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Earth Science

How California Is Winning the Drought 390

An anonymous reader writes: California is in its fifth year of drought; the past four years have been the driest four-year period in recorded history, and the hottest as well. There have been consistent worries about how it will affect California's residents and its economy — but somehow, the state still seems to be doing fine. "In 2014, the state's economy grew 27 percent faster than the country's economy as a whole — the state has grown faster than the nation every year of the drought. ... The drought has inspired no Dust Bowl-style exodus. California's population has grown faster even as the drought has deepened."

The article makes the case that California is pioneering the water preservation and governance techniques that will be helpful elsewhere in the country if the global climate continues to warm. "The Metropolitan Water District of Southern California now supplies roughly 19 million people in six counties, and it uses slightly less water than it did 25 years ago, when it supplied 15 million people. That savings — more than one billion gallons each day — is enough to supply all of New York City." The article notes, however, that this resilience won't last forever — if the drought continues for several more years, California will be in trouble despite their water-saving tactics.
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How California Is Winning the Drought

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  • by fustakrakich ( 1673220 ) on Saturday August 15, 2015 @05:04PM (#50323653) Journal

    Desalination is cheaper than not having water at all. Whether it is cheaper than litigation over rights and usage, or outright war, I don't know.

    • Re: (Score:2, Interesting)

      by phantomfive ( 622387 )
      The response to the drought by people and local governments has been great. If you go outside in a residential area of the bay area, you'll see plenty of brown lawns. Farmers have adapted by using more efficient irrigation techniques. Overall, California is capable of surviving the drought, or even a longer one.

      The biggest problem is the state government. The state government manages water like it manages money: when a good year comes, they find some project to use it on, ignoring that there will not alwa
      • by CanadianMacFan ( 1900244 ) on Saturday August 15, 2015 @06:37PM (#50324049)

        Farmers have responded by pumping water from the aquifers at an unsustainable rate. The farmers with more money have been able to drill deeper wells to get more water leaving poorer farms behind. Yes, they have invested in water saving technologies but they are still using too much.

        • by phantomfive ( 622387 ) on Saturday August 15, 2015 @06:44PM (#50324079) Journal

          The farmers with more money have been able to drill deeper wells to get more water leaving poorer farms behind.

          It's not about 'richer' farms or 'poorer' farms, anyone can afford to dig a deeper well. The main problem is finding someone to do it......some drillers have waiting lists 8 months long. If you can't wait that long, you're in trouble.

          Yes, they have invested in water saving technologies but they are still using too much.

          There is plenty of water for farmers and city folk........once again, you ignored my point that it's a management problem, not a "greedy city slicker" or "greedy farmer" problem. Both farmers and city dwellers are responding fairly well.

        • California's been burning through groundwater supplies faster than rainfall replenishes them even in the average-rainfall years. It's unsustainable in good times, much less in crisis droughts like the current one.

          It's not like that's not a problem other places around the US or the world; look at how the MidWest and Texas are doing.

      • The biggest problem is the state government.

        The Metropolitan Water District of Southern California, to whom the summary gives credit, was actually created by "state government".

    • Desalination is not, however, cheaper than not having almonds. Before we shell out billions (and generate more pollution) legal reforms will be needed to eliminate this "senior water rights" nonsense. Then the costs of any new infrastructure can be spread amongst all water users, according to usage.
  • by Todd Palin ( 1402501 ) on Saturday August 15, 2015 @05:07PM (#50323671)

    California often has drought, but this one is different. California has numerous large reservoirs that are nearly drained after three plus years of drought. Groundwater is being rapidly depleted. The state started out with lots of water, but the persistent drought has nearly exhausted the reserves. If the situation doesn't change this winter, the problems we see now will seem trivial. Resilience works up to a point, and then it snaps when certain limits are exceeded. California's water supplies are stretched to the limit right now.

    • The far north of California (where it rains 60 inches a year) has more than enough fresh water to supply the rest of the state if you build the infrastructure to move it and get the courts to agree to the environmental impact somehow.

    • by Z00L00K ( 682162 )

      California survives currently by draining the ground water table - something that has dropped for the last century. And draining ground water means that salt water intrusion may occur, which happens in some places. Ground water loss have been the norm since at least 1964. http://voices.nationalgeograph... [nationalgeographic.com]

      So right now California is draining every available resource just to stay afloat, but in the trend is bad since when even the ground water is depleted there's no reserves.

