Taking local action

Minneapolis Skyline

Over at Grist, David Roberts lays down the brutal logic of climate change:

With immediate, concerted action at global scale, we have a slim chance to halt climate change at the extremely dangerous level of 2 degrees C. If we delay even a decade — waiting for better technology or a more amenable political situation or whatever — we will have no chance.

And what’s so special about 2 degrees C?  Well, that may be something like a point of no return.

The thing is, if 2 degrees C is extremely dangerous, 4 degrees C is absolutely catastrophic. In fact, according to the latest science, says Anderson, “a 4 degrees C future is incompatible with an organized global community, is likely to be beyond ‘adaptation’, is devastating to the majority of ecosystems, and has a high probability of not being stable.”

Roberts is citing the work of Kevin Anderson, former head of the UK’s leading climate research institution.  Other scientists are making similar predictions.  James Hanson, director of Nasa’s Goddard Institute for Space Studies, says, ”The target of 2C… is a prescription for long-term disaster“.  Increasingly, you don’t have to look far to find words like “apocalyptic” being used to describe the path we’re on.

So we need to reverse course on emissions by 2015, and in dramatic fashion.  But the latest round of international talks seem to be on shaky ground.  All US climate bills have so far failed.  So what’s a local planner or public official to do?  Decry the problem as global in scope and thus unsolvable? Shrug shoulders and pour a stiff drink?  While I have a healthy amount of skepticism about the ability of one jurisdiction or even one state to have a measurable impact on the global trendline, I think we absolutely must be making our best efforts now, for a number of reasons:

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Streets.mn

In the near future, a group of smart and attractive Twin Cities bloggers will be launching a new site dedicated to Minnesota land use and transportation commentary and analysis called Streets.mn.  We’re hoping to improve the quality and quantity of discussion around city-building issues.

We’re also hoping to build some economies of scale, tapping many great individual blogs to provide content in one location, providing more consistency in post frequency and hopefully increasing readership and impact.

For now, that URL redirects to tcstreetsforpeople.org, a predecessor to Streets.mn.  Much or all of the content you see on that site will continue with a new design and mission.

Watch for greater fanfare after the start of the new year.  For now, click over to Streets.mn for a flavor and be sure to follow us on Facebook.

World on track for 11-degree temperature rise

The chief economist for the International Energy Agency, the group first formed to respond to the oil crisis in the 1970′s, talks climate change.

According to the IEA’s most recent analysis, heat-trapping emissions from the world’s energy infrastructure will lead to a 2-degree Celsius increase in the Earth’s temperature that, as more capacity is added to the system, will climb to 6 degrees Celsius of warming by 2100.

Unless there is a shift away from some of the fossil fuel energy now used for electricity generation and transportation, Birol said, “the world is perfectly on track for a six-degree Celsius increase in temperature.

“Everybody, even the schoolchildren, knows this is a catastrophe for all of us,” he said at the Carnegie Endowment for International Peace.

Happy Tuesday!

The look

I’ve been playing around with theming of the site a lot lately, but I think I’ve settled on something I like.  Legibility and simplicity were the main goals, and I’m satisfied I’ve gotten there.  Many of my readers use feedreaders, so this was a little self-indulgent, but I love to tinker.

If you’re curious, the theme is a heavily modified version of Twenty Eleven.

All US road casualties mapped

Via Steve Vance and David Levinson comes this disturbing and interesting web map.

369,629 people died on America’s roads between 2001 and 2009. Following its analysis of UK casualties last week, transport data mapping experts ITO World have taken the official data from the National Highway Traffic Safety Administration - and produced this powerful map using OpenStreetMap. You can zoom around the map using the controls on the left or search for your town using the box on the right – and the key is on the top left. Each dot represents a life.

Super energy efficiency for existing homes

 The Star Tribune has a story about the MinnePHit House in South Minneapolis.

Sometime in the next few weeks, Paul Brazelton will move his family into a 1935 Tudor in south Minneapolis that has no furnace. He’s just finished a massive renovation of the family home and even though winter’s bearing down, he removed the boiler and plans to use that basement space for his daughters’ home-school classroom.

