The eventual plowing of residential streets after snowfall

Once snow starts falling, snowplows emerge and start rumbling down roads. They start with main streets, roadways many drivers travel on and that are often necessary for people hoping to get from one place to another. Depending on the rate of snowfall, the width of primary roads, and the number of main roads, it could be a while until plows make it to residential streets.

This all makes sense and I assume there are studies that confirm starting with the heavier-trafficked roads. (Do snow plows use the same kind of algorithms that guide delivery trucks to the most efficient routes?) At the same time, it could pose a predicament for residents. When you are starting or ending your drive, getting through the residential and side streets can prove quite a problem. It might be hours before people can easily pull in and out of their driveways.

Perhaps this is an argument against sprawl. Having thousands of driveways spread out along hundreds of streets in every suburban community means snowplowing is inefficient. Additionally, residents have to remove snow from their driveways and sidewalks. All this adds up to a lot of snow removal for relatively few people.

Eventually, the plow comes through and makes it easier to pass along residential streets. It may be a while before the side streets look as good as the main roads but they get there eventually. And perhaps the unplowed streets have their own beauty before the whiteness is sullied again by pavement, dirt, and tire tracks.

Eleven years in, self-driving cars are still a ways off

Transportation has changed in the last decade but self-driving cars will still take some more time:

The boldest bid to remake transportation with tech was also among the earliest, and so far, the most disappointing. In 2009, Google cofounder Larry Page tapped computer scientist Sebastian Thrun to build a self-driving car. Make a vehicle that moves people safely and efficiently, Page said (in Thrun’s telling), and you could have a business as big as Google itself. The resulting effort, now known as Waymo, helped trigger a global race for autonomy, one that many predicted would bear fruit by the decade’s end. Tesla CEO Elon Musk said a Tesla would drive itself across the country in 2017. General Motors promised to launch a robo-taxi service in 2019. Nissan targeted 2020 for the market debut of its self-driving car. Former Waymo lead Chris Urmson said he hoped his sons would never need to learn how to drive.

But billions of dollars and thousands of engineers haven’t produced a robot that can match, let alone eclipse, the ability of the human driver. AV developers have retreated to quiet suburbs and simple interstates, hoping they can master at least some corner of a profoundly complex world. GM pushed back its debut date indefinitely. Nissan has stopped talking about self-driving. Waymo is just starting to take the human backups out of its cars in the Phoenix suburbs. Musk never made his road trip.

Reading this brief overview, two things struck me:

  1. Having a computer do all that is needed to drive is a monumental task. There is a lot of information to take in from behind the wheel and the environment keeps changing. This makes human drivers look pretty good. Even with all the accidents and deaths that occur every year, that humans can handle all of this at 60 mph or higher is remarkable.
  2. All the money and effort that has gone into this simply reinforces the car as the primary agent of transportation in the United States. While having no human driver could be a game changer, all this effort does little to displace the car as center of social life, work, urban planning, and sprawl. Perhaps it would be too much to ask Americans to give up cars but this could be viewed by future Americans as a missed opportunity to reorganize society.

Even if the next decade features truly autonomous vehicles, it will take more time for these vehicles to work their way through the system. Since I have also seen lists of the new laws and regulations going into effect January 1, is it far-fetched to imagine a new rule starting in early 2025 that all new vehicles purchased must be fully autonomous?

The widest highway in the world: 26 lanes in Houston

I recently ran into a discussion of the widest highways and a 2018 Houston Chronicle article claims the 26 lane stretch in Houston leads the world:

For what it’s worth, we can lay claim to the world’s widest freeway: The Katy Freeway at Beltway 8 is 26 lanes across.

Here’s how that breaks down: 12 main lanes (six in each direction), eight feeder lanes and six managed lanes. The managed lanes carry mass transit and high-occupancy vehicles during peak hours and are made available to single-occupancy vehicles for a toll fee during off-peak periods…

A few other contenders come close to the title but don’t quite make it, Voigt said, noting that the discussion had come up at the institute when the Katy widening project was completed in late 2008.

“Off the top of my head, the 401 in Toronto is 22 lanes at the widest and I think a part of the NJ (New Jersey) Turnpike is 18 lanes at one point,” Voigt’s email said.

That is a lot of lanes to maintain and I imagine the highway takes up quite a bit of space (and woe to those located right next to this stretch of road). Driving here must be an interesting experience, particularly if the driver is used to narrower highways.

Is it a surprise that this is in Texas, where everything is bigger and people like to drive, and in Houston, the quintessential sprawling and growing city with no zoning regulations?

