The economy has been growing
steadily for over a century, creating prosperity and security. But everything has its limits. We need chips. We need
energy. We need food. But we’re going to need it
for centuries and centuries and millennia and for as
long as humans are around. And all of these things need water. The days when we had abundant
water supply are gone, too. In many regions of the world,
water has run out. No water at all. Not a drop. The economy versus
humanity versus nature. We have a right to clean water. Globally, 70% of water
goes to irrigation. Look, you need water
to make food. Agriculture uses a
hell of a lot of water. Water will be the new gold. They are not matching the
reality of disappearing water with their desire for
economic growth. We have always known
water to be plentiful. But that’s changing
because of the climate crisis. With water becoming scarce,
this series asks: What happens if we
have no more water? For years, the Potsdam Institute
for Climate Impact Research has been warning about the effect of the climate crisis
on the water supply. My phone falls
when I let it go. I don't need to do an experiment.
I already know what will happen. It’s simple because
we understand physics. If we increase CO2 in the atmosphere,
then we will warm the planet and a warmer planet
means more water vapor, more drought, more periods
of intense precipitation. We don't have to do an experiment to
know water availability is decreasing. As it gets even warmer, we
will need even more water, for agriculture, to
drink, and for industry. We can see this
very clearly with Tesla, which needs a relatively
large amount of water locally. And, of course, this has
to be balanced with nature, because what we do now
will have a lasting effect. For its Gigafactory in
Brandenburg, outside of Berlin, Tesla wants access to especially
valuable groundwater reserves. Critics accuse Tesla of
stealing water from this region. This region has so much
water. Look around you! But the local water company says there
is no water for further expansion. No this is completely wrong.
It’s like water everywhere here. Does this seem
like a desert to you? That’s ridiculous. Tesla’s application
hasn’t yet been approved. But it’s just one example of many. German industry now
seems to be waking up to the increasing
scarcity of water too. The dry years in 2018, 2019,
2020 also showed companies how important water is, and
now there’s a big rush for permits. And we must really be aware
of the true water supply now so that we don't sell it off. Water is a
sought-after commodity. And the chairman of the
Federal Working Group on Water, Prof. Martin Grambow, wants
authorities to use restraint when allocating water rights. We have a lot of big offers.
With the global water shortage, the biggest water companies in
the world are knocking on our door. Big names that everyone knows. They all want water from us because
the quality is simply excellent. Coca-Cola is planning a controversial
project to extract water in Lüneburg. Germany’s largest beverage
company has been bottling its Vio brand water in the
northern German town for years. We already have approval to draw
350,000 cubic meters from the aquifer, which is the same amount we put
in the application for a third well to double the amount
of water we’re taking. Coca-Cola’s quest for water leads to
Reppenstedt, just outside Lüneburg. The company is drilling a well
190 meters deep into the earth here, putting the mayor in a dilemma. The question is simply
how do we sell it, or rather how do we communicate
to citizens that the groundwater that is actually there to ensure
their supply of public drinking water, is partially being given
to the beverage industry. And then we have to tell
citizens what they get in return. Resistance is stirring in
the region of Lüneburg. More and more people are
protesting against Coca-Cola. More than 1,000 people
recently took part in a demonstration organized
by Our Water Lüneburg. The initiative fears their
water is being sold off. Dear Lüneburgers. My name
is Marianne Temmesfeld and I am also a member
of Our Water Lüneburg. I want to stop this well. I want to prevent Coca-Cola
from taking any more. And they will say: Ok, then
we can't produce any more VIO. Dr. Marianne Temmesfeld has been
involved in the citizens' initiative since the beginning of 2020. Local politician Jens Böther
issues water extraction permits, even Coca-Cola’s. His decision
will last for decades. The groundwater
authorities in Lüneberg first determine whether extraction is
possible, and then we make a decision. That can also mean that we
then have to make a decision that the town doesn’t like. Water rights are up
to local administrators. But the state of Lower Saxony,
where Lüneburg is located, is also dealing with this issue. Lower Saxony is quite diverse. We have
regions where there is a lot of water. But in a big area
like Lower Saxony, there are also regions like
the northeast of our state that have less groundwater. Since there is so little rain,
there is more demand, for example, because farmers
have to irrigate their land. The effects of the warm, dry
years can no longer be downplayed. The consequences
can be seen everywhere, and it’s especially severe in
the region around Lüneburg. This pond is usually much fuller.
