# data[].attributes.body
Recycled water is water that's been used before. It's a valuable resource that can be used for many different things.
https://www.sydneywater.com.au/SW/education/Wastewater-recycling/Water-recycling/index.htm

# data[].attributes.body
We can minimise our usage of cars and other vehicles, as they release CO and CO2 into the atmosphere.

# data[].attributes.body
Well, these harmful gases actually trap heat in because of what is called the greenhouse effect. Just like a greenhouse uses glass panes to trap light in, the gases such as CO and CO2 trap heat.

# data[].attributes.body
As we use everyday items such as cars, buses or trucks, they emit smog, a chemical that pollutes the air badly. This, combined with chemicals such as CO2 and CO create a harmful environment to live in for everyday life. (Just look at China and India for advice ;D)

# data[].attributes.body
China actually produces 27.51% of the world's entire global warming, more than a quarter, (twice as much as the US, which is the second most carbonous)

# data[].attributes.body
I think you wanted this

# data[].attributes.attachment_link.readable_text
Storage Level

Total water storage across Greater Sydney on Friday 25 October is 47.9%

This figure is updated daily from unverified data from WaterNSW.

Weekly verified reports can be viewed at the WaterNSW website.

# data[].attributes.attachment_link.description
Storage Level Total water storage across Greater Sydney on Friday 25 October is 47.9% This figure is updated daily from unverified data from WaterNSW. Weekly verified reports can be viewed at the WaterNSW website.

# data[].attributes.body
Global Warming
:D :D

# data[].attributes.body
Unfortunately, no. We can still use our normal drought saving techniques, but the Sun will just get so hot that Earth may become too hot for us to live. That said, there is still a way.

Certain astronomers are trying to find alternate planets for us to live in. If this comes up, Mars or another planet may become our primary living planet. And, it may be a stretch, but we could get some water from Europa. If we aspire to be an astronomer, and find another place to live, we may see our race come into fruition.

# data[].attributes.body
Unfortunately, there aren't any websites that point to a hotter Sun as our issue. I would think so, as it is really hot right now. Of course, it may just be, you know, SEVERE CLIMATE CHANGE, but I would like to get more depth into this unpopular theory.

# data[].attributes.headline
Ant, does this sound good and simplified?

# data[].attributes.subject
Ant, does this sound good and simplified?

# data[].attributes.body
"As the Sun turns hydrogen into helium, it creates reactions that produce energy. This spreads throughout the whole sun, making it hotter.

70% of what we have now is what we had during the beginning of the Earth. This actually means that from the beginning of the universe to now, the sun has gotten hotter by around 3/7 of its original heat! This may not seem like much, but that actually limits our Earth's lifetime to about 1 billion years more, instead of the 5 billion it will take for the Sun to become a red giant. We need to find another planet, but that's after trying to slow down the inevitaBLE DOOM OF OUR PLANET!!!!!"

# data[].attributes.body
link potential reasons to this post

# data[].attributes.body
this

# data[].attributes.attachment_link.readable_text
The Sun is becoming increasingly hotter (or more luminous) with time. However, the rate of change is so slight we won't notice anything even over many millennia, let alone a single human lifetime. Eventually, however, the Sun will become so luminous that it will render Earth inhospitable to life.

Let's work through some of the science:

The Sun produces energy through core thermonuclear fusion reactions which converts hydrogen into helium. These reactions generate copious energy that slowly migrates out toward the photosphere and then into space. Astronomers believe that the Sun formed approximately five billion years ago, at which time it initiated these reactions. They have continued ever since.

As the Sun ages, it slowly grows hotter due to the accumulation of residual energy emitted by these core reactions. Initially, the Sun was only about 70% as luminous as it is today. Consequently, the solar constant, the energy Earth receives from the Sun, would have been correspondingly lower. "The Faint Sun Paradox" was borne out of the realization that, though the Sun was cooler in its infancy, the early Earth still contained liquid water.*

Throughout the subsequent billions of years, the Sun's luminosity increased gradually and will continue to increase in the future. Astronomers estimate that the Sun's luminosity will increase by about 6% every billion years. This increase might seem slight, but it will render Earth inhospitable to life in about 1.1 billion years. The planet will be too hot to support life.

When stellar astronomers first understood the Sun's energy generation mechanism, they believed that Earth's life would survive until the Sun expanded into the red giant stage. Today they know that our time is much shorter, albeit still more than one billion years.

*Astronomers and geologists are still attempting to reconcile this paradox. Some suggest that Earth's atmosphere was much thicker in its youth and contained greater quantities of heat retentive carbon dioxide. Such a gaseous envelope would have been able to retain more heat onto the planet's surface, just as Venus' carbon-dioxide rich atmosphere does today. Also, the Moon was closer and therefore the resultant tidal heating was much greater, as the tidal forces induced by a nearby body are very distance sensitive. These and other factors could explain how a cooler Sun could have sustained a warmer Earth.

# data[].attributes.attachment_link.title
"Is the Sun getting hotter? If so, why? Will Earth eventually become too hot for life?"

# data[].attributes.attachment_link.description
The Sun is becoming increasingly hotter (or more luminous) with time. However, the rate of change is so slight we won't notice anything even over many millennia, let alone a single human lifetime. Eventually, however, the Sun will become so luminous that it will render Earth inhospitable to life.

# data[].attributes.headline
So, the sun will actually get so hot that we won't exist in a billion years

# data[].attributes.subject
So, the sun will actually get so hot that we won't exist in a billion years

# data[].attributes.body
Maybe that's actually the reason why drought levels are increasing?