Saturday, October 29, 2011

Design|Spring Charrette

The emerging professionals group, Design|Spring, is organizing its first design charrette! The event will bring together design professionals and active citizens to generate ideas for enhancing building facades and the corresponding streetscape in downtown Springfield, Oregon.

The target area is Main Street between Pioneer Parkway West and 8th Street in downtown. Teams will consider the existing conditions, the historic character of the street, and the goals of active community members. A possible outcome of the charrette might be specific design suggestions that Main Street merchants will find actionable and cost-effective.

Design|Spring encourages you to participate! The group will issue final details for the charrette soon, including facts and graphics related to Main Street.

To help the organizers better coordinate the event they ask that participants RSVP in advance. Please email designspringEP@gmail.com if you’re interested in taking part.

What: Design|Spring Charrette for Springfield

When: Saturday, November 12 9:30 AM to 12:30 PM

Where: Springfield Academy of Arts & Academics, 615 Main Street, Springfield, OR

Sunday, October 23, 2011

October AIA-SWO Chapter Meeting Recap



The October AIA-Southwestern Oregon chapter meeting featured Mark Heizer of the State of Oregon Building Codes Division. Mark provided a comprehensive overview of the Oregon Reach Code, the latest evidence of Oregon’s nation-leading efforts to champion energy efficiency in the construction and operation of buildings.

Because I live and work in Oregon, I sometimes have to be reminded by outsiders about how far ahead of the curve we are compared with much of the nation when it comes to high performance building design. Our state can boast more LEED-certified buildings per capita than anywhere else. Designing with sustainable goals in mind is simply second nature to us now. We’re surprised when we encounter architects from other regions who continue to find buildings designed from a green perspective to be a novelty.

The fact is Oregon has been on the forefront of sustainability for many years. Visionary public policy has played a central role in this leadership. Oregon’s urban growth boundary legislation in the 1970s, carbon emissions limitations, and support for research and development of renewable energies are well-known examples. The most recent case in point is the Oregon State Legislature’s decision in 2009 to dramatically reduce energy consumption in buildings by directing the state Building Codes Division to implement the Oregon Reach Code.

The Reach Code (which became effective on July 1 of this year) is an optional set of criteria that reduces energy use in buildings well beyond the requirements of the state’s mandatory codes. The new code will act like a statewide alternate method: builders will have an optional "green" path and jurisdictions can be assured the state-of-the-art construction methods are sound.

Like its name implies, the Reach Code goes past current codes and provides an objective measurement of success for project teams who aspire to a higher standard. The Building Codes Division envisions continually ratcheting up the standard as the basic energy code becomes more stringent with every code renewal cycle. Preliminary modeling of the prescriptive path provisions of the Reach Code in their current form indicates a 15%-20% efficiency increase over the standard energy code. Ultimately, the BCD goal is set the Reach Code to achieve carbon-neutral, net-zero energy and water performance by 2030.

The Reach Code is an overlay on top of the existing Oregon Energy Efficiency Code and Oregon Structural Specialty Code; it does not supplant them. The commercial (non-residential) provisions of the code are based on the International Green Construction Code (IgCC) and incorporate measures from the 2012 International Energy Conservation Code (IECC), ASHRAE 90.1-2010, and IAPMO’s Green Plumbing and Mechanical Code.

The optional standards will result in more energy efficient construction by:
  • Reducing the size of the equipment needed to heat and cool a building by providing flexible paths for optimizing the building envelope
  • Ensuring code-related systems, such as HVAC, operate as intended by requiring functional testing
  • Verifying building performance with blower door testing
  • Making it easier and cheaper to install a solar array in the future by requiring that the building is renewable-ready
  • Maximizing efficiency through a variety of strategies, such as high-efficacy lighting, passive design, post-occupancy commissioning, and vegetative roofs
  • Providing better information to building owners and managers on energy use after the building is occupied through sub-metering of key systems
Compliance with the Reach Code will typically occur by prescriptive means for smaller buildings (less than 50,000 s.f.). Larger, more complicated projects will most often necessitate following a “performance path” to demonstrate compliance, which would entail more extensive computer modeling and performance monitoring.