Sadly, the water level is very low. Basically, we're
worried about the legacy we’re leaving to the next generations,
the generations that follow. Water is the foundation for all life. In the future, Germany will have
to learn to get by with less water. For other parts of our planet, that
day has already come — or worse. It's actually really sad because in many parts of the
world Coca-Cola does succeed, and then people can only buy water
in the supermarket at high prices. In Mexico, for example. San Cristobal, in southern
Mexico, has a large Coca-Cola plant. Well protected behind
high fences and barbed wire. Mexican health authorities say more
of the beverage is consumed here than anywhere else in Mexico. 2 liters per person
per day, on average. As long as Coca-Cola has
enough water, business is good. For the people of San Cristobal,
however, life is very different. They are left high and dry. Look, here is the faucet and
there is no water at all, not a drop. Absolutely no water. It's like this every day. The
whole city, everywhere in the city, people are complaining
in every neighborhood because they have no water. Eustacio Juán Hernandez
Vazquez also has no water. Vazquez is a gardener.
Without water, he has no work. We have no water and
won’t have any until Monday. Then we will have
water from the tap again. Till then we have to make
do with the water for food. It's unbelievable, and on top of
that the dry season is just beginning. Take care of water today
because it is important for tomorrow, this sign tells us. Coca-Cola takes water
out 24 hours a day. For soft drinks and water that
they then sell in bottles. Everywhere. To other cities,
countries, and states. They have water. And why?
Because they slurp it all up. And the people of San Cristobal
don't have access to their own water. They have to buy
water in plastic bottles. Ciel, the name of the
brand, translates as Sky. But it’s a product of Coca-Cola
bottled from the ground. The water authority
here is called Con Agua. It issues permits and Coca-Cola
has a license for many years. Because we had a president who used
to work for Coca-Cola: Vicente Fox. He made sure they
got all the licenses. Exclusive rights to the high-quality
water of a once water-rich region. No doubt an extremely
lucrative business. Coca-Cola pumps more than
1.2 million liters of water every day. They have three wells from which
they produce all their products. They distribute and sell
the water from San Cristobal, while the surrounding neighborhoods
don’t have enough water. How quickly is the water
supply changing in the region? How long will the reserves last? NASA's Grace mission can provide information about
developments in San Cristobal. The region has been
losing water since 2011, 60% faster than the rest of
Central America, on average. The data can’t determine
Coca-Cola's role in the disappearance, or if it has one. We asked Coca-Cola
for comment, and the company said it’s
aware of the water problem, which is why it helps local
residents install water tanks as well as rainwater and
other collection devices. The people, who have hardly
any water left, want change. We want the Coca-Cola
company out of here, to leave. People are rebelling
against the powerful industry’s huge thirst for water.
It’s David versus Goliath. Yes, that is what we want. But you know what it's like to fight
a monster: The monster is huge. It's a war for water because
there will be no more water. Southern Mexico was once the
country's most water-rich region and will eventually
lose its water reserves. Just a few hours' flight
to the north lies Phoenix. This city of over a million people in
the southwest US is as dry as dust. A rapidly growing metropolis
in the middle of the desert. The economy is booming. And microchip manufacturer Intel
is building a gigantic plant here. It’s the largest private-sector
investment in Arizona's history: $20 billion. Really unbelievable. I mean, when we drive around
here we just see the scope place. It just stretches and
stretches and stretches. And it’s hard to see where one plant
ends and the other plant begins. This water facility is
about the size of a facility that you'd see for a small city. Microchip production requires a
huge amount of ultra-pure water. But Intel has been expanding in
Phoenix for more than 25 years anyway. Why invest in the
middle of the desert? We are here in the
middle of the desert. It is warm. There’s no question
about it. So, why build in the desert? We take many factors in consideration
when we decide where to build. Favorable business environment
is certainly one of those. A strong workforce,
educated workforce is another. But thinking ahead
about infrastructure, including utilities and water
is very critical to us as well. And when we evaluated
Arizona 25 plus years ago, we saw that the state had
done that and was looking ahead and preparing for
that drought in the future. Every drop counts.