He also took out the fireplace.

If this sounds like the most uninviting house (and classroom) in Minneapolis, there’s something else to know: Brazelton, a software engineer and passionate environmentalist, has nearly finished a retrofit of his house to the stringent engineering standards of the Passivhaus model, a German system of homebuilding that uses insulation and highly efficient doors and windows to save energy.

The finished 2,000-square-foot home could be warmed even in the dead of winter with a pair of small space heaters, Brazelton said, though the family plans to piggyback on their hot water heater and use an in-floor heating system in the basement.

The project is the renovation of an existing home to meet EnerPHit standard for energy performance. EnerPHit is a subset of the Passive House standard (hence the PH), which is an energy performance standard that requires very high levels of energy efficiency.  The Passive House Institute has a summary:

A Passive House is a very well-insulated, virtually air-tight building that is primarily heated by passive solar gain and by internal gains from people, electrical equipment, etc. Energy losses are minimized. Any remaining heat demand is provided by an extremely small source. Avoidance of heat gain through shading and window orientation also helps to limit any cooling load, which is similarly minimized. An energy recovery ventilator provides a constant, balanced fresh air supply. The result is an impressive system that not only saves up to 90% of space heating costs, but also provides a uniquely terrific indoor air quality.

Passive House is a performance standard, meaning it doesn’t specify design features like LEED, but has performance characteristics that the building must meet after construction is complete.  Namely an airtight building shell at  ≤ 0.6 ACH @ 50 pascal pressure measured by a blower door test and a total heating & cooling demand of <4.7 kBtu/sq ft/yr.  Total energy use needs to be ≤ 38.1 kBtu/ft2/yr.

In layman’s terms, this means Passive House designs are 11 times more airtight than a conventionally designed and built modern home.  As for energy use, a typical single family detached home uses 76 kBtu/sq ft/yr.  My own house was built in the 1920′s and currently has no wall insulation.  In 2010, we used 89 kBtu/sq ft/yr in total, and I think we’re fairly frugal with our electricity.  That means when the Brazelton family finishes their home, it will use less than half the total energy of my house and be 15% larger.

The Passive House standard doesn’t require or depend on renewable energy to achieve this high energy performance.  It’s focused on minimizing, to the greatest extent possible, the loss of heat and capitalizing on natural heat sources like sunlight and even body heat.  The MinnePHit house will be renewable-ready, but it won’t have renewables to start with.  Paul, the owner, puts it eloquently:

 …we decided to use our limited resources in building a house with the highest level of efficiency and durability.  If maintained correctly, solar panels can last decades.  On the other hand, insulation can last centuries.  Looking again at the long term, the best investment is using less energy, not alternate energy.

Last but not least, this home is energy efficient because it is location efficient, located in South Minneapolis with nearby access to jobs, recreation and services.  The Brazelton’s definitely don’t have to use an automobile for every trip, and they likely won’t be traveling far to their destination.  The other local example of Passive House design can’t make that claim.

Not really Streetless in Seattle

A better movie

City Journal, a creation of the Manhattan Institute, has a profile of Mike McGinn, Seattle’s newest Mayor.  What really grabbed my attention was the reference to Seattle’s Bike Master Plan and what City Journal claims is it’s call for converting 3 percent of Seattle’s car lanes into bike lanes.  This little tidbit is getting this article a lot of play, at least in my planner-nerd circles.  However, I can’t find any evidence to back up this 3 percent figure.

City Journal is anti-McGinn, calling him “anti-car” and painting his transportation initiatives as misguided.

Sure enough, when McGinn became mayor, he began pursuing anti-car policies. He’d like to levy an $80 fee for registering a car in Seattle, and he has raised taxes on parking in privately owned garages. He now plans to raise parking-meter rates downtown to $4 an hour from $2.50, which would make it costlier to park in Seattle than in any other American city except Chicago. He also supports maintaining the so-called head tax, which docks businesses $25 annually for every employee who drives alone to work.