      • by jez9999 ( 618189 )

        So right now California is draining every available resource just to stay afloat

        Actually I'd say they're more likely to be running aground.

  • Desalination plants. (Score:4, Interesting)

    by ITRambo ( 1467509 ) on Saturday August 15, 2015 @05:13PM (#50323709)
    They are expensive, but desalination plants should become a measurable and important source of California water usage. The upcoming Carlsbad plant is a nice start. But, it will only produce 50 million gallons per day. Conservation and grey water usage only goes so far.
    • The upcoming Carlsberg plant is a nice start. But, it will only produce 50 million gallons per day.

      FTFY.

  • by ebrandsberg ( 75344 ) on Saturday August 15, 2015 @05:20PM (#50323739)

    California cities and towns only get 10% of the water. Farmland gets 80% (or somewhat less depending on how you account for it), yet only produces 2% of the state's GDP. The problem is that they are STILL growing the size of the agriculture sector, planting more almond trees for example, even while the existing almond trees are dying from salt poisoning. The reason the overall GDP hasn't been hurt yet is due to the fact that so much of the water is used for so little of the state's income. When the groundwater is all gone due to lack of planning, things may actually change.

    • by phantomfive ( 622387 ) on Saturday August 15, 2015 @05:50PM (#50323869) Journal

      Farmland gets 80%

      I don't know where you're getting that number, it's no more than 60% in a good year [scpr.org]. In bad years, it's less.....farmers only got ~20% of their normal allocation this year, and have been restricted for the past several years.

      • So according to that article you posted almost 50% goes to "environmental" uses. Some of that could be recovered better engineering projects to capture the water before it's just dumped into the ocean.

        • by phantomfive ( 622387 ) on Saturday August 15, 2015 @06:07PM (#50323923) Journal
          Yes, there are plenty of ways to improve California's water situation. It's more a failure of management than a lack of water.
          • Next time a recruiter contacts you, tell him you're looking for $200k (push up all our salaries).

            What if I land the job? I don't want a pay cut.

            • Next time a recruiter contacts you, tell him you're looking for $200k (push up all our salaries).

              What if I land the job? I don't want a pay cut.

              Ask for $500k at the outset.

          • It's a failure of a specific ideology.
          • by Bruce Perens ( 3872 ) <bruce@perens.com> on Saturday August 15, 2015 @09:05PM (#50324619) Homepage Journal

            The fact that rivers run to the sea isn't really a management problem. There is actually only one river in California without a dam at present, all of the others have controlled levels, hydroelectric generation, and take-outs of much of their water volume for various purposes.

            We've already destroyed much of the fisheries and are having trouble recovering them. We might have about 5% of the birds the state once had. The Central Valley, which was swampland only a century ago, has been made a desert. Giant lakes have disappeared.

            No surprise if this has changed the weather. A huge heat sink was removed from the environment and there is a perpetual windstorm as cool air is sucked into that valley.

            Proper management is not to suck down the remaining 5%, interrupting the flow of rivers to the sea permanently. Proper management is to attach the real economic cost to water delivered to agriculture, rather than to vastly subsidize it.

            Yes, this means that farming, and farming jobs, would change. Sorry, you asked more of the land than it could provide forever, your resources have run out, game over.

      • The article you linked opens by saying that farms do get 80% of human water usage so you answered yourself. It then goes on to explain that everybody wants to account for water usage in different ways to make them look good or someone else look bad.

        As that article explains, it's not feasible to tap into every water source, especially all the little streams and rivers in nor-cal, but I haven't seen anyone clearly explain what water can actually be moved around and what use it is going towards when it is move

    • by caseih ( 160668 ) on Saturday August 15, 2015 @06:19PM (#50323961)

      People are always the issue. But I take your meaning.

      Indeed in the 1930s the dust bowl exodus was by people who were farmers, or from towns and cities who's existence was 100% dependent on agriculture, for food and employment. At most this exodus was numbered in the thousands, not millions or anything. The 1930s dust bowl crisis (including the weather and horrible storms) was caused in large part by soil erosion, not from the drought itself per se. There was no irrigation. The drought triggered it no doubt, but it was the farming practices of the time that brought it on. Once this was realized and tillage techniques were altered, things settled down and droughts, though bringing crop failures, no longer bring the dusty conditions that were common in Oklahoma in the 1930s. If you've ever seen pictures of the dust storms back then, it really was truly apocalyptic-looking, and very frightening.

