Renewable technologies are gathering speed, putting the world within reach of falling greenhouse gas emissions. Climate experts say they "struggle to wrap their heads around" the sheer size, scale and speed of the current transition.
the atmospheric CO2 is still rising due to emissions from previous decades.
Tell me you don’t understand atmospheric CO2 without saying you don’t understand it.
Atmospheric CO2 represents the immediate, real-time, zero-delay composition of the atmosphere. As in, the current value is what currently exists.
And an acceleration curve in that value means that CO2 production is still increasing. if the curve is curving up, more CO2 is being released today than had been released yesterday.
Once that curve points downwards over more than a year or so, then I will become cautiously optimistic. Until then, I will not submit myself to counterproductive hopium.
There is a slight complexity to this as methane breaks down into CO2 over a period of about 20 years, in the meantime it contributes a higher warming effect. But there is a measure called CO2e which is the equivalent including the other green house gases and it too has been accelerating so it doesn’t change the point its just there are some prior emission impacts on current CO2 in the atmosphere.
and it too has been accelerating so it doesn’t change the point its just there are some prior emission impacts
Say you don’t understand emissions measuring without actually saying you don’t understand emissions measuring.
Past emissions only place emissions up to a value. Current emissions are what determine whether our emissions output is continuing to accelerate, or are actually slowing down.
And yesterday’s emissions continue to be smaller than today’s emissions. That is why it’s called accelerating emissions.
And yesterday’s emissions continue to be smaller than today’s emissions. That is why it’s called accelerating emissions.
Not necessarily true. According to the article, it’s quite possible that yesterday’s emissions are the same as today’s emissions. Meaning, we’ve stopped increasing emissions.
Tell me you don’t understand atmospheric CO2 without saying you don’t understand it.
Atmospheric CO2 represents the immediate, real-time, zero-delay composition of the atmosphere. As in, the current value is what currently exists.
And an acceleration curve in that value means that CO2 production is still increasing. if the curve is curving up, more CO2 is being released today than had been released yesterday.
https://lemmy.ca/pictrs/image/f46a3bf9-388a-4cac-92ff-0604e402c291.png
Once that curve points downwards over more than a year or so, then I will become cautiously optimistic. Until then, I will not submit myself to counterproductive hopium.
There is a slight complexity to this as methane breaks down into CO2 over a period of about 20 years, in the meantime it contributes a higher warming effect. But there is a measure called CO2e which is the equivalent including the other green house gases and it too has been accelerating so it doesn’t change the point its just there are some prior emission impacts on current CO2 in the atmosphere.
Say you don’t understand emissions measuring without actually saying you don’t understand emissions measuring.
Past emissions only place emissions up to a value. Current emissions are what determine whether our emissions output is continuing to accelerate, or are actually slowing down.
And yesterday’s emissions continue to be smaller than today’s emissions. That is why it’s called accelerating emissions.
Not necessarily true. According to the article, it’s quite possible that yesterday’s emissions are the same as today’s emissions. Meaning, we’ve stopped increasing emissions.