But McGinn’s road diet, which went into effect in July, is probably his most audacious idea. As the centerpiece of the city’s $240 million “Bicycle Master Plan,” which mandates the construction of 118 miles of bike lanes and 19 miles of trails by 2017, the diet will convert 3 percent of Seattle’s car lanes into bike lanes. Even major freight routes, including one that leads to Boeing Field, will see car and truck lanes converted to bike-only use.

Then there is this:

Factors both meteorological and topographical make Seattleites unlikely to forgo cars as their primary means of transportation. Rain falls more than 150 days a year in this famously gloomy city, rendering cycling both unpleasant and unsafe. And Seattle’s ubiquitous steep hills make San Francisco look like Des Moines. It’s hardly surprising that, according to the Seattle Department of Transportation, a mere 2,600 people—out of a total downtown workforce of 230,000—commuted downtown by bicycle in 2009.

They forget to mention that citywide, Seattle is now tied for second among the 70 largest cities in the US in terms of bicycle commuter mode share and that cycling to work has grown 93% since 2000 and 22% since 2009.  They also forget to mention that (auto) vehicle miles traveled has been basically flat in King County since 2005, and VMT per capita has been on the decline in the region since 1999.

What about that 3 percent figure?  That seems substantial if true.  It wouldn’t totally surprise me given the other press I’ve seen about McGinn and his opposition to new auto lanes or facilities (see Deep Bore Tunnel and 520 Bridge), but this is taking away lanes, not just not creating new ones.  However, on my  brief scan of the bike plan, I can’t find any explicit reference to converting car lanes.  Is City Journal taking liberties, or did I miss something?

Appendix F, “Guidance for Retrofitting Seattle Streets to Create Dedicated Bicycle Facilities“, which includes guidance for arterial (high-volume) roads, does say “Implementing some of these facilities will require a change to the existing roadway configuration.”  However, it goes on to lay out a process for analyzing existing roads to see how a bicycle facility could be accommodated.  The process includes considering how the changes in the street cross section will effect traffic volume, speed, heavy vehicle traffic and on-street parking demand, among other things.  This seems like pretty typical engineering stuff.  The plan says where generally the city would like a bike lane, and then the engineers look at the details to see what might be possible.  Sometimes, it might not be possible at all, and the plan admits this.

If analysis finds that the target bicycle facility type is feasible, the project can move forward to implementation. If there are constraints that would prevent the target facility from being achieved, alternatives should be developed with the goal of improving bicycle safety and access to the highest degree possible, given the constraints of the particular corridor.

The process of developing alternative designs should always be informed by the recommendations of the Bicycle Master Plan, which identifies a facility type for all segments of the proposed bicycle network. Other alternatives should be explored as well, again with the goal of improving bicycle safety and access, and providing the most suitable bicycle facility given operational and environmental constraints within the corridor. If the city decides not to proceed with implementing the Bicycle Master Plan recommendation on a particular roadway, it will document the reason for its decision to choose a different alternative. The burden is on the city to explain why it is not implementing a recommendation in the plan.

Later, the appendix actually says if the desired cross section can’t fit because of “operational or environmental” factors, roadway widening should be considered.  That part didn’t make it into the City Journal article.

Here’s my guess about the 3 percent figure.  City Journal writer Epstein looked at the total miles of planned on-street bike lanes yet to be built (118).  Then he found the total number of lane miles of Seattle surface streets (3,745).  Then he assumed that each mile of new bike lane equals one less lane mile for cars (there are a lot of things wrong here, the biggest being that the plan prefers reducing lane widths in order to add facilities, which wouldn’t reduce car lane miles at all).  Then he did some long division, and presto: 3.15%!  Remember, City Journal is “the nation’s premier urban-policy magazine“.  If anyone, including the editors of City Journal or writer Ethan Epstein would like to explain an alternative calculation, let me know and I’d be happy to post it.

LEED ND regional suitability analysis going national

Regular readers know I’m interested in how to use LEED ND as a tool for assessing regional development suitability.  I’ve been tardy in relaying news about good work being done in other regions.  Back in January, Jason Woycke contacted me about replicating the analysis for King County, in the Seattle region.  Jason is the President of Cascadia Planning and at the time was a Masters student in the planning program at the University of Washington.

