No, I'm not.
Illecors
You're arguing something else.
It's a direct correlation. Emissions come from fuel burnt. Less fuel - lower emissions.
Fair enough on the part in bold.
As someone who lives in London, I can say it does come with a caveat - traffic system here are set up by chimpanzees. It makes no sense, none of the three groups - pedestrians, cyclists or drivers - get prioritised. None of the lights are interconnected, so all they bring is annoyance for everyone. I'm an occasional pedestrian, cycling commuter and a (mostly) weekend driver.
TLDR - no wonder the study found that.
I don't really understand this. Air quality is not affected if it's electric cars. If it's about ICE cars - then, in general, efficiency goes up till ~90km/h.
I feel like the limit was lowered for a fake reason and is now suggested to be brought back up for a bad one.
I think looking for a parking space in what is, effectively, a lorry - is a bit of a waste of energy. It will only fit into >=4 spots anyway, might as well just stop wherever you need. You'll be a hated by everyone anyway.
Not taking a piss - are they legal in EU to drive on a B cat license?
That is something I've already run into at my previous workplace. The name escapes me atm...
Inatances self report these stats. All you have to do is a single db query and all of a sudden you have 100 million MAU.
There is no AI.
What's sold as an expert is actually a delusional graduate.
There's a wonderful android app called Imagepipe. Does a few things, but stripping exif data is one of them. Workflow is also great!
I realise that won't help against people simply recognising your cat, but it's useful for protection against bots and stuff.
Sorry, it's rare people are not asking for trouble here :)
I mean that any (reasonable) distance travelled at 90km/h will have consumed less fuel than that travelled at 30km/h; given the same car is used, reasonable gear is selected, etc, of course. If there is less fuel consumed, then, naturally, the emissions are lower as well, since that's just a byproduct of combustion.
While travelling at 90km/h will consume more fuel per unit of time than at 30km/h, the speed increase makes up for that.