Hey, great topic. 👍
You make some good points, but honestly, it feels like you’re chasing a fantasy. Gravity doesn't run this world; money does. That's the snag. No one in charge is going to ditch their profits just to save the planet. This whole anti-plastic hysteria? It's mostly just a trend. Here in the States, since 2020, they've been phasing out plastic bags, replacing them with these things that look like plastic but are supposedly biodegradable. Sure, sounds nice. But if they try to swap plastic "to go" bottles for heavy glass, sales will tank, and companies won't touch that. Greedy corporations—and let's face it, they all are—aren't going to gamble their survival for an eco-friendly gesture. What about credit cards? We all carry several, and they're plastic. What about computer cases, screens, or the million other things we use daily?
What really gets to me is the mindless waste. We consume stuff so fast that our poor planet can't even begin to replenish itself. People don't even care about the air they breathe anymore; they're too busy endangering the environment by cutting down 30 million acres of forest every year. Even a five-year-old knows plants make the oxygen we need. But apparently, it's more important to clear out half of the Brazilian rainforest for a quick buck. When people prioritize profit over the survival of future generations, those people don't stand a chance.
I won't get into the weeds regarding air quality unless you want a novel, but here are some shots from around the US:
Italy:
https://nation.com.pk/print_images/m...35114-8172.jpg China on a typical day:
Air pollution kills 600,000 kids every single year. Innocent people get sick with various cancers and die through no fault of their own.
The destruction of the ozone layer—something 90% of people don't even realize matters—is one of the biggest threats we face. The sun hits Earth with all sorts of radiation, including ultraviolet rays. There are different types: UVA, UVB, and UVC.
The bulk of UVC radiation is absorbed by the ozone layer (if there is one left).
UVB hits the surface of the skin and directly damages DNA, causing burns.
UVA penetrates deep into the skin, leading to DNA mutations, tanning, and destroying collagen, which makes skin lose its elasticity. It also spikes melanoma risks because of free radical buildup.
You can see the differences here:
https://suntribesunscreen.com/wp-con...7nnaupzx44.jpg Now, about our planet's resources: From an economic standpoint, humanity has been running a deficit since "Earth Day," because we've already burned through the entire year's worth of resources and have to borrow from the future. This state is called "Overshoot."
The Earth Day concept measures human demand against the global supply of natural resources and ecological capacity. Right now, after only seven months, we've already exhausted all renewable resources that should last at least a full year. We use economic terms like this so that regular people, not just scientists, can wrap their heads around it. Our lifestyle has pushed the planet past its breaking point. Every year, "Overshoot Day" moves earlier. That means we're exhausting the planet's annual budget sooner and sooner. This year, it hit on July 30th. Since then, we've been living on credit, overusing everything the Earth provides.
Here’s a breakdown of the dates and our consumption of Earth's resources over the last few decades:
Back in 1961, our annual consumption sat at just 0.73. That meant we actually had some breathing room left. We still had reserves.
Back on December 21, 1971, our consumption hit 1.01. That was the tipping point. It means we started burning through resources faster than Earth can actually replenish them in a year.
Consumption is just going to keep climbing next year. It's on an upward trajectory.
By December 19, 1987, we had already burned through all our available resources. For the rest of that year, we were consuming way faster than Earth could actually replenish itself.
Back on December 7, 1990, we blew through our entire budget of resources. By the end of that year, we were already spending faster than Earth could ever hope to replenish itself.
By November 21, 1995, we had already burned through all our available resources. By the end of that year, we were consuming way more than Earth could actually replenish.
By November 1, 2000, we had already burned through all our available resources. By the end of that year, we were consuming way more than Earth could actually replenish.
By October 20, 2005, we had already burned through all our available resources. By the end of that year, we were consuming way more than Earth could actually replenish.
Back on October 26, 2007, we hit the limit. By the end of that year, we were burning through resources faster than Earth could ever hope to replenish them.
