Film of the day — The Ballad of Cable Hogue, Sam Peckinpah’s 1970 comic Western. The protagonist, a prospector abandoned by his companions in the Arizona desert without water, literally falls into a mud pit on the fourth day, digs it out, and gets a spring. Then it turns out the water rises exactly between two towns on a stagecoach line.
Cable buys two acres around it for $1.25 an acre (the Desert Land Act allowed up to 320 acres per person, but required “proof of reclamation” — the paperwork is invalid without water), knocks together a shack, and posts his rates: ten cents per person, the same for a sheep or pig, two bits for a horse, mule, or cow, and all paid upfront, before drinking. He kills his first paying customer with the man’s own rifle. A preacher comes second.
What hooked me wasn’t the moral, but the business model: a man owns a point on a route. No land, no livestock, no gold — just a crossroads. He sells a consumable you can’t carry away and can’t replace. The question I asked myself was: what did this cost in real life, who ran wells like these — and why did the whole model end exactly as it does in the film, beneath the wheels of a car?
First, the number on the sign. Ten cents is not made up.
Daniel Culling, son of the founder of Culling’s Well station in Arizona, recalled the early 1870s: “It cost 25 cents to water one head of livestock, and a barrel of water cost 50 cents.” That is the same scale as in the film, right down to matching its “two bits per animal.” Two stagecoaches passed through the station every day, six horses to a team.
Then comes the interesting part — what does “a barrel for 50 cents” mean? In the desert, the unit of measurement is not a liter but a barrel or bucket: water is sold by volume, because what the buyer needs is enough to reach the next water, not a sip. The nearest source from Culling’s Well was about 40 miles east and “no less than thirty” north, south, and west. Thirty miles here is not a distance but a wager: you don’t make it — you die.
Hence the price formula: it equals the cost of delivering water to where there is none, not the cost of the water itself. Culling’s Well was dug in two attempts — they began five miles east, but no water came; they moved to the spot where they struck it at 240 feet and went another 25 deeper “for reserve.” The water was raised in a bucket from a wooden barrel, while a blindfolded horse turned the windlass — so it would not lose count of the revolutions.
To understand why a quarter for a cow was not robbery, you have to look at the buyer’s alternative.
The Wickenburg–Ehrenberg road ran through the desert, and people died within sight of water. In 1898, two prospectors died by the roadside. In February 1900, a prospector’s body was found “within rifle shot” of the station. A young German man crawled to the water tank at night, lay down to die, accidentally opened his eyes, saw a strip of light from a window, and made it there. It was after this that caretaker Joe Drew built a pole from two saguaro ribs on the roof and hung a lantern from it — the light could be seen for miles and worked as a beacon.
The numbers from Nevada’s Forty Mile Desert, where travelers crossed a waterless salt flat, are not about economics at all: a survey in 1850 counted roughly 1,061 dead mules, nearly 5,000 horses, 3,750 head of cattle, and 953 graves; property losses were estimated at a million dollars. They traveled by night because of the heat. Fifteen thousand people with wagon trains in a season — the population of a town passing every year through a strip where water cost more than gold by weight.
And here that famous $100 glass of water surfaces. The figure circulates across dozens of websites and children’s educational compilations, but there is no primary evidence for it. Right beside it in those same sources are verifiable facts: flour was $4 a barrel at the start, then a dollar a pint; sugar up to $1.50 a pint. I leave $100 for a glass in the category of anecdote: it explains how the legend of the desert works, but not how its price list works.
The main discovery of this investigation is that water in the desert was transport. It was hauled, pumped, buried in the ground, and sold at the price of carriage.
From 1858 to 1861, the Butterfield Overland Mail Company ran a mail route from Memphis/St. Louis to San Francisco. Two thousand seven hundred miles, 25 days on the road, 139 stations at the start and 175 by the end, 320 acres of land for every new one so the station could feed itself. One hundred coaches, around 1,200 horses and 600 mules, 750 to 800 hired workers: conductors, drivers, station keepers, grooms, blacksmiths, harness makers, veterinarians. All this cost more than a million dollars at the outset, under a contract worth $600,000 a year — the investment was made in expectation of government money and the flow of settlers.
Water here was not found but built. Waterman Ormsby, the New York Herald correspondent and the only through passenger on the first run, recorded: between Vallecito and Algodones were eight stations spaced 9–16 miles apart, each with a well dug at it, but at Monument and Garden stations the water was “brackish and bitter,” so drinking water was hauled there from other stations. And the conclusion worth all the rest: the stations were priceless to settlers because they no longer depended on the precious water supplies in wells “which might be filled by waves of sand.”
Where there was no water at all, water wagons operated. On the Texas Staked Plains, a 75-mile waterless stretch was served by “water trains”: tanks of tinned iron, shaped like locomotive boilers, holding as much as a team of six mules could pull. A newspaper of the time candidly called this “a very expensive way of procuring an indispensable substance,” but drilling produced nothing. At Hueco Tanks, reservoirs were enlarged to hold a year’s supply.
The discipline of crossings is best described by Randolph Marcy in The Prairie Traveler, an officers’ manual for journeys across the plains. A waterless stretch was called a “jornada”; in New Mexico there was one 78.5 miles long, with not a drop in the dry season. Animals were watered before departure; they traveled at night, resting 10–15 minutes every two hours, grazing for two hours at dawn, halting during the day, then setting out again at four. Wooden barrels were to be soaked periodically or they would dry out and split, while water for the return trip was buried in the ground. The British cavalry’s calculation for Palestine was 8 gallons of water and 20 pounds of fodder per horse per day; for the Desert Mounted Corps’ 18,000 horses, that meant 900 tons delivered every day.