      Things are very different in CA today. For one, the issue is not about soil erosion causing weather patterns and dust storms. For two, if and when CA does run out of water for agriculture, there really will be an exodus, but only from farms and agricultural areas, probably numbered in thousands, not unlike the dust bowl exodus in the 30s. Modern western living brings in foods from all over the world, so people living in a city in CA are, except for state-imposed water rationing, completely oblivious to the devastating effects of drought.

      So all's good, right? After the final crisis, farmers will all leave and all that water will become available. And at only a 2% loss of the state's GDP. Win win. Very sad, but when it comes down to the bottom line, this is probably what will happen. Only the total loss to the GDP will be somewhat higher than 2% because there's an entire sector of the economy around agriculture that also generates its own part of the economy, including laborers.

      The problem is that across the world, vast amounts of water are required for growing food, and this is not going to change anytime soon. Human survival depends on this. As a farmer myself, I get very discouraged at how out of touch people are with the food they eat. They have not idea where food comes from. Grocery stores stay stocked regardless of local, regional, or even national conditions. Rich people can continue to buy organic, as one person put it, "because [they] care," though they aren't sure what it is they are caring about. Food prices are lower than they've been in decades compared to incomes, but that's contributing to things like growing almonds when more traditional food staples could be grown.

      California used to grow grains and other commodities before irrigation was developed. Probably farmers will return this way, but the amount of acres required to make a go of this is quite a bit higher than with vegetables or almonds, so we'll probably see far fewer farms survive, and they will have to be much larger.

      • by khallow ( 566160 )

        At most this exodus was numbered in the thousands, not millions or anything.

        According to Wikipedia, it was over a million people moving to California alone from the US Midwest. Overall emigration from Oklahoma and neighboring states to regions outside the area, mostly to the western US, was around four million people.

      • Time to end corporate farming!!!! I'm kidding. I'm from a farm and know that the bulk of "corporate farms" are family farms. Last I checked USDA numbers it was ~96%. Just thought I'd drop in with that before someone that's serious does it.
      • by phantomfive ( 622387 ) on Saturday August 15, 2015 @07:16PM (#50324195) Journal

        California used to grow grains and other commodities before irrigation was developed.

        California grew winter crops before irrigation, because that's when the rains come. You can still see winter oats across the central valley when the canals are empty. When irrigation came, it allowed people to start growing melons.

        The reason farmers have switched so much to almonds is because other crops (like peaches) are high-labor, and with recent improvements in shipping technology along with free-trade agreements, means American farmers are competing against the labor costs of peach farmers in Chile. You can harvest 20 acres of almonds with two people, but 20 acres of peaches can require dozens.

        That said, California is still extremely important to the US as an agricultural region. [slate.com]

        California produces a sizable majority of many American fruits, vegetables, and nuts: 99 percent of artichokes, 99 percent of walnuts, 97 percent of kiwis, 97 percent of plums, 95 percent of celery, 95 percent of garlic, 89 percent of cauliflower, 71 percent of spinach, and 69 percent of carrots (and the list goes on and on). Some of this is due to climate and soil

        I don't know why Chile can compete on peaches but not on plums.

  • by GoodNewsJimDotCom ( 2244874 ) on Saturday August 15, 2015 @05:31PM (#50323793)
    You hear most of the cutting edge health nuts coming from Cali and lately they've been talking about the toxicity levels of plastic in bottled drinking water if left out to age or in the sun. Yet they managed to pour plastic balls in their drinking water reservoir. Didn't anyone go,"Hey, maybe this sounds like a bad idea to California residents concerned with their health?"
    • That plastic is poylethelene http://www.latimes.com/local/l... [latimes.com]. Same thing used in drinking bottles and the PEX lines in newer homes.

    • by jklovanc ( 1603149 ) on Saturday August 15, 2015 @06:01PM (#50323897)

      They are different plastic. The balls are probably made from ABS. The issue with water bottles is the BPA which softens the plastic. There is no BPA in the shade balls. There are some plastic water bottles that are accepted because they are BPA free [promo-wholesale.com].