That's why Intel is investing in this state-of-the-art
water treatment plant to further purify the
water the city supplies. 25 plus years ago we decided
to fund the building of a facility that I believe you see
later called the OBRF. In fact it’s here over my shoulder,
you can see it in the background. And what that facility does,
that partnership with the city, it allows some of our
water from Intel to the city where that water is cleaned
to reuse standards. And then it can be reused
for irrigation, other applications, parks, golf-courses, etc.
in the city. And it also can be cleaned
and put back into the aquifer which the city has done over the years
for the last few decades as well. This water treatment plant is located
next to the company's waterworks. Intel financed it
together with the city to recycle some of the
wastewater from production. Here in Arizona we are
in the middle of a drought. We have been for many years. There is just not a whole
abundance of water to get. So, water conservation is really
important for the state of Arizona. For Intel. Plants like this are
gonna be needed in the future to basically squeeze every
last drop out of that water. A herculean task.
But will it be enough? It’s not looking good. We
just need to get more rain. Need to fill our
reservoirs up. Right? To ensure that we’ll
have water in the future. Why is the industry investing in
one of the driest places in the world? Scientist and journalist Abrahm
Lustgarten is also curious: Why are corporations moving to
regions that have hardly any water? In the United States especially there are still these
weird perverse incentives that keep the flow of population
going in the wrong direction in a way. You know, the city of Phoenix is
the fastest growing city in the US. We’ve made water
cheap in the Southwest. If you own a house
in the city of Phoenix you don’t pay very
much for your water. You can pay less than somebody in
Philadelphia, PA, pays for the water. Despite the fact that the water in
Arizona is incredibly scarce. But those prize signals
that’s the market at work. And so, the market
in that situation is telling people in incredibly
water scares regions that they can afford
all the water they want. And that it’s really
not that valuable. Does Intel know
about the lack of water? How are its people dealing
with the climate crisis? We are in the middle
of the worst drought that we’ve seen here in the
Southwest in any of our lifetimes. How do I see it personally? I recently
did some landscaping in my backyard. The grass came out,
the artificial turf came in. So, I think we’re all learning how to
adapt to this new world and say: Ok, if there is gonna be less
water available, you know, what can we do as a company,
what can I do personally to make that a little better. This region is running out of water and it’s running out
of water very fast. And so, there is that information, it’s not making its way
through to the city-planners, to the elected officials,
to the governors. They are not matching the
reality of disappearing water with their desire for
economic growth. Those things are — they
are at odds right now and that is the definition
of unsustainable. Rural areas in the western US provide
more insight on the water crisis. We’ve seen the struggles people
face in the cities to conserve water. Going through some real herculean
efforts to use water efficiently. And then we come out here. We
see this greening of the desert. A strange sight, a kind
of mirage in the desert. Once completely parched ground
turned into vibrant green fields. As far as the eye can see. Kilometer after kilometer.
Desert - artificially irrigated. Welcome to the
Imperial Irrigation District, one of the largest agricultural
regions in North America. And Coca-Cola is here, too. The Imperial Irrigation
District, known as IID, holds the largest and oldest
water rights on the West Coast. Hey, good morning!
How are you doing? Good, Robert. Welcome to IID! Robert Schettler of the IID wants to show Jay Famiglietti
his agricultural association’s fields. Many of the water rights
from the Colorado River belong to the IID
Agricultural Association. The IID knows the
value of its water. Without water, everything
here would disappear. IID’s main concern is the
protection of its water rights. And these have been
argued over the years. But we still have these water
rights that are for this water, mainly for agriculture purposes,
municipalities and industry. But it’s really important
that we keep that. Because we are providing
food and fiber for the nation. Without water, there
is no agriculture. But how effectively is agriculture
using the precious resource? And what is it being used for?
To grow feed crops, for example. This here is Alfafa hay.
Which is used for cattle. And what we’re coming up on
is a couple of fields of Alfafa. And what we see here is
the sprinkler irrigation system. The Imperial Irrigation District is
right at the end of the Colorado River but it is first in line
for the water rights. It has the senior water rights. So, it has access to
tremendous amounts of water to grow Alfafa in the
middle of the desert! This is to me a gross misuse
of this great right that they have. This great, unfettered access to
a tremendous amount of water. And 75% of the Alfafa that is growing
in the Imperial Irrigation District is exported to China.
