Rock
Banned
"having to deal with congestion, parking fees, etc."
So, just curious... is it a very long list?
So, just curious... is it a very long list?
"nfitz has not made any friends yet ". Sorta sad, some others might think.
"having to deal with congestion, parking fees, etc."
So, just curious... is it a very long list?
Just catching up. Wow, has this thread gone downhill since a certain poster, who seems to love the sound of his/her voice, has completely hijacked it. Thanks for giving us a breather, ShonTron.
I'm not a big fan of the idea of allowing electric bikes and motorized bikes into the cycling lane. But at the same time in understand that they're not quite fast enough to keep up with cars. Lot of the time. What I do think is that road infrastructure is going to have to change at some point. No idea what that change will look like.
Most car makers want to get in on other forms of transportation in the same way they want a finger in the pie of whatever might
replace the IC engine. I wouldn't read too much into it.
Easy solution (solar-lution) maybe. Build canvas etc. canopies/roofs over roads and bicycle pathways (at least covers that
orient east/west, with some south-facing solar panels on top (to feed electric bicycle rider plugins etc.)
"even more elaborately verbose and nonsensical on other sites."
Hehe... Without naming names...).
Even though vehicles used for transportation are changing rapidly elsewhere I guess. It might be that the "car makers" are running
scared. (And many others connected with that vehicle if they understand what is already changing elsewhere.)
Build canvas etc. canopies/roofs over roads and bicycle pathways (at least covers that
orient east/west, with some south-facing solar panels on top (to feed electric bicycle rider plugins etc.)
But again, I should apologize if this idea is "too complicated" for some (but again, examples are already being designed and built in
Europe).
The first pieces of concrete to fall from the elevated Gardiner Expressway came down on January 8, 1978, and they were huge—as heavy as 200 pounds, according to a Toronto Star article published the next day. The problem was the same then as it is now: salt. More than 1,000 tonnes of the stuff is dumped onto the elevated stretch of the expressway every winter and, along with melting snow and ice, seeps into the structure, corroding the steel beams inside, which then expand, causing the concrete that envelops them to crack.
The impact of road salt on the groundwater in the Greater Toronto Area (GTA) has been extensively studied over the past 30 years.
Canada’s largest city applies over 100,000 tones of NaCl annually to its roadways. Researchers have documented excessively high concentrations of chloride in shallow groundwater in the GTA, in some cases exceeding 1,400 mg per liter. Low iodide to chloride ratio in the groundwater samples suggest that the road de-icing salt is the source of the chloride. A chloride mass balance study in the Highland Creek basin of Toronto that revealed only 45% of the salt applied to the watershed is removed annually; the rest is temporarily stored in shallow subsurface water. The authors suggested that if present salt application rates persist, the average steady state chloride concentration in springs could reach 426 mg per liter in a 20 year time frame.
The technology ..., by 2010, will be producing 3,700 megawatts of electricity worldwide [source: US National Renewable Energy Laboratory].
Thanks to severe levels of air pollution for 5 consecutive days, Paris has just put in place a day-to-day ban on about 50% of cars, motorcycles, and trucks. Electric cars, hybrid cars, taxis, and cars including 3 or more passengers are exempt.
Using a system commonly used in China, vehicles with license plates ending in odd numbers are banned from the roads today. Tomorrow, it switches to those ending with even numbers. The length of the ban will depend on the change in pollution levels.