    • by Greyfox ( 87712 )
      Nah it's fine. All the plastic is filtered out when they run the water through the asbestos filters!
    • by idji ( 984038 )
      Those balls are polyethelene with carbon to make them black. What toxins are you expecting?
  • And yet, there's still no drip-irrigation in the central valley...
    • Not quite [mullerranch.com].

      One example is Joe Muller & Sons farm in Yolo County, which grows tomatoes, peppers and sunflowers. The farm runs a buried drip irrigation system on 650 acres in the Woodland area. Tom Muller, a partner in the business, said the farm has documented water savings as great as 40 percent. This cuts costs because it means the farm has to buy less water or pump less groundwater from its own wells.

      Woodland is in the Central Valley.

    • Re:Winning! (Score:4, Interesting)

      by phantomfive ( 622387 ) on Saturday August 15, 2015 @06:10PM (#50323931) Journal
      There's plenty of drip-irrigation in the central valley. During the current drought, even more farmers have switched to it.

      btw, drip irrigation is only a good thing during droughts. During times when there is enough water, flood irrigation is better for the environment, because it helps replenish the ground supply (and in the case of rice fields, it provides important wetlands for wildlife).
      • btw, drip irrigation is only a good thing during droughts. During times when there is enough water, flood irrigation is better for the environment, because it helps replenish the ground supply (and in the case of rice fields, it provides important wetlands for wildlife).

        It also helps wash out the salt that accumulates at the boundary where the drip-supplied water finishes spreading out and dries up.

  • Is one way we are NOT winning the drought. I tried doing the math on this and it doesn't make sense to me, yet I see big F250 pickup trucks with 275 gallon tanks everywhere around here. How is driving 20 miles round trip to pick up 275 gallons of reclaimed water worth your time, wear/tear on vehicle, tank and pump, and fuel? According to my water bill that 275 gallons costs maybe $1.28. Even at higher tiers I don't see how it would add up. You'd have to make a trip to the water plant almost every day to eve

    • How do you know those trucks are hauling water and not fuel for farm equipment? Maybe it is liquid fertilizer. My father had a tank in the back of his truck to re-fuel his D-7 Caterpillar [onlytruecars.com].

      • Because I live in the sub-burbs and see them everywhere around town. No farmers here. The tanks clearly say "reclaimed water". I see people pumping the water onto their lawns. They were not common last year.

  • See https://en.wikipedia.org/wiki/... [wikipedia.org]

    From this [see "uses of water" section]:
    - Agriculture uses 39% of the water vs. 11% for residential use
    - A typical household uses 170 gallons/day
    - It takes 4.9 gallons to grow one walnut, almost as much as a head of broccoli at 5.4 [but with much less food value]
    - It takes 1.1 gallons to make an almond, so a small jar of them uses more water than a household does per day.

    Most of the regulations [and hoopla] so far are about getting residents to use less water, but their usage is a drop in the proverbial ocean. Where are the regulations to get farms to plant water efficient crops that have high food value instead of water thirsty crops that, effectively, waste water?

    Producing crops that have good nutrition, use less water, and provide lower prices to consumers would seem to be the responsible thing to do during a prolonged drought. If farmers can't see the logic of this, then, if regulation comes, they would only have themselves to blame.

    • The best solution is to let the farmers sell the water to the residents instead of growing the crops. It's just a comparison of the profit from growing an almond vs. selling to residents at retail rates. Win-win right?

      • As the actor Ricardo Montalban once said in an interview: "If you're [currently] not acting [in some play/movie], you're not an actor".

        So, if a farmer isn't growing crops, he's not a farmer. So, he'd probably lose whatever special pricing on water he has [as well as any raising of the limit on how much water he gets], so he wouldn't be able to make a profit because he'd be buying the water at the same price he could sell it for. And, such profiteering would probably be prohibited.

        From the wiki, Californi

  • Even disregarding the discussion about climate change: if you use 217 US gallons of water per capita per day, and you live in a state with water issues, and that's disregarding the water use of growing crops that is (a) not measured and (b) really hurting the ground water reserves that people depend on to live, you know you are heading for deep trouble.