It would be interesting to get a more in-depth history of this particular stretch of road. How many lanes did the highway initially have? Who approved the construction of so many lanes? Is there consensus that this was a positive move for traffic? How much money has been spent on this stretch (and that could have been spent on other transportation options)?


Boost economic opportunity by giving all Americans a car

In discussing the possibility of free transit, the alternative of providing cars comes up:

Instead of the pledges to expand electric vehicle charging stations that fill their presidential platforms, the candidates should all be focusing on how to eliminate car ownership. Because right now, if our only goal were to improve individual economic outcomes, we’d just give every person in this country a brand-new car. In the same way universal health care has been made part of the Green New Deal, universal access to zero-emission transportation needs to be included, too.

A driver’s license has has become virtually required to participate in much of U.S. society. But what if the piece of plastic we use to validate our identities guaranteed access to so much more? Imagine a single card—or an app—that, like in many other countries, could unlock train rides, bus rides, bike rides, scooter rides, van rides, car rides anywhere in the nation. Now imagine what we might achieve when those services are not only funded adequately, but also free for everyone to use.

Free transit alone isn’t nearly enough to fix this country—but it could be one piece of a bigger, truly universal transportation solution that might.

This reminds me of a program I once heard about in Wisconsin. A group provided lower-income residents a reliable used car so that they could then access jobs and other opportunities. If the goal is to help people find steady employment, having a car that works without needing a lot of maintenance or a lot of gas can go a long way.

The paragraphs above do bring up a conundrum in the United States: if many people need to drive significant distances on a daily basis to find good work (spatial mismatch) and having a car is expensive, what are those without resources supposed to do? A consequence of sprawling cities, suburbs, and regions is that people need to provide their own transportation and this comes at a significant cost. As noted in the article, even free transit may not solve everything if mass transit does not connect where people live to where people work.

As people try to promote free transit (and better transit), this conversation could lead to a different kind of car commercial at the holidays. Used Toyota Corollas for those who need them! A Christmas gift of a reliable used car could just mean the difference between a good life and a tough life.

Turning a 55 year old suburban split-level into a LEED platinum home

A couple in Arlington Heights is committed to a green home for the upcoming decades of its lifespan:

Amy Myers and Mike Baker could have torn down their 1964 split-level home in Arlington Heights and replaced it with a McMansion…

It will be the first LEED Platinum home renovation in Arlington Heights. LEED, or Leadership in Energy and Environmental Design, is governed by the U.S. Green Building Council and serves as the most widely used green building rating system in the world.

The house has been designed with such features as net zero energy consumption, smart stormwater management and integrated rainwater storage. Plans include wrapping it in a tight thermal envelope and utilizing materials like airtight drywall to maximize the home’s energy efficiency…

“We’re really trying to do everything we can to make his a model of how you can recycle a 1960s home into something for the future,” Kollman said.

A Google Street View image of the home in question:


This is a serious commitment to a fairly nondescript suburban single-family home. I would guess few suburbanites would make such an investment. At the same time, this does hint at possibilities for the many postwar suburban homes. Rather than being torn down for better homes, there might be relatively cost-effective ways to such homes operating as improved dwellings. (And this could apply to ranch homes as well as McMansions which are maligned early in this story.)

Does the green retrofitting of such homes help wipe out the more destructive aspects of suburban sprawl? Even if this house achieves LEED Platinum status, it is in a setting revolving around the car. The owners might have an electric or hybrid car – but driving is still required and making those vehicles is not all good for the environment. Would the reduced heating and energy costs be more efficient than living in a multifamily building? Do landscaping changes offset the changes subdivisions made to the landscape there beforehand?

I would be interested to see the possibilities of more LEED suburban homes, particularly if the costs are reasonable enough for homeowners to consider this as opposed to moving or tearing down the home. In the end, this would require more homeowners to think about keeping a home for a much longer scale and investing money in a way that might not lead to a huge return in their property values.

The expansion of warehouses in sprawling locations

While the example here is from Georgia, this describes a lot of development in the United States today:

An announcement this week says that the Goodyear Tire and Rubber Company will anchor a new industrial park being developed on the property. The company will occupy 1.5 million square feet of warehouse space, in what the Atlanta Business Chronicle calls the “largest build-to-suit industrial space under construction in metro Atlanta.” Goodyear is expected to employ about 150 Georgians in the facility.