The Cascade Land Conservancy was Jason’s client for the project, and according to Jason’s website, the maps will “help the Cascade Land Conservancy visually communicate the need for careful planning of where growth should be accommodated in the region and where growth should be avoided”.

Jason finished the analysis (I think near the end of spring semester 2011), and it looks great.  He generously agreed to provide me with a copy of the full report, which you can see here (large pdf).  Jason was awarded the UW Department of Urban Design and Planning 2011 Professionals Council Outstanding Professional Project Award for his work.

The analysis Jason used for King County appears to be very similar to my approach for the Twin Cities – focusing on the Smart Location and Linkage prerequisites.  I don’t believe any of the Neighborhood Pattern and Design prerequisites were included, which is a minor difference between the two approaches.

Is Chicagoland next?

More recently, I’ve heard from another aspiring urban planning masters student who is exploring the possibility of replicating this analysis for the Chicago region.  If this analysis happens, it will be complete in spring of 2012.

Strong Towns on climate change

Duluth Minnesota

Strong Towns, which has up until now, primarily focused on efficient use of infrastructure and fiscal sustainability of our cities, is laying out their platform on climate change.

As we all know, however, local innovation continues (accelerates?) even when national leadership is incomplete. Here are three issues that Strong Towns will address as they pursue their own strategies to deal with climate change:

Pressure on credit will continue to increase in communities viewed as particularly vulnerable to natural disaster associated with climate change. Federal and state resources in the future look to be flat, diminishing or encumbered. The costs to insure housing or commercial property deemed vulnerable to disaster are higher, and claims resulting from natural disasters can increase the premiums of all policy holders. The key finding here is that investable public and private capital – able to educate and train Americans and finance new businesses, for example – will be under greatest stress in areas hit hardest by climate events. Strong Towns need to orient toward more density and less infrastructure costs per capita, as one way of managing this stress.

Even presuming that some of the increase is due to improved measurement, the rising incidence of natural disasters means that Strong Towns must anticipate continued volatility in our weather. Public infrastructure planning needs to anticipate the likelihood of damage by natural disasters. Clustering residential and commercial development will reduce risk; it may also allow us to reduce the costs of mitigating ongoing threats. Beyond the fiscal merits of a more compact development pattern, denser places are more protectable places.

The relationship of climate change and public health is an emerging field. While much health policy is formulated at the federal and state levels, counties and cities are the main implementers of place-specific plans and care. While we don’t yet understand the prospective health effects of climate change, it’s apparent that local communities have an opportunity to play a key role. Work on that micro scale may distinguish those cities and towns that invest in addressing climate change.

This first point has been resonating strongly with me lately.  The world’s largest investors (many of the people who hold your retirement funds) and insurance companies are already seeing their businesses to be impacted by climate change.  Physically and economically resilient cities require a different approach in a changing climate, and I’m glad Strong Towns is lending their voice to this message.

LEED ND resources for local governments

A friend tipped me off to this opportunity for local communities to get design assistance based on LEED ND.  EPA is funding this work as part of it’s Building Blocks for Sustainable Communities program.

Through a 3-day intensive visit and consultation, the Global Green team will evaluate a specific neighborhood. Prior to the visit the team will conduct an extensive review of existing plans, the neighborhood form, and the existing pattern of development. During the site assessment the team will identify the existing positive qualities of the neighborhood, consult with community stakeholders in meetings and a public workshop, and identify major opportunities to improve neighborhood sustainability.

At the conclusion of the visit the team will present recommendations for both physical and policy changes that may include street width reductions, ecological restoration, integrated energy and water infrastructure, creating standards for in-fill and transit-oriented development, or zoning code revisions to allow for urban agriculture or mixed-use development.

This is another significant output of the HUD-DOT-EPA partnership, one of the others being the metrics for sustainable transportation.

Another tool that I found from the Global Green website is A Local Government Guide to LEED for Neighborhood Development from USGBC, which includes multiple approaches local governments can take with the rating system, including reviewing plans for consistency with the rating system and determining what areas of the community might be eligible, which is a concept frequent readers of this blog might be familiar with.