Considering Doing The 100 Days Of Productivity To Help Me Get Back Into The Swing Of University 🤔🤔

Yes, climate change can be beaten by 2050. Here's how.

A carbon-free world can be a reality. What would that mean for our jobs, homes and lives?

“Is it possible to turn things around by 2050? The answer is absolutely yes,” says Kai Chan, a professor at the Institute for Resources, Environment and Sustainability at the University of British Columbia.

Many scientists have been telling us how the world will look like, if we don’t act now. However, others, like Chan, are tracking what success might look like.

They are not simply day-dreamers either. They aren’t being too optimistic. They are putting together road maps for how to safely get to the planet envisioned in the 2015 Paris Agreement, where temperatures hold at 1.5 degrees Celsius higher than before we started burning fossil fuels, this article from July states.

“Three decades is enough to do a lot of important things. In the next few years—if we get started on them—they will pay dividends in the coming decades,” says Chan, the lead author of the chapter on achieving a sustainable future in a recent UN report that predicted the possible extinction of a million species.

Making these changes won’t mean years of being poor, cold and hungry before things get comfortable again, the scientists insist. They say that if we start acting seriously NOW, we stand a decent chance of transforming society without huge disruption. 

No doubt, it will take a massive switch in society’s energy use. But without us noticing, that’s already happening. Not fast enough, maybe, but it is. Solar panels and offshore wind power plummet in price.  Iceland and Paraguay have stripped the carbon from their grids, according to a new energy outlook report from Bloomberg. Europe is on track to be 90 per cent carbon-free by 2040. And Ottawa says that Canada is already at 81 per cent, thanks to hydro, nuclear, wind and solar. 

Decarbonizing the whole economy is within grasp. We can do this.

“If we have five years of really sustained efforts, making sure we reorient our businesses and our governments toward sustainability, then from that point on, this transition will seem quite seamless. Because it will just be this gradual reshaping of options,” Chan says, adding: “All these things seem very natural when the system is changing around you.”

Circus Tree: Six individual sycamore trees were shaped, bent, and braided to form this.

its been p common knowledge for decades that light pollution can be massively reduced by just putting shades on streetlamps, and that doing that would save energy, help wildlife, and let us see the stars better, but are society says if u wanna change any minor little tiny thing u gotta dedicate ur whole life to campaigning for it and this is a good ways down the list of priorities for most ppl, so instead i gotta walk past newly-installed streetlamps that are just dumb glass globes that use half their electricity to blast half their light directly into the sky where it does only bad things for no reason and think "we should overthrow the government"

Those “clean energy is ready to go whenever” memes annoy the hell out of me because they’re typically ignoring two-thirds of the issue.

In a nutshell, there are three legs of energy infrastructure:

Power generation: Getting the power in a useful form

Power transport: Getting the power in a useful form where you need it

Power storage: Getting the power in a useful form when you need it

In  some respects, clean power generation is, indeed, a solved problem; clean transport and storage, however, are not. For many applications, no good non-polluting alternatives exist, and when they do, the environmental costs of setting up and maintaining those alternatives are not, themselves, insignificant. (Look up what goes into your average rechargeable battery some time!)

No, that doesn’t mean it’s an impossible problem, nor does it in any way excuse the continued intransigence of the the petrochemical industry. It does mean that there’s still a great deal of important work to be done, and it’s galling that so many self-labelled environmentalists are just casually contemptuous of it all - often to the extent of accusing researchers in power transport and storage of being oil industry shills for having the temerity to discuss the remaining challenges - because “clean energy is ready to go whenever”.

8 vegetables that you can regrow again and again.

Scallions

You can regrow scallions by leaving an inch attached to the roots and place them in a small glass with a little water in a well-lit room.

Garlic

When garlic begins to sprout, you can put them in a glass with a little water and grow garlic sprouts. The sprouts have a mild flavor than garlic and can be added to salads, pasta and other dishes.

Bok Choy

Bok choy can be regrown by placing the root end in water in a well-lit area. In 1-2 weeks , you can transplant it to a pot with soil and grow a full new head.

Carrots

Put carrot tops in a dish with a little water. Set the dish in a well-lit room or a window sill.  You’ll have carrot tops to use in salads. 

Basil

Put clippings from basil with 3 to 4-inch stems in a glass of water and place it in direct sunlight. When the roots are about 2 inches long, plant them in pots to and in time it will grow a full basil plant.

Celery

Cut off the base of the celery and place it in a saucer or shallow bowl of warm water in the sun. Leaves will begin to thicken and grow in the middle of the base, then transfer the celery to soil. 

Romaine Lettuce

Put romaine lettuce stumps in a ½ inch of water. Re-water to keep water level at ½ inch. After a few days, roots and new leaves will appear and you can transplant it into soil.

Cilantro

The stems of cilantro will grown when placed in a glass of water. Once the roots are long enough, plant them in a pot in a well-lit room. You will have a full plant in a few months.

Vegans of tumblr, listen up. Harvesting agave in the quantities required so you dont have to eat honey is killing mexican long-nosed bats. They feed off the nectar and pollinate the plants. They need the agave. You want to help the environment? Go back to honey. Your liver and thyroid will thank you, as well. Agave is 90% fructose, which can cause a host of issues. Bye.

You know of any examples of wintry Solarpunk?

I’m not sure how all of the logistics would work (I’m more of a sociology guy than a STEM guy), but I don’t see why a colder climate wouldn’t be able to take advantage of renewable energy sources – geothermal and perfected solar technology and such.

Aesthetically, you’d probably end up with something very similar to the “Northern Lights glass igloos” in Finland:

Maybe connect all the igloos with a tunnel/tube system and have them all link up to a big hub at the center. Maybe the hub has advanced solar panels and sits on a geothermal hot spot, and the energy accumulated there could power the surrounding homes and buildings. 

People can and should add to this, because my winter solarpunk imagination is a tad limited.