited
Agrovoltaics would be Old Sparky, the electric chair.

Quite interesting. BTW it's been mentioned often that buckwheat can be cultivated near vineyards as it copes well with the increased copper content around vineyards.

I never shared that?

There is always too much to do.

Did I share solar canals?

I could check your post history for you, were I to care.

It's a maybe on canals, but I know we've see taking electricity from the edges of a clear pane before. Just not passing plant-friendly colors.

I didn't search my post history, I just used the search box, but since that never seems to work I copied and pasted "solar canals" into the address bar and added "site:" before ecomodder.com, deleting the rest of the URL.

I didn't see it, so here you go: How "solar canals" could help California reach sustainable energy goals

The canals in the Phoenix area started by the 1400s, are 180 miles long, more than twice as many miles as in Venice or Amsterdam combined, World War II prisoners dug canals, and some of these diggers dug out of the POW camp, but didn't account for dry river beds--they planned on floating to Mexico.

People swam in them before the 1950s, when swimming pools and air conditioning became more common. Salt River Project transformed the waterways to make them more efficient, and they banned swimming in the canals as it was now dangerous.

There were plants and trees along the canals, like cottonwoods, but they cut those down because cottonwoods used water, and they put in paths for maintenance of the canals and power lines.

In the mid-1990s SRP put white amur, a carp from China, in the canals, and they "can eat nearly three-quarters of its weight in weeds and algae a day."

They are finally supposed to upgrade the canals, but that is continually delayed. Lifeblood of Phoenix: 7 things to know about canals The entire canal system is "336 miles from Lake Havasu City [the western border] to Tucson." On average, the canal is 80 feet across in the beginning.

What is the average size?

Does it taper down to 1, 10, or 20 feet?

I cannot find any information on where it ends, nor could I find a canal in Tucson to follow it to its end, but say it tapers down to nothing, which wouldn't make any sense, the average would be 40 feet, totaling 70,963,200 square feet of free real estate.

How much power could that provide--when it is sunny?

It is often sunny in Arizona.

"How much water is lost through evaporation? [A]pproximately 4.5 percent, or 16,000 acre feet from the aqueduct and 50,000 acre feet from Lake Pleasant."

I am not suggesting solar lakes.

Are you, freebeard?

"Why isn't the aqueduct covered? The Bureau of Reclamation (Reclamation) [...] found the cost to be prohibitive. Covering the canal would have quadrupled the $4 billion the project originally cost." Frequently-asked questions

People are going to build solar panels somewhere and SRP is both the power company in the valley and the water company, so they can just build panels over the canals, and reduce that 4.5%.

Me? I'm in favor of [solar salt water thermal battery] lakes embedded in the tops of the new glaciers.

With floating casinos to pay for it all. Like the Fhloston Paradise from Fifth Element.

Makes me wonder how it would compare to Mendoza, Argentina.

I see many posts about Mendoza having canals, but no specifics.

AFAIK they're usually smaller, and were never a popular place for swimming. Otherwise, most likely I would have met fewer Argentinians on the beach :D

Arizona utilities have long rejected covering canals with solar panels. Here's why that may change
So, canals in the valley are open to the public. We are prohibited from entering the waters, but we can hang out on the paths?

I knew an epileptic who rode her bike down the path--until she had a seizure.

In that article they mentioned:It didn't seem like they had a good answer.People kept complaining that maintenance equipment wouldn't fit under the panels.

I always visualized them as high as solar parking.

Why wouldn't they be high like solar parking?

How low are these imbeciles visualizing this? Sure, solar farms are usually near the ground, but you would need to be able to see across the canal!

I was going to mention canals in the highways thread.

Why would [not] the solar panels float on the water, designed to be maintained from above?

That might keep your epileptic frens out of the water.

Solar panels are not load bearing (except roof replacement ones that cost a fortune).

You want panels high enough that people aren't going to mess with them. Mine are on the roof, and squirrels still mess with them.

Create a high trust society. Easy-peasy.

The higher they are the more air circulates and carries moisture away.