    I'm not surprised that Schwarzenegger ordered water meters installed in every house - I *am* surprised it's only mandatory by 2025 and not for farmers either

    • Where I live (California) the base cost is about $2.50 USD per 100 cubic feet (748 gallons). There are then additional "tiers" that increase the cost over your baseline quantity. If you live in an apartment and don't have a lawn/yard/garden I can understand only 31 gallons/day, but I have a few fruit trees and such that I like to keep watered. One thing I'll admit is that if they want people to conserve, they need to raise water rates (and then use that money to acquire more water resources).

    • Oh, and in The Netherlands we use 31 US gallons per capita per day. That's 7 times less. We don't shower less either. But in our climate we don't have a lot of swimming pools. Maybe that's a good explanation? I'm not sure about the price of water in California though - it looks rather difficult to compare to our pricing.

      My (California) water bill is broken up into tiers. The lowest level - essential - is what's estimated a regular family of 4 should use (55 gal/day per capita) without landscaping. So tha

  • Seriously [loe.org]. They shouldn't have killed them all.
  • "If you go back thousands of years, you see that droughts can go on for years if not decades, and there were some dry periods that lasted over a century, like during the Medieval period and the middle Holocene [the current geological epoch, which began about 11,000 years ago]. The 20th century was unusually mild here, in the sense that the droughts weren’t as severe as in the past. It was a wetter century, and a lot of our development has been based on that.

    If you look at the archaeological record, yo

    • Technically, this is prehistory, not history, unless there was writing in California eight hundred years ago.
    • by dgatwood ( 11270 )

      Anyone who wasn't expecting a multi year drought in California obviously didn't study history.

      They expected it; they just all hoped that the other party would be in office when it happened, so they could blame them for not building the infrastructure to prevent it from turning into a disaster.

      • by dgatwood ( 11270 ) on Saturday August 15, 2015 @07:14PM (#50324187) Homepage Journal

        It reminds me of the joke about the CEO who was talking with his departing predecessor. The predecessor handed him three envelopes, with instructions to open them whenever things got bad enough that his job was on the line. One day, things got bad, so he opened the first envelope. The note inside read, "Blame your predecessor." He did, and things were okay for a while. Then, things got bad again, so he opened the second envelope. The note inside read, "Restructure the company." He did, and again, the crisis was averted. Finally, things went badly wrong a third time, so he opened the final envelope. Inside it, the note read, "Prepare three envelopes."

  • Well, we have a lot of tech here, that's exported all around the world, so until we are spitting dust, people here will be making money, for now.

    People here in Silicon Valley have done their part and let their lawns die, and yet, we don't hear anything about export farms making any sacrifice.
    If the powers that be were serious about water conservation, they would tax it, but how would that tax be distributed for residence, agriculture, and industry?

  • Nonsense (Score:3, Informative)

    by Karmashock ( 2415832 ) on Saturday August 15, 2015 @06:52PM (#50324115)

    Everything is fine until it isn't.

    The Greeks were fine with their debt until the Germans came to collect.

    The American colonies were fine until they rebelled.

    The situation with the housing market and banks was fine until it wasn't.

    So saying "Cali hasn't imploded yet" is not the same thing as saying they're fine.

    As to the economic arguments... the bullshit on the economic statistics is well understood at this point and basically everyone knows they're full of shit besides the willfully ignorant. So we'll just skip over that.

    On the issue of the drought, the issue is that they have not linked GROWTH with infrastructure. This is why we get brown outs, over crowded schools, over worked police departments, water shortages, and hellacious traffic.

    Anyone ever play sim city back in the day? It was a game of balancing things that increased your resources with things that were needed to supply the things that produced your resources. It was about managing land, tax revenue, water, power, schools, police.

    Okay... so what happens if you just build lots of houses and don't build power plants, don't build water aqueducts/reservoirs/treatment plants/desalinization plants, schools, hospitals, police stations, or transport?

    That's basically what happened in california. They okayed development project after development project... EVERYWHERE... and in no sense linked that to infrastructure.

    So radically increasing the population did not correspond to an increase in water resources.

    What is the solution? Link the two.

    Say "zoning for new housing/business/etc must not exceed literal construction and activation of relevant resources required to sustain that development."

    So if you want to build housing for another million people, then I want to see somewhere in there that you've expanded water and power resources for an additional million people. And if it isn't on line... NOW... then I'm not zoning land for use by another million people.