By September 23, 2008, we had already burned through all our available resources. From that point until the end of the year, we were living way beyond our means, consuming far more than Earth can actually replenish.
By September 25, 2009, we had already burned through all our available resources. From then until the end of the year, we were basically spending way more than Earth could actually replenish.
Back on August 21, 2010, we officially burned through all our resources. From that point until the end of the year, we were essentially spending way more than Earth can actually replenish.
Back on August 27, 2011, we officially burned through all our available resources. From that point until the end of the year, we were basically living on credit, consuming way more than Earth can actually replenish.
Back on August 22, 2012, we officially burned through all our available resources. From that point until the end of the year, we were essentially living on credit, consuming way faster than Earth can actually replenish itself.
Back on August 20, 2013, we officially burned through all our available resources. From that point until the end of the year, we were basically spending way faster than Earth could ever hope to replenish.
Back on August 19, 2014, we officially burned through all our resources. From that point until the end of the year, we were living on borrowed time, consuming way more than Earth can actually replenish.
Back on August 13, 2015, we officially burned through all our available resources. From that point until the end of the year, we were basically living on credit, consuming way faster than Earth can actually replenish itself.
Back on August 3, 2016, we officially burned through everything we had. From that point on, we were just living on credit—consuming way faster than Earth can actually replenish itself.
By August 2, 2017, we had already burned through everything we were supposed to have. From that point until the end of the year, we were just living on credit—consuming way faster than Earth can actually replenish itself.
By July 29, 2018, we had already burned through all our available resources. From that point until the end of the year, we were living way beyond what Earth can actually replenish.
By July 30, 2019, we had already burned through all our available resources. From that point until the end of the year, we were consuming way more than Earth can actually replenish.
Here’s how the "Overshoot Day" numbers looked across various countries back in 2019:
[Link to an image regarding Earth Day]Look at the numbers. By April 27th this year, the US had already burned through its entire annual supply of resources. Everything we consume from that point until the end of the year is basically living on credit—we're just overdrawing our planetary account. The only reason the rest of the world manages to hold out until late July is because those economies aren't strong enough to keep up with our pace. If they were, we would have tapped out everything we own by now. Here in America, we're constantly pulling more from nature than we actually possess. Back in 2010, we used up 43% more farmland than what’s actually available in the US. That's the real cost of our lifestyle: we're cannibalizing other parts of the world just to keep things running.
Space threats. Where exactly are we right now? For the moment, we’re sitting ducks.Here’s another way humanity could go extinct, and politicians everywhere just ignore it: asteroid impacts. Every year, chunks of rock—big and small—zip past Earth. So far, we’ve been lucky. We haven't taken a direct hit yet. Organizations like NASA have specialized observatories trying to spot these space rocks before they become problems. But looking at the data from recent years, I've noticed a pattern. Even with all our radar, telescopes, and high-tech gear, these things slip through the cracks more often than they should. We’ve dodged bullets because of luck and the way planetary gravity works, but scientists are unanimous on one thing: it’s only a matter of time before a rock hits us, and that would end civilization as we know it. Then there's the solar stuff. A single massive solar flare could wipe out our satellite communications. If that happens, everything goes dark—banking systems, power grids, essential electronic comms. Total chaos. Astronomers have been shouting about these threats for decades, pushing for ways to shield the planet, but nobody wants to foot the bill. There are plenty of theories and defense projects on paper, but no government wants to actually invest the cash into planetary defense. The scary part? An observatory might spot an object heading straight for us, and by then, it'll be too late. We are completely defenseless. We have zero protection. To actually secure the planet, every nation would need to work together, and looking at the state of the world right now, that's a pipe dream.
Look, scientists aren't out there shouting about this just to freak everyone out. They’re trying to raise a collective awareness that’s currently sitting well below zero. It's pathetic, really, because we're basically architecting our own downfall by wrecking the planet we live on. Personally, I don't see a clear way out right now, and I certainly don't give a damn about the media circus surrounding people like Greta. But the problems are real. That's just a fact.