So, that is like taking Colorado River water
and shipping it to China. Is the agriculture industry
even aware of the situation? The enormous agricultural sector
is keenly aware of how scarce it is. Because they fight
to the death for it. And they lobby for it in
state houses and in Washington. And, you know, they argue
veciferously for what they need. So, they’re keenly
aware but perhaps less willing to scarify
their share of that water. Distribution battles
over water are inevitable. 3/4 of the allocation of California’s
Colorado River Water comes to the IID. Right. So, when other arid regions like San Diego and
Coachella Valley in LA, are booming with people, they need
more water they come looking for us. They are looking at you. That has been an ongoing battle for
long time and probably will continue. But we’re gonna hold our ground.
Because we believe in what we do. The Imperial
Irrigation District fields use about 3.7 trillion gallons
to water crops each year. An unimaginably large amount that is now lacking elsewhere
on the country’s West Coast. San Francisco is the
gateway to Silicon Valley, which is home to the world's
largest tech companies and a center for
innovation and progress. The water is even running out
here, in the country’s richest city. Anderson Reservoir is
the region’s most important and is nearly empty, at
only 3% of its capacity. A serious threat, say
managers from Valley Water. We’ve always had
to import water. Ok. The price of water on the
exchange where it’s kind of traded is five times what it
was two years ago. There is a limit to what
people can pay, number one. But we also can get it
here even if we can buy it. The problem we’re having is
there is no water to import anymore. The water crisis has
unleashed a modern gold rush. Businessmen like real estate magnate
John Vidovich are investing in water. And American water
law suits them just fine: Whoever owns the land
also owns the water rights. How much land do you own?
Is there like a number to it? It’s somewhere between
100-200,000 acres of agricultural and
grazing land. Somewhere... So, do you an idea of how
much water you actually own? Nobody owns the water.
You only own the right to use it. Nobody owns it. You own
the water when you put it in a glass. Then you own it. You drink it
and then you pee it out. Ok? Speculating with water has
made Vidovich unpopular. Anybody that is of size, you know,
it causes people to not like that. Most of his land holdings
are here in the Central Valley. Long-established farmers,
like Cannon Michael, don't like to have financial
investors like Vidovich in the region. Our farm is not something
to me that's just a number on a spreadsheet and fifty
different investments that we have. It’s something that we care
passionately about, we care about. Michael's family has been
here for three generations, and they own the Bowles Farm.
Michael's great-great-grandfather, a penniless immigrant from
Baden-Württemberg, in Germany, built an empire here. My third-great-grandfather was a
man named Heinrich Kraisler, he was born in
Brockenheim, Germany. But he came to the US and he ended
up changing his name to Henry Miller. He came to the San
Francisco area in the 1850s and partnered with another
young German immigrant and they established a
butcher-business. First as competitors and
then they worked together. They got here when California
was growing very rapidly and they needed food and
reliable sources of meat. They ended up being able to purchase
more than a million acres of land in California and all the way up
to Oregon and into Washington. And so, at a period of time Henry Miller was the
largest landowner in the US. Henry Miller realized early on that water would be the key
to the success of his business. He took his water rights all the
way to federal court - and won. To this day, the laws he fought
for apply to everyone in California. We still have access in our
area to a good amount of water really based on the decisions and the foresight of Henry Miller,
my ancestor. Only those who have land
have a right to water. Which is what is luring
the financial speculators. They’re betting water will become
more expensive as it becomes scarcer. Would Cannon Michael
sell if the price was right? We are not ready to sell our land or sell our water and
do something else. We think we do a valuable
service for, you know, humanity. Investor John Vidovich
says the criticism of him and his business model
are a double standard. You need water to make food.
Agriculture uses a hell lot of water. Everybody in the US, except for
vegetarians, they eat a hamburger. Meat takes more water
than almonds do. And almonds, it takes a gallon to
make one almond. And meat takes more. 70% of water around the
world goes to agriculture. We feed more than half
of our grain to animals. No food requires as
much water as meat. What if this agriculture and
cattle region runs out of water? That's what happened
in Saskatoon, Canada. Just how quickly the water
would disappear here was also underestimated. We need as human beings
water. A good water-supply. Cattle are no different and the
need a large volume of water because they have a
very big stomach on them. People lack water.