Individually, headlines like this represent wins. Jobs are created, and local tax bases are fortified. Warehouses, in particular, tend to bring in significantly more in property taxes than the businesses that occupy them demand in county services such as public safety. Their byproduct, however, is traffic. Specifically, truck traffic…

The middle stage of both manufacturing and distribution requires warehouses, and Georgia’s geographic position and our ports and airport logistics hubs make the warehousing industry a logical fit for the state. This extends from the Port of Savannah all the way down I-16, up I-75 into metro Atlanta, and all the way around the metro area and into North Georgia. It’s truly a statewide issue.

And much like the projected cascade of new residents, new warehouses are coming. There is a proposal to build out 1,400 acres with 18 million square feet of warehouse space in Butts county, about half way between Atlanta and Macon. Seven hundred acres adjacent to the Budweiser brewery in Cartersville, northwest of Atlanta, have also been sold to be developed as warehouse space.

To make a world of Amazons, Walmarts, and Walgreens possible, trucks are needed. Lots of trucks. The warehouses need to be in strategic locations near growing populations so that the time between warehouse and store or delivery is reduced. To make one or two day delivery possible or have real-time inventory, there need to be locations that have a lot of goods ready to go. Black Friday or the Christmas retail season cannot happen as easily without warehouses.

As noted above, warehouses provide jobs and property taxes. They are not often aesthetically pleasing as the primary goal is to store goods, not interact with the public. They often occupy key sites in and around intersections and highways. They contribute truck traffic. I would guess few people would want to live right next to one given the noise and lights involved.

All of this connects to sprawling development in the United States. American communities tend to be spread out as people seek out single-family homes of a certain size and with enough distance from communities they might find problematic. Decades of sprawl fueled by the American Dream, the federal government, and numerous other actors means that warehouses are a common part of the landscape. Outside any major metropolitan area, there are rows upon rows of warehouses.

For another example of how this all plays out, see the rise of intermodal facilities (and the negative effects these can have on communities).

Trying to revive buses in American cities

A new book looks at how buses could become more viable transportation options. From the author of the book:

One of the statistics that is telling in the book is that when you look at bus ridership in a place like Germany, the people who ride the bus have the same median income as the average German. In the U.S., they’re much poorer. At the same time, it’s not a service that actually serves low-income people well at all. So is it really for them? It’s really a system for people who don’t have alternatives…

One of the biggest omissions from federal policy is that federal transportation programs are almost always about building things. But the biggest problem [with public transit] in most cities is that we don’t run enough service. You could use federal transportation funding to buy a bus, or stripe a bus lane, but you can’t use it to hire a bus operator, or dispatchers, or people who are planning bus priority projects. In the book, I write about this really bizarre set of affairs in the [2008] stimulus package, where cities all over the country were using federal stimulus dollars to buy buses. At the same time, they had to lay off all of their bus operators. That’s not really doing anything to further equity for people on the ground…

There’s a cycle between culture and reality. We design bus systems that are really inconvenient, and that only people without great alternatives will use, and that colors how decision makers think about who bus riders are. And that’s really important to disrupt.

One of the promising things you see in places that are improving bus service is how quickly it can turn around. You just provide more service in a route, and upgrade the shelters, and you see ridership increasing. We have this terrible conception of the so-called captive rider in transportation planning, when all the actual data shows that basically everyone has choices, and sometimes those choices can be pretty inconvenient, like having to get a ride with your friends, or having to walk four miles to work. Transit service can always deteriorate to the point that people are going to choose something else. But as you make bus service better, more and more people start gravitating towards it. It’s a very natural thing.

There a lot of issues to overcome in addition to the ones cited above. In my mind, buses have one major advantage over other forms of mass transit: they utilize existing roads and highways to provide mass transit. It would take a lot to reverse the American preference for driving and all that comes with it. Of course, as the article notes, buses that crawl along in traffic like cars and trucks may not be very attractive to riders and may require dedicated lanes. Similarly, buses in sprawling areas may not work as well if people are not willing to start at a common location and give up some freedom of mobility. (The discussion in the article revolves around cities but there are denser suburbs – and suburban like areas of some cities – where buses might work.)

The discussion hints at a related issue: there has to be enough bus service to be attractive but getting people to ride the bus in the first place is difficult when driving a car is a culturally preferred option as well as the option that best suits the existing infrastructure. How many local governments are willing to stick with busing even when it might not be successful at first? Furthermore, would increases in service be accompanied by changes in development policy that would seek to create housing and jobs along bus transit corridors?

Reading the full discussion, it does seem it might not be too difficult to revive bus transit in big cities. On the other hand, bus transit is a hard sell in many American communities and a long-term commitment from all levels might be needed before significant change occurs.