    Now here someone is going to say something profoundly stupid like "well where are they going to go!?"... well... anywhere. Arizona, Texas, Montana... it doesn't really matter. There are plenty of places for people to go. And if you want those new developments THAT badly... then build the fucking power plants and reservoirs and aqueducts and schools and highways and police stations... Or go fuck yourself. Saying "we don't have the money to do X or Y or Z right now"... fine... then when you do we can build the infrastructure and then you can have your development. But if you don't have it, then you can't built the infrastructure and you can't have the development.

    Suggesting otherwise is somewhere between short term exploitative thinking where someone does things that are against the long term interests of the state for short term profit... and childishness/ignorance.

    The developers and politicians are mostly liars or too self interested to care what happens. And the public mostly is just too stupid to know what is going on.

  • by Snufu ( 1049644 ) on Saturday August 15, 2015 @06:53PM (#50324123)

    Private agriculture uses 80% of the water. If you stopped growing rice, alfalfa, and all other crops you should not be growing in a desert, California's city populations could increase FIVE TIMES with no shortage of water.

  • by wonkey_monkey ( 2592601 ) on Saturday August 15, 2015 @07:31PM (#50324247) Homepage

    How California Is Winning the Drought

    Who came up with that headline? You don't "win" a drought. You might beat a drought, or win against a drought.

    California's population has grown faster even as the drought has deepened.

    Or, to put it another way, the drought has deepend as the population has grown faster.

    I seem to remember Germany doing quite well in WWII, as well, until they weren't.

  • California is in huge trouble already and the real solutions may not be at all possible. Growth is the cause of the misery in California. California needs to reverse growth. That means sending the population to other states, shutting down businesses and industries and getting rid of the effects of human activity. The real game is that the officials in California know that no good solution is in sight. Everybody hopes that new science and new technology will enable the madness to cont
  • by tlambert ( 566799 ) on Saturday August 15, 2015 @09:51PM (#50324759)

    A billion gallons isn't much.

    The Sacramento Valley rice paddys flood to a depth of 5 inches. This utilizes 80B gallons of water, in order to irrigate the 600,000 acres under cultivation in rice. On top of this, it requires another 4B gallons of water a day to deal with the evaporation losses.

    So color me unimpressed that conservation by reduced human consumption results in 1/4 of that amount being saved. It's not a big deal, or a big amount, in the grand scheme of things, particularly compared to agricultural usage on products which are mostly exported from the U.S..

    Time to get serious about desalination, if California wants to keep its agricultural export industry. Or it could let e.g. China invest in growing their own rice, instead of in building "ghost cities".

    P.S. While you are at it, stop drinking "almond milk" please; a quart of that runs about 345 gallons of water.

  • by WindBourne ( 631190 ) on Sunday August 16, 2015 @12:36AM (#50325115) Journal
    The fact is, that they need to start desalinating along their coast line, and providing water inland for 60 miles or so.
    Right now, what has been keeping LA and SD going has been the Colorado River. However, lake mead is dropping FAST, since the drought is also spread all the way to vegas.
    But, they start building desalination plants now, then if the drought persists, they can solve SD and LA, while saving water for Vegas.

    BTW, this is where CONgress is so wrong. We desperately need to start building new nuke plants that will use the nuke waste. With these, they can provide electricity AND desalination.
  • by SuperKendall ( 25149 ) on Sunday August 16, 2015 @02:02AM (#50325289)

    A warmer climate means more, not less, water across the planet as a whole, even if some individual areas may have worse droughts (though California's drought to date is not nearly as bad as the worst historical droughts, so to claim it is from warming is to ignore the difference between climate and local periodic weather patterns like droughts)

    Common sense dictates this is so, because most of the surface of the planet is water, therefore a warmer climate means more water vapor entering the atmosphere. Anyone who has spent time in South America knows it can be hotter than hell but still humid.

    What really needs to happen (for California and elsewhere) is cheap nuclear power generation and large-scale desalinization - no reason California could not be pumping lots of water all over the dry West, instead of ravenously consuming the aquifers they have now.

  • by NostalgiaForInfinity ( 4001831 ) on Sunday August 16, 2015 @03:17AM (#50325425)

    The biggest destinations in California are the Bay Area and LA, and people migrate there not for the quality of life (which sucks) or for gardening, but because a bunch of important companies have their headquarters there.

    Furthermore, demographically, California isn't doing so well either:

    http://knowmore.washingtonpost... [washingtonpost.com]

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