Why is it still so hot?
Why are the temperatures in Australia so hot right now?
It’s the same as it has been for more than 100 years.
This is why the climate system has to keep going around it.
It can’t go backwards.
In the 1980s, we had a really big volcanic eruption that blew the lid off of a lot of the old systems in Australia.
So what happens if the same thing happens today?
That’s what climate models are trying to predict.
The first thing that’s going to happen is that the CO 2 concentration will start to drop, so the planet will start cooling.
This will have a really positive impact on ocean circulation.
At the same time, the CO2 concentration will drop because of global warming.
But it won’t be enough to bring about a big cooling.
So the second thing that is going to take place is that our oceanic temperatures will start rising again, and the heat will spread to the surface of the planet.
It will start heating up the atmosphere, which will make us warmer and the water vapor in the atmosphere will condense.
The heat will get trapped in the upper layers of the atmosphere.
When the heat comes back up, it’s going be much stronger than the heat that’s already been stored.
It’s going a little bit higher.
And that’s the end of the story.
That’s the only reason why we have temperatures this hot right about now.
It’s very simple.
CO2 is a greenhouse gas, which means it traps heat.
It makes our climate more stable.
So if you start adding more CO 2 to the atmosphere – which we are already doing – it’s not going to be much of a problem.
What you have to understand is that CO 2 has to be there for us to live, and that we have to keep adding more to it, even though the temperature is dropping.
That’s why we are seeing this CO 2 bubble pop, and why we’re seeing it happening so rapidly in Australia and across the world.
It means that the temperature will keep going up, and we’re going to have a lot more warming.
We’re going from a lot colder than we are right now to much warmer.
How hot is it right now in Australia?
The answer is, it varies enormously.
Australia is one of the countries where we’re still burning coal.
It has a long history of burning coal and other fossil fuels, and it’s now the world’s second-largest economy.
If you look at its emissions, it is the third-largest.
That means that we are burning more coal, coal-fired power stations and so on, than any other country.
Of course, there’s a lot to be concerned about.
We have one of Australia’s most populous cities, Sydney, which is already dealing with a record-breaking heatwave, with record high temperatures.
And now, the Australian Capital Territory has had another record-setting heatwave.
There are also a number of severe droughts, with high temperatures and high rainfall across much of the country.
The National Weather Service is warning that if it continues at this rate, it could be quite another century before we have another record high heatwave in Australia, in terms of rainfall.
Even though we are still burning a lot less coal, we are also still burning more than any of the other countries.
And so the amount of CO 2 being released into the atmosphere has also increased.
It is going up even further.
The CO 2 is going down because of what is happening with the volcanoes, the oceanic circulation system.
With the cooling and the increased CO 2 going in, it means that there is going be a lot higher CO 2 coming out of the oceans.
It may also mean that there will be a big increase in the CO 4 in the air, which would increase the intensity of the heat.
One of the key things that the models predict is that we’re also going to see an increase in sea level rise, which of course is already very serious.
The oceans are already about 4 metres higher than they are now, and there’s the danger of the waters rising even further, as the CO two concentration drops.
Now, there are a number more things that are changing around us.
It could mean that things like the Great Barrier Reef is starting to lose its corals, and is going extinct.
It might mean that the oceans are absorbing more CO2, which might lead to higher ocean temperatures.
It also could mean a lot warmer seas, as we add more CO gas to the air.
As we add new fossil fuels to the planet, there will also be more heatwaves, more droughting, and more heat.
That is the climate model that is being run by the National Climate Change Center.
Why are they doing climate change models?
It is because climate change is a real issue.
We are experiencing the worst heatwave that