> Based on USDA data for 2022, only 4% of all U.S. dry hay produced and 6.5% of all harvested alfalfa hay entered the export market.
So 96% of all hay and 93.5% of alfalfa is used domestically.
[0]: https://hayandforage.com/article-4300-hay-exports-in-2022-of...
A lot of "studies" on water efficiency of crops ignore yield, which is kind of the whole point of agriculture.
And regarding your export claim:
> Based on USDA data for 2022, only 4% of all U.S. dry hay produced and 6.5% of all harvested alfalfa hay entered the export market.
[0]: https://hayandforage.com/article-4300-hay-exports-in-2022-of... [1]: https://ucanr.edu/blogs/blogcore/postdetail.cfm?postnum=1772...
> In the seven Western states of Arizona, California, Idaho, Nevada, Oregon, Utah, and Washington, hay exports play a much larger role in impacting both markets and prices. Based on USDA export and hay production data for those states, 19% of their alfalfa production was exported in 2022 and 26% of the grass production found its way into shipping containers. As such, hay prices in the Western states play a large role in setting market prices.
>...According to an analysis by the conservation non-profit Pacific Institute, alfalfa production in California uses around 5 feet an acre (6167.4 cubic metres) of water, making it one of the most water-intensive crops alongside the likes of almonds, pistachios and rice. Crops such as sugar beets use roughly 3 feet an acre (3,700 cubic metres), and dry beans as little as 1.5 feet each acre (1,850 cubic metres).
https://www.theguardian.com/environment/2022/sep/12/colorado....
>>...Based on USDA data for 2022, only 4% of all U.S. dry hay produced and 6.5% of all harvested alfalfa hay entered the export market.
It is misleading to just talk about the entire US production of alfalfa since in many places water is not nearly as limited as it is in California.
>...Government figures compiled by Putnam and fellow researchers William Matthews and Daniel Sumner show about 15 percent of alfalfa and more than 44 percent of other types of hay produced in the West have been exported in recent years.
>The share exported from Southern California farms is significantly higher than the regional average, the researchers said, because the closeness of the port makes trucking costs relatively inexpensive.
That percentage is from an article in 2017 - it sounds like the percentage today is at least that high or higher.
https://www.desertsun.com/story/news/environment/2017/09/28/...
I'm fine with American taxpayers subsidizing water so that American food is cheaper for Americans.
I'm less fine with American taxpayers subsidizing Saudi Arabian food.
Perhaps any water used to grow something that is exported could be priced at market value, while water pricing for products consumed domestically can remain the same.
This also works as a signal to help water-thirsty industries to locate or relocate themselves.
There's a balance to be struck between using an unsustainable amount of desert water, and using none of it.
If you have a counter-example, I'm interested.
But I do see the possibility of solving the problem by using photovoltaic energy (though maybe not optimally, because not having to move the water would allow to use the electricity for other usages).
Bear in mind that the alternative is to grow crops in countries where it is raining most of the time.
Plants fare really really well in rainy countries, they don't mind at all that the sun is less present.
The only real drawback is the shortened growing period, if the country is too far north or too far south.
If a farmer could take their water and sell it for more money to somebody who would then treat it, transport it, and resell it to the public, the farmer would do that. It might be counterintuitive to a lot of people, but if you want to stop farmers from using their water to grow crops, raise the price of potable water.
The farmer understands markets very well. They buy and use water based on market values. What you're hearing is a lot of complaining from people who do not understand markets and think that they can dictate market prices just by word alone. Markets don't usually work that way.
Because farmers can't take their water and sell it for more money to someone else, and they have no incentive to economize on water usage. Water prices are not set by supply and demand, they are set by government regulation. The "market" that farmers buy water in is not a free market.
Governments can absolutely buy out water contracts from farmers on the open market.
In the cases where water is tied to land title, it can be separated, as is common with other natural resources like natural gas and minerals
ELI5 Where I can buy me some water rights. Imagine I represent a consortium of commercial salmon fishers and we want (need) to buy the water to keep salmon healthy. We'll pay fair market value. Who do we pay? How much?
How am I supposed to secure this additional unconstrained water flow the entire width and breath of the Columbia Basin water shed by buying water retail in Spokane? If I buy a cubic hectare of water in Spokane, what's to guarantee it'll reach the ocean, vs slurped up by farms along the way?
