The stratosphere mostly since that's what contains ozone, and secondly
the thermosphere since this gets hotter with higher altitude. The
mesosphere thirdly because that one gets colder with higher altitude but
is supposed to, and climate change may alter that balance.
Also, by process of elimination those are the three highest sphere, they
go in this order: troposphere, stratosphere, mesosphere, thermosphere,
and then exosphere which is also very hot but you're basically in space
by then.
The thermosphere is what we are being on the surface but it seems that
greenhouse gases would naturally rise well above that, especially since
in this lower sphere it gets colder with higher altitudes. They mostly
get stuck in the stratosphere since that's the point where it starts
getting hotter with higher altitude, and therefore they stop rising for
the most part.
Hope this helps! :)
For the answer to the question above, I think the answer is that "Warm ocean currents influence London's climate."
For London is near the ocean and the warm temperature that comes from the ocean affects their temperature and even their surrounding country.
<span>Stents help keep coronary arteries open and reduce the chance of a <span>heart attack.</span></span><span><span>The stent holds the artery open and allows blood to flow more freely.</span> </span>
Answer:
I will give a hypothesis. Just like a tree, when you cut a tree by its trunk, you will the rings. The rings around it represents the tree's age. So when you cut rock, the pores in the rock determine whether it is an old rock or a fossil rock.
Explanation:
The reason is, if it is limestone and it is an old rock, the pores will be slightly big and if the limestone is a fossil rock, then the pores will be bigger due to leaching or denaturing of the minerals in the rock through the ages.
