Onto rural areas... and I'm picking on GuitarStv here, mostly because it covers most of what I wanted to cover, but it's certainly not the only opinion of this nature that's come through. I've just had some arguments with him in another thread related to vehicles and if the manufacturers know their head from a hole in the ground, so it drew my attention/ire.
Awareness? Maybe, but certainly there's less awareness of the true cost of these things. In rural areas you don't pay the true costs of hydro, phone connection, mail delivery, police/fire protection, ambulatory and hospital care, or road maintenance. These are all subsidized by the money paid by those living in cities.
That depends on where you live. There's a
huge range of "rural," from "acreages in something that looks like a subdivision" all the way to "Literally the middle of nowhere." I'll agree that denser areas have better service cost recovery, but if you're far enough rural, it's pretty simple - you don't
get "services." If the driveway is plowed, and the road is accessible, well... you've probably handled it yourself. Or your neighbors have. So claiming that there's "less awareness of the true costs" is a load of crap when people are doing the work themselves.
Depending on the rural area, fire protection is a subscription service, so... the land owners may very well be aware of the costs of that. Police response times are often "Well, hopefully it's nothing important," so... again, you're putting words in people's mouths that those people may very well disagree with.
But those services are also far less frequent, and often are halfway volunteer (at least for fire), so... you're going to have to cite some sources, instead of just blindly asserting.
Sure, many folks living out in the boonies have a generator or their own septic system - but that's waste and expenditure necessary only because of location.
If you're far enough out that you don't have grid service, you're likely (at this point) to have solar/batteries, with a backup generator. I'm pretty familiar with this setup from my office, and I run... oh, 5-10 gallons a year through my generator. The rest of the year, it's just the embodied energy of the power generation/storage system. I'm using lead acid, so fairly low energy storage embodied energy, and the panels ought to last an awful long time.
A backup generator is certainly quite inefficient compared to a centralized power plant (small generators are on the 10% efficiency range, plus or minus a bit depending on load), but they're not run that many hours, and consist of common metals.
As for well/septic, again, I'm not sure what you're comparing to, but if you're pumping out of a well, it's likely fairly close to the house, and the energy requirements are basically "the vertical lift." Then gravity drain to a septic field, and maybe a pump out every 5-10 years, depending on how dirty you are (seriously - being paranoid about germs will ruin a septic system, let the kids eat dirt). Compare this to the infrastructure required for centralized water infrastructure and the unpopular leakage rates (which range from "eeeh..." to "Wow, I'd rather not have known that..." in most systems)... you're making claims that you really need to back with more data than blind assertion. Again, a septic system is literally a tank and some PVC, and a well pump is pretty simple metal, and maybe (if you've got a fancy variable speed pump) a bit of semiconductor and PCB. A basic pressure switch and pump isn't that complex. Literally a spring loaded relay and a bunch of common metal at the bottom of a pipe.
Most folks I know who live in rural areas own significantly more property . . . and then need to maintain that property, which usually means the purchase of a riding lawn mower or tractor for grounds maintenance.
If you're OK on a postage stamp, you usually don't live in a rural area. There's a bit of confirmation bias going on here - yes,
people who want more property tend to live in rural areas. They tend to not do well in densely packed areas either.
But as far as a riding mower or tractor... so? How many gallons a gas a year do you think they're going through on those?
I go through maybe 15-20 gallons of gas a year as "property fuel" - so tractor, mower, trimmers, etc. And that's probably high - I just don't always properly distinguish between "generator fuel" for my office and "property fuel" for the other equipment. It's in the same category. My tractor is 80 years old, for what it's worth. Most property tractors tend older, though I certainly have a bit of lust for a newer Kubota or Yanmar or something... eventually. Maybe.
But in terms of emissions, well... they're just not that bad. They might be high on NOx or such, but out in rural lands, it doesn't really matter. My property fuel budget is something like 1000 miles of Prius driving, or less on just about anything else. If you have more property, likely a lot of it is wild (or you're actually farming). It's rare to have more than a few acres of "cleared area" on a rural property unless, again, it's farming.
Houses need to be heated, and it is more costly to transport heating material (oil/gas/firewood) to individual houses in the middle of nowhere than through gas pipelines.
That depends on where it comes from, doesn't it? If it's halfway local firewood, transported a few dozen miles from a local orchard or something, it's not that bad. Heat pumps are a thing, and ground source heat pumps are also a thing, though admittedly I don't know anyone with one (air source works fine out here, pellet stoves are also popular). If you're in a wooded area, a gallon or two of gas through a chainsaw may cover your heating needs. And nobody complains about solar thermal collectors in a rural area. I
guarantee most neighborhoods would have a problem with an air solar thermal collector in a built up area. Also purple houses, for some reason.
How much of that natural gas you're going on about leaks during production, and just how powerful of a GHG is the leaked methane? It's certainly shorter lived, but quite a bit of recent data indicates that natural gas production/pipelines are both pretty leaky processes.
As you mentioned, there's no public transit so anything more than a couple kilometers requires driving in a personal automobile (cycling infrastructure of course being unheard of - and roads typically with high speed limits and little shoulder)
Won't argue there. I don't really ebike into town because of that issue. However, I'm only in town rarely, so...
and then there's a tendency to buy larger automobiles (the 'need' for a lifted four wheel drive truck because it occasionally snows).
Sure, but you've also got the space to store that, along with a more efficient commuter vehicle. If you care. Some people don't, some do. Push gas prices up, and a lot more people will. Or buy an EV as a "trip into town" vehicle.
"Small car to do most stuff and a truck to do the rest" works really well in rural areas. It doesn't mean the truck drives that many miles a year.
Travel time might be the same for commuters, but most folks who live/work in rural areas travel much further - because they're not stuck in traffic they are a lot more likely to end up doing a 50 km trip each way rather than 15 which again increases waste and fuel consumption.
Perhaps. There are also a lot of people in rural areas who don't commute, because they work remotely, are retired, work locally, etc.
I'd be very interested to see some numbers on this, but strongly suspect that the suburbs are a less environmentally damaging place to live than rural areas. (Cities of course, being the least.)
Giant houses to heat/cool, typically higher incomes to spend on energy and vehicles, and a strong desire to both keep that income stream going and to pay other people to drive out and do stuff they can't do themselves because they're worthless at physical tasks?
I'd love to see those numbers as well.
Also, if I don't respond that quickly, I'm probably working on something other than the internet. Sorry!