Apologies for being thick, but this doesn't much seem like buying eggs.
Please explain it so I can understand.
It's a legal arbitrage. The valuable thing is the water because it can be used to make relatively expensive plants. The only permitted delivery mechanism is plants. So he follows the incentives.
> If a farmer could take their water and sell it for more money to somebody who would then treat it, transport it, and resell it to the public, the farmer would do that.
They can't do that. It's not a market issue, it's a water rights issue. The farmer is "entitled" to a quantity of water each year by virtue of owning the land they are on. If they do not spray that quantity of water onto that land, then they lose the right to get any water in future years.
> What you're hearing is a lot of complaining from people who do not understand markets
Thus, it is not markets, but water rights, that are not understood by the people that I hear complaining.
Secondly, where there exist rights there is usually a market for those rights. For instance, people buy and sell publishing rights or the right to first refusal. So it is with water rights. If I need more water than I have the right to use, I talk to my neighbor to see if I can buy her rights. If she won't sell them, maybe she'll let them. I can tell you exactly what the market price is for a share of water (a water right) where I live in the American West. I can tell you what it was last year and what it was 20 years ago. And there is a very active market to buy or lease water. My local municipal water company can require somebody wanting a new meter to sign over an irrigation water share to the company. The company pumps water from a well, processes the water and delivers it to the meter for a fee.
It sounds like where you are, the irrigation water and the municipal supply is also co-mingled in pipes? Where I am the systems are entirely separate, there's the potable municipal supply, and separately a series of surface canals operated by irrigation districts that bring water directly from the Deschutes river to fields.
For this reason (canals delivering irrigation water from source to destination via gravity), irrigation rights are fully tied to the land as they require adjacency to these canals. Properties may not sell their rights, even to other users of the same canal. Either they use it themselves, or they lose it and the rights revert back to the management of the irrigation district who may sell those acre-feet to a different user of the same canal.
It's not a great system, but unfortunately as the irrigation districts here are privately owned rather than public, the people required to change this are those currently benefiting from the status quo.
And you know there's a huge power imbalance between employer and employee that's at work here as well. Magnify that times a bunch when that employer is a rich, overseas company that can offer what would be starvation wages at home, but princely wages for the folks in Asia, South America, or Africa.
Labor prices are not subsidized by china.
Around Bend, where I live, there isn't a ton of 'serious' agriculture. Lots of hobby farms and some alfalfa operations, but the climate isn't really conducive to growing a lot. We're just a bit too high up to reliably grow many things commercially.
Further down the Deschutes river, in Jefferson county, there are a lot of real farms that produce much more important crops ("Approximately 55% of the US domestic market carrot variety seed production is grown in Jefferson County").
Guess who has more water rights?
Didn't you answer your own question here?
Cool to see someone else from Bend here though!
Why do you think LA is allowed to just pump an entire major river all the way from near Mammoth Lakes to the coast? Out of the goodness of the folks on the Owen's River's hearts? Fuck no. Los Angeles lied, cheated, and stole to get those water rights, and if you think Los Angeles isn't going to have to pay through the nose if we reset water rights, you're sorely mistaken.
You look at the history of water in the American West, and you'll see that everyone has done everything wrong since the 1920's, when water rights were designed to prevent migration west. Then you'll understand why this mess is much, much bigger than we can imagine.
Alfalfa for instance uses ~0.4acre-feet per ton. Alfalfa prices haven't ever been higher than $300/ton. That means that if water cost more than $750/acre-foot, they'd be out of business on water cost alone. At that price, the average Angeleno would have to pay a shockingly high... $5/mo for all their water. Oh wait, no, that's less than 0.1% of GDP per capita in Los Angeles County.
The fact is urban dwellers don't use much water, and are enormously economically productive, much moreso than rural areas, and so in any kind of open market for water, the urbanites will win handily every time. The city will get it's water, no matter what, and the fairly economically unproductive areas will have to adapt. It's only through political interventions like silly "water rights" designed for the benefit of farmers that a city has to resort to more expensive sources.
https://ourcountyla.lacounty.gov/wp-content/uploads/2018/08/... https://archive.is/7BNdF https://hayandforage.com/article-4472-Another-drop-for-hay-p...
It’s exactly what happened in the Owen’s valley last century.
Also: our usernames are oddly similar!