That you could stuff the world's population into Texas. That would give each person about 100 square feet of living space, no room for infrastructure for things like water, roads, and electricity. LOL
I love when you post....as it is so simple to shred your responses.
" Surely water would be a problem wouldn't it?
Well, let's find out... It is recommended
that 50 liters per person, per day, be used as an adequate amount for consumption, sanitation, and cooking. That works out to (7<EEX>9<ENTER> 50 × 1<EEX>9 ÷) 350 billion liters of fresh water, per day, to keep all of us properly hydrated. That's a lot of water! Given there are 1000 liters per cubic meter, we need 350 million cubic meters of fresh water, every day. Yes, a large volume! But is it really?
Take the
Columbia River, the 4th largest in the US, and the main division between the States of Washington and Oregon. The average outflow of water is 7,500 cubic meters per second. How long would it take the Columbia to give us our 350 million cubic meters of fresh water? Well, it would take (350<EEX>6<ENTER> 7500 ÷) 46,667 seconds. Or (46667<ENTER> 60 ÷) 777.8 minutes. Or (777.8<ENTER> 60 ÷) just under 13 hours.
With just over half the daily average outflow of the Columbia River, we could meet the freshwater needs of the entire world's population. Now, that is a big pipeline to Texas, but if we could get everyone there in the first place, the pipeline is child's play!
To recap: so far, we can put every living person on the planet within the land territory of Texas, with density about equal to New York City (not just Manhattan; all 5 boroughs). And we can give them all adequate water with just over half the water from the Columbia River.
But what about food? Clearly that is of concern! Well, apparently
300 square meters will feed one person for one year. Since a kilometer is 1000 meters, we could feed (1000<ENTER> 1000 × 300 ÷) 3333 people per square kilometer. We'll call it 3000 people per square kilometer to make things even. And that means (7<EEX>9 <ENTER> 3000 ÷) 2,333,333 square kilometers to feed everyone.
The
total farmland in the US is about 922,000,000 acres. There are
247.1 acres per square kilometer, so that is (922<EEX>6<ENTER> 247.1 ÷) 3,731,282 square kilometers. Hey, that's more than 2,333,333! In other words, the farmland in the US could feed everyone!
So what have we ended up with? Well, every person in the world could live inside of Texas without overcrowding. We could all have water with just the Columbia River alone. And we could easily feed ourselves with just the farmland within the US as it exists.
Canada. Mexico. Alaska. Central America. South America. Europe. Asia. Africa. Australia. Greenland. All the islands. All the oceans. The Great Lakes. All empty, devoid of people. No need to farm or live there.
Now that we have the numbers, are we really overpopulated? I would argue a resounding "NO" and I think any who say otherwise are simply not adding it up.
The Overpopulation Myth
4. I don't know anything about the claim, but I will do the math for you. Using the square milage you gave for Texas: 1 square mile = 5280 x 5280 square feet = 27,878,400 square feet. So 268,581 square miles = 7,487,608,550,400. For simplicity say 7.5 x 10^12. That divided by 7 x 10^9 is indeed over 1000 square feet per person. So if we made one giant one-story compound over Texas, land, water, and all, we would each get a 1,000 square foot unit. In 1984, it was proven by the economist Thomas Sowell that the entire world population (4.4 billion at the time) could live comfortably in the state of Texas. He wrote “Every human being on the face of the Earth could be housed in the state of Texas in one-story, single-family homes, each with a front and a back yard. A family of four would thus have 6,800 square feet- about the size of the typical middle-class American home with front and backyards.”(Carter 99) According to more recent research on the topic, all of the world’s 1997 population (5.84 billion) could fit on the small Island of Bali in Indonesia.(Stiefel 98)
....if we assume a world population of 6.7 billion, all the people in the world could fit into Texas and occupy an area of ~1,118 sq. ft. each."
The entire world population can fit into the state of Texas? - snopes.com
Feel like a real fool about now, huh?
That't cause you are.