Animals lack water. Farmers have so little water
they can’t even grow enough feed. The water shortage has brought
farmers to the edge of existence in a place that was once one of the
most water-rich regions in the world. It’s been very devastating. The tough decision is, they don’t have
the feed to over-winter their cattle. So, they gonna have to
put them to the sales-system. So, we’re seeing anywhere from
10, 20, 30% in herd reduction. And that’s devastating. Why? Because it takes generations
to build that number of cattle on their farm or their ranch. And so they're going from,
it can be 400 cattle on that farm and they’re having to sell that
down to 200, maybe 100 cows. So, it takes years to
build those herds up. Psychological pressure is
affecting the cattle farmers as much as
economic hardships. Is suicide an issue here? Oh, it is. We have our government
stepping in with support programs. Okay? And so, those are
only one year-programs. They’re gonna hopefully help you to step through this tough
situation of 2021, 2022. And we are always very
hopeful in the ag-industry. So, we're always looking
at next year. At the Global Institute
for Water Security at the state-run University
of Saskatchewan, Jay Famiglietti
analyzes satellite data. India was one of the first places
where we did an in depth-analysis. Why? Because we could see this
tremendous hotspot from space. We did some research
and we figured out that it was the
depletion of groundwater that was driving this
tremendous water loss. Northern India
lives from the water that comes from the
rivers of the Himalayas. But the climate crisis is changing the
water supply at an unimaginable speed. Even if it doesn't look
like it at first glance, water loss here is almost
the highest in the world. Because the soil in the
region is particularly fertile, Punjab's agriculture can still
feed up to one billion people. But the decline
in water availability is now threatening
the entire subcontinent. Our ancestors all farmed. For our grandparents, the
groundwater was right underground. When we started, it had
already fallen 3 meters. The groundwater has now
dropped to 20 or 25 meters. The more the groundwater sinks, the more people’s
existences are threatened. People here have
nothing but agriculture. We used to have natural
sources like rivers and canals. Now we have to get groundwater
from deep underground. The farmers here are in
despair over the water shortage and the loss to their livelihood. Thanks to my father's upbringing,
I’m a respectable person. But he used pesticides
to commit suicide. On 25 January 2022,
Swaran Singh took his own life. This came as a complete surprise
to his wife and their younger son. No warning. He never mentioned
his problems to his family. A large part of the harvest failed,
and we had even higher costs. My father had to take out a loan
because we hadn’t earned any money. Rising temperatures and
the falling water supply are leading to smaller harvests. More and more farmers in
Rupnagar in the state of Punjab are falling into debt with
loans they can't pay back. Swaran Singh’s suicide
is not an isolated case. He was really
stressed about the loan. The bank kept calling, he was
getting more and more depressed. The pressure became too great.
He knew no other way out. We were going to
get the money for him. We had no idea he was going
to take his own life the next day. The city is grieving with
the family. But not the bank. The very day after our
father died, the bank called. They’ve called us every day since
and demanded that we pay back the debt as soon as possible, otherwise
they’re threatening to seize the farm. And I didn't know about
his debts until his suicide. The family will need many
years to pay off the loan, if they manage to at all. The climate crisis will
continue to dry up the fields. And the next generation
will have an even harder time. All the responsibility is on me now.
My whole family has huge problems. It's taking a toll on me. I can't
even find peace in my house. I go to my field, alone, crying.
I don't know what to do. Nowhere in the world do
more farmers kill themselves than in the Indian state of Punjab.
