The next thing people will say is: mountains. The US West has tons of them! See map
Mountains stop rain, and the US West is mountainous, so that's why rain doesn't make it farther, right?
Wrong!
Look at California's Sierra Nevada. The western slopes of the mountains are GREEN! They CATCH the rains
Why doesn't this happen in the middle of the US?
Well, it does! In the middle of that nothingness, what do we find? Denver, in Colorado!
Why?
Because it's at the feet of some of the tallest mountains in the US, which catch water from the air—hence its snows
Then why aren't all these mountains much greener?
Because the water that falls in Denver comes from the Pacific, not the east
This animation holds the answer:
You'll notice that there are 2 forces of rain fighting on the continent:
• In winter, the US Northeast gets massive amounts of rain
• In summer, rains come from the southeast
Why?
The strongest Pacific winds are in the north. In California, they barely blow. Why?
Because of the size and rotation of the Earth! They blow westward at the equator and eastwards at the level of the US
The inversion happens around California➡️weak winds there
This is striking in South America:
• Equatorial winds create the Amazon Rainforest
• That makes the Andes super dry
• The inversion happens around Chile / Argentina
So the predominant winds in the US come from the Pacific, loaded with humidity, and they drop it in the mountains: the Sierra Nevada and the Rockies. That's why:
• The Pacific Northwest is so populated (Seattle, Portland): They get massive rains
• California's coast is sunny as it doesn't get direct rain, but the mountains catch the water, which flows to the coast
By the time these winds make it to the middle of the US, they are very dry. The Rockies catch the last amount of moisture (hence Salt Lake City & Denver) and nothing is left east of that
BUT in summer rains don't come from here!
In summer:
• The strong winds from the Pacific move north
• The Atlantic and Gulf of Mexico get very warm, so they load the sea with moisture
• Land gets even warmer faster, so air goes up (hot water is lighter), and the somewhat cooler air from the Gulf of Mexico rushes in
This moisture-filled air then drops its load on land, causing the rain we know. That's why the coast from Houston to Miami gets so much rain: It's like a monsoon! And this air only makes it as far as we've seen—the middle of the US
The farther from the coast, the less water, and the less population!
All this also explains why Boston gets more snow than Chicago, why the US has a world record in hurricanes and tornadoes, and much more!
I'm publishing much more about this next week. Follow me to see it! @tomaspueyo
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2. Los Angeles:
• Trading hub between the world (Pacific) and the US (railways)
• Weather + biggest coastal valley on the Pacific➡️agriculture & cheap building
• Oil
• Landscapes + far from the East Coast centers of power➡️Attracted the film industry
People think we must shrink the world's population to be happy, but they're wrong
A world with shrinking population would be decaying, poor, brutal, violent, hopeless
A world with 100 billion people would be dynamic, rich, innovative, peaceful, hopeful
🧵
1. In the last 2 centuries, the world got better as the population exploded:
• Richer
• Live older
• Lower child mortality
• Fewer homicides
• Fewer war deaths
• Fewer hours worked
• Lower share of poor people
And much more: fewer infections, diseases, accidents. More racial equality, sexual equality. Instant access to all the knowledge in the world. We can go anywhere, whenever we want...
We can raise our population on Earth from 8 billion to 100B humans if we want to
Would we starve?
Be too crowded?
Would pollution explode?
Ecosystems collapse?
No! Don't believe alarmist degrowthers. This is why they're wrong: 🧵
Degrowthers put a label to "how many humans can the Earth sustain": carrying capacity
Their estimates vary wildly
Wait, what? What a surprise, the mode of their estimates is 8B—exactly the current number of ppl on Earth
WHAT A COINCIDENCE!
Or they lack imagination: OMG the Earth is already on the brink. Surely not one more soul fits here!
And then they try to find out what limits we might be hitting. Their most common fears are: 1. Room 2. Food 3. Water 4. Energy 5. Pollution 6. Resources
Let's look at each:
Can desalinated water deliver a future of infinite water?
Yes!
• It's cheap
• It will get even cheaper
• Limited pollution
• Some countries already live off of it
We can transform deserts into paradise. And some countries are already on that path:🧵
Crazy fact:
Over half of Israel's freshwater is desalinated from the Mediterranean!
And the vast majority of its tap water is desalinated too!
And it costs less than municipal water in a city like LA!
It's not the only country. Saudi Arabia is the biggest desalinator in the world. 50% of its drinking water is desalinated. It's 30% in Singapore, a majority of water in the UAE...
What if we applied this, but at scale across the world?
President-elect @realDonaldTrump could own the environmentalists by solving global warming on his first day in office, and do it for 0.1% of current climate investments
Here's how: sulfate injection 🧵
1. GLOBAL WARMING
2024 is the 1st year we pass 1.5ºC above pre-industrial levels
This is caused by CO2
Some side-effects of this CO2 are good, but it's undeniable that the planet is warming fast, and it could create some nasty pbms
1. GLOBAL WARMING
2024 is the 1st year we pass 1.5ºC above pre-industrial levels
This is caused by CO2
Some side-effects of this CO2 are good, but it's undeniable that the planet is warming fast, and it could create some nasty pbms
Beata Halassy got cancer in 2016, then again in 2018, and again in 2020. That looked awfully bad. She knew if she continued in the traditional route, her cancer might eventually prevail. So she decided to try what she knew about: viruses
Here's the theory: 1. Select a virus that is likely to attack your target cancer cells 2. Because cancer cells neutralize the immune system, they're more likely to be killed by viruses than healthy cells