Thirty-six liters for one horse. Every day.
Legally, this entire structure rested on the principle of “first in time, first in right” — prior appropriation: whoever first diverts water to a beneficial use holds the right, while later users take what remains and may not interfere with the senior claimant. The doctrine was born in California’s goldfields: in Irwin v. Phillips (1855), the state Supreme Court settled a dispute between prospectors diverting the same stream in favor of the one who had done it first.
That is where all the formulas come from. In a drought, the earlier claimant’s right does not shrink: the junior claimant may get nothing at all. The right is lost if the water is not used: the rule was introduced to cut off speculation. The right can be sold, but the priority date remains with it, and only the volume historically consumed is transferred, not the “paper” limit.
That is exactly what the film stands on: Cable does not buy the water — he is the first to develop it, fence it within two acres, and acquire priority. Reality worked the same way, right down to the requirement to prove water on the tract. The customer paid for the right to draw water in one particular place.
Two of the most telling water owners died neither at the hands of Native people nor of thirst.
Charles Culling dug his well in 1868, watered stagecoaches, kept livestock — and died in 1879 right at the station, where he was buried beneath a large wooden cross. His widow married merchant Joe Drew, who ran the station to the very end, until the Parker Cutoff was built in 1905–06 and the stagecoaches finally left the scene for good.
In 1856, Charles Tyson found reliable water on La Posa Plain, built a “non-military fort” to protect the source, and in time it became Tyson’s Wells station on the Ehrenberg–Prescott road. The irony is that the station entered history not for its water but for its reputation: Martha Summerhayes, an officer’s wife who traveled through Arizona, called Tyson’s Wells the “most dreary and uninviting” ranch in the territory, reeking of “everything unclean, morally and physically.” The town lived three lives: stagecoaches, railroad, then highway.
And the most telling story is Zzyzx. The Mojave and Chemehuevi had known this spring in the Mojave for generations; later there was an Army outpost there. From 1944 to 1974, Curtis Howe Springer occupied it, a radio evangelist who described himself as “a salesman, Methodist minister, vitamin salesman and resort proprietor.” For thirty years, he sold the meaning of water: “Zy-Crystals” — a mixture of Epsom salt and salt-lake crust, meant to be applied to the scalp while holding one’s breath; “Antediluvian Desert Herb” tea; “Acidine” for acid stomachs. A man who owned a spring in a real desert made his money on packaging. It ended predictably: the IRS, the Food and Drug Administration, Bureau of Land Management claims against his mining filings, several months in jail.
In the film, Hogue is killed by a car. The first automobile passes the station without stopping for water at all; the second stops, and while loading it Hogue trips over the brake — the car runs him over. Peckinpah called such films “the death of the West,” and here that death is literally mechanical: Hogue is crushed by the very technology that does not need water.
Historically, it happened exactly that way. In 1903, Horatio Nelson Jackson became the first person to drive an automobile across the entire continent — in a 1903 Winton with a twenty-horsepower engine, no roof, no windshield, for $3,000, in a country with 33,000 cars and 150 miles of paved roads. His list of supplies included a tent, sleeping bags, a rifle, and a “canvas water bag, canteen”: a bag and a flask. In Medicine Bow, Wyoming, a merchant who saw that the traveler was running out of gasoline and had nowhere to go charged him $1.05 a gallon — three times the normal price. The logic of “sell the traveler a consumable when he has no choice” survived both horses and stagecoaches. Only the product changed.
You can verify it on a map. Water Station in the Mojave began as a locomotive watering stop — such stations were placed every 7–10 miles. By the 1940s, around 700 people lived there; there were three gas stations, two cafés, a post office, and a school, and the town’s water was brought in by rail as well. In 1968, Interstate 40 opened; the highway ran ten miles away, and the businesses closed almost overnight. The water itself went nowhere — the passersby disappeared.
And here the story comes full circle, which was what interested me in the first place. The logic of “owning a point on the route, selling a consumable to the traveler” did not break with the stagecoaches, and it did not break with gas stations — it turned out to be the most durable part of that economy. In Nairobi’s informal settlements, a twenty-liter jerrycan from a reseller goes for a price that works out to 100 KSh per cubic meter, and in a bad situation — 2,500, while the Nairobi Water municipal rate is 29.4 KSh per cubic meter. The difference reaches fourfold, and the customer pays it for water worse in quality and availability; 41% of Kenyans use “unimproved” sources such as ponds and shallow wells at all. In Mexico City, a 10,000-liter tanker during the dry season cost 2,500–3,000 pesos, against 1,200 before the pandemic, while wholesale prices are: “They tell us to sell for 850 pesos per tanker, but there are people who charge 2,000 because of the need, and whoever has money pays.” In Tshwane, according to a 2025 report, the city spent R116 mln in one year on water deliveries, while residents pay R200–250 to fill a single tank; a former municipal council member speaks outright of “deliberate vandalism and sabotage to create demand for water tankers.”
The difference is that in Arizona in 1868, you could choose not to come to the well and die thirty miles away, while in Nairobi the alternative is a queue at a pipe and cholera. That shift shows just how much the well model depends on the absence of choice. As long as water exists in only one place, its owner is a monopolist. The moment you can take water with you or bring it yourself, the well turns into a structure, and its owner into roadside scenery.
That is the answer to the question in the hook. Ten cents for a sip was not greed, but the price of logistics: water was sold at the cost of delivering it to where there was none. That is why the number died along with the lack of alternatives. Today’s reseller at the hydrant lives off the same infrastructure failure as Cable Hogue: the locals have no pipe. The difference is that Cable dug it himself — while the modern owner of a “point on the route” stands between the pipe and the bucket and digs nothing.