An article in today's New York Times discusses population growth patterns over the past several years, and suggests that population growth is fastest in the inland Sun Belt-places combining relatively warm weather and cheap housing.
At the Smart Growth for Conservatives blog, analyst Michael Brown has written a series of interesting posts about congestion pricing, most recently one on how to make congestion pricing (that is, tolling highways during peak periods to reduce congestion) sound appealing to the general public. He also suggests that congestion pricing will increase
One common explanation for the high housing costs of New York and San Francisco is that the wealthy are pricing everyone else out of the market. According to this narrative, there are so many obscenely wealthy people in such cities that developers are only building housing for the rich, thus making it impossible for the law of supply and demand to function.
This weekend, I visited Kansas City, Mo. to look for apartments (since I am moving there in August to teach at the University of Missouri at Kansas City Law School). I focused my search on the Brookside and Country Club Plaza neighborhoods, two areas within a 45-minute walk of the law school.
After seeing another blog post about how density is bad because Los Angeles is dense, it occurred to me to suggest that just as there is good and bad cholesterol, there is good and not-so-good density.
From a new urbanist perspective, good density is density that contributes to walkability: density near public transit, density within walking distance of shops and jobs in a place where walking is possible.
In 2012, Urban Design Associates (UDA) was awarded a Charter Award for their project The New Faubourg Lafitte in New Orleans. The project is a redevelopment and rehabilititaiton of a 27-acre superblock public housing that had been badly damaged by hurricane Katrina. CNU praised the collaboration with the community in the plan's creation, the social anchoring of the design, and its connections and consistency with the surrounding fabric.