Their survival depends on water. Punjab is an agricultural region. If there is no agriculture, there is
no economy. We will have no industry. We use very little water to farm
the flourishing green fields here. But the future scares us, especially
in the region near the border. On the border with Pakistan, the water shortage could
also become a political threat. The concern is that old
conflicts will flare up again. Punjab borders directly
on hostile Pakistan. Until 1960, bloody
wars were fought here over water from
the Himalayan rivers. Since then, the Indus Water Treaty
has brought relative peace. It divides the water
among the neighbors. Will the climate crisis
reignite the war over water? There could be a war
between India and Pakistan. The former general
of the Indian Air Force confirms the concerns
of the people in Punjab. He thinks such a
war is quite likely. India has 16% of
the world population and it only has 3%
of the water resources. Currently, the governments of
both countries accuse each other of diverting the rivers’
water for their benefit. Tensions are increasing. Pakistan is saying that because
India won’t stop to use water. 20% of its allocation
of the western rivers and is stopping complete
water flow from the eastern rivers. They’re saying that India is
interfering with the crop growth in Pakistan and is causing
huge amount of joblessness... because of India and the
... selections are increasing. The political saber rattling
is in turn fueling farmers’ anger on the border. They no longer want to share
water with their hated neighbors. Every day, the problem
with water is getting worse. And most of it flows
to Pakistan anyway. If the situation gets worse, we
are ready to fight for our water. Singh is also ready
to go to war for water. I wonder what is going
to happen to this region. There's 1.5-2 billion
people living in this region What is gonna
happen to these people when the snowpack on the Himalayas
disappears, when the glaciers melt, and the big rivers are
no longer being fueled. And the aquifers are no
longer being replenished. I wonder about conflict, I wonder
about climate refugees, right, I wonder about livelihood, I
wonder about political stability. These are all on the table. NASA data has
provided early warnings about water availability in
hotspots around the world. What about the
situation in Germany? And so we’re seeing a
fair amount of water loss. And one of the regions
that’s really impacted quite significantly is
the Lüneburg region. The trend for the
Lüneburg region is clear. The water supply has deteriorated
significantly over the last 20 years. And now Coca-Cola, Germany's
largest beverage producer, wants to drill a third well
and double its capacity. The citizens' initiative
is protesting and politician Jens Böther is
weighing the company’s application. He doesn’t yet know the
results of the NASA mission. Would you have to step in
if this situation gets worse? Yes, of course, that's the way
it is. If we reach that conclusion. Our mandate is to
protect the groundwater and if we find that the
long-term supply is at risk, then we would have
to do something. For example, using water
sparingly and sustainably. Or reusing water for irrigation.
Or find a technological solution. Or I could limit the use of anyone
using the water commercially. Will new NASA data
influence his future decisions about water rights permits? We
provided him a copy of the analysis. Yes, I think that when we talk about
time frames, about perspectives, then we have to take advantage of the
latest technological possibilities. If something like that’s available,
then it has to be included. And it could lead to a
reinterpretation or reorientation. Dr. Marianne Temmesfeld
is frustrated that global warming
is progressing faster than politicians, legislators,
and society are responding. It’s vital to push them
and put their feet to the fire. The demonstrators have been
taking to the streets again and again for the past two years. While Coca-Cola’s
application was still pending, the company made a
surprising announcement: It would put the project for a third
well on hold, for the time being. The demand for VIO
water had disappointed. The well remains protected with a
casing but has not been dismantled. Dr. Temmesfeld doesn’t
trust the company. No, that means we
now have to be vigilant. We can only celebrate
when the well no longer exists, when it cannot be reactivated, only then will we be rid of
this third well in Lüneburg. We aren’t yet breaking
out the champagne. The third well doesn’t appear
to be completely off the table. When will the well
be demolished? The decision to
drill a third well was a general decision that
we considered very carefully. If, over the next years, the trend in
the mineral water market reverses, it may be an option again. But
for now, it’s definitely unlikely. It is unknown whether the company
is planning to extract water elsewhere or whether any applications
are being prepared. Nor whether Coca-Cola is
taking global warming into account. Tesla’s application in Brandenburg
is still being considered. Here, too, the data from
NASA satellites show how bad things
are for our water. But what did Elon Musk say when he
visited the site southeast of Berlin? It’s like water everywhere here.
Does this seem like a desert to you? That’s ridiculous. Musk should be
more acutely aware of the dangers of water
scarcity than anyone. Millions of people in his home
state on the West Coast of the US, where his company is headquartered,
are already feeling the threat. What we consider to be alright — that
doesn’t exist anymore. That’s gone. Is life gonna go on as
usual? No way. Right? So, no, everything is
not gonna be alright. And our only choice is to adapt
to the water we have available to the amount of water
that we have available. And that's gonna take a lot of work.
And so that’s the not alright part. And if we don’t adapt,
then it’s like the apocalypse.
His laughter feels so disingenuous. It seems like he was media trained to make sure he didn’t look like he was put on the spot and that she didn’t make a valid point.
What kind of answer is, “Just look around! It’s everywhere!” God forbid we get an educated or articulate answer from the dude who wants to take credit for this scientific ‘advancement.’
And even if you can visually see water around you, it doesn’t mean that there isn’t an unsustainable reduction or overuse of said water….
That dude is such an absolute piece of shit.
This sounds alot like how he sounds when a new chick tells him she pregnant with his child.
Har Har I already got 9 what's 1 more Har Har. Im already not a dad to any of them Har har.. Bring it on hat har.
You just copy/pasted the top comment on the youtube video…
Elon Musk, yesterday.