One of the benefits of the Reach Code may prove to be how it helps projects qualify for federal, state, and local incentives for energy conservation. Because the issuance of a permit under the Reach Code is validation of the measures necessary to achieve the prescribed level of performance, it may expedite approval or disbursement of grants or loans sooner than might otherwise have been possible. For commercial projects in particular, the ability to secure assured financing early may be the difference between implementing a cutting-edge, innovative design or moving forward with a project that merely complies with the standard energy code.

Oregon’s continued leadership in the green building sector is essential for the state to maintain its competitiveness in the world market. Oregon will profit from exporting this leadership while reducing the energy consumed by buildings, and developing local, more sustainable communities at home. The State of Oregon Building Codes Division has done its part by raising the bar for those who choose to reach for it.

*  *  *  *  *  *

Mark Heizer’s Reach Code presentation to AIA-SWO was the first to any of the AIA chapters in the state. We’re honored that Mark chose to offer us the initial opportunity to learn about code in its definitive form.

*  *  *  *  *  *

The October chapter meeting also featured brief presentations by Stuart Ramsing, Manager for the City of Eugene’s Building & Permit Services Division; Jenna Garmon, the City’s Green Building Analyst; and Eli Volem from the Earth Advantage Institute.

Stuart acknowledged that the increasing complexity of regulations and layers of bureaucracy is not abating. Part of this is a consequence of the City’s emphasis upon implementing its sustainability goals. In response, the City is working collaboratively with developers, builders, and architects toward a culture of “yes.” As part of this effort, Stuart described the new electronic documents review process the City hopes will expedite approvals and soon become standard operating procedure.

Jenna wants to render her position as Green Building Analyst obsolete: Her definition of success is to reach a point where green building is the norm. She described the City’s Guide2Green Program, which fosters sustainable waste prevention and green building in Eugene through education, technical assistance, and various incentives. For example, projects that achieve LEED or Earth Advantage certification are eligible for priority plan review and inspections, one-day permits, or system development charge reductions.

Eli spoke about the Energy Trust of Oregon’s Energy Performance Score (EPS) for new homes. The EPS provides a clear and quantitative way to compare a home's estimated energy use and costs. The lower the score, the better—with zero being the best. A low EPS identifies a home as energy efficient with a smaller carbon footprint and reduced utility costs. The EPS is directly analogous to the gas mileage ratings associated with cars.

Tuesday, October 18, 2011

Conversation Project

Reiko Hillyer

On Thursday, October 20, at 6:30 p.m., the Shelton McMurphey Johnson House will welcome Reiko Hillyer, who will present her talk “Marking Our Territory: How to Read Local Landscapes.” The program is part of Oregon Humanities’ statewide Conversation Project, which brings humanities scholars to Oregon nonprofits.

One of the most persistent ways people exert power over others is to control access to space. Drawing upon the fields of architecture, environmental studies, urban design, and public policy, Reiko Hillyer’s presentation will pose the following questions: How do we mark our territory? How do the built environments we create reflect our values and aspirations? Whom do we include and exclude in the process?

Touching on gentrification, the decline of public space, historic preservation, residential segregation, and suburban sprawl, Hillyer will lead a conversation about how to read the history of our communities through the landscapes we build and consider how we can be more aware of, and more engaged in, the creation of our surroundings.

Hillyer is a visiting assistant professor of history at Lewis & Clark College, where she recently won the Teacher of the Year award. She teaches twentieth-century U.S. history, African American history, the Civil War, women’s history, and the history of the American landscape.

The program was very well-received earlier this year in Portland. Admission is free to Shelton McMurphey Johnson House members. Non-members are asked to make a $5 donation.

Sunday, October 16, 2011

Research Assistance Please


Architects, designers, and interns!

Vapor retarders and air barriers in residential design - what's common practice in your climate? Help University of Oregon graduate student Emily McGlohn answer this question by filling out a short online survey. Completing the survey should only take 5 minutes for 17 questions. Please limit your answers to your knowledge of residential design.

Your responses will remain anonymous and you will not be asked your name or professional association. You must be 18 years or older to participate in this survey. If you have questions, would like more information about the survey, or would like a copy of the final report please contact Emily.

Emily McGlohn
emcglohn@uoregon.edu
334-507-0257
University of Oregon

By participating in the survey, you can register to win a $25 gift certificate to Lowe's or Books-A-Million!

To access the 5-minute survey and help Emily with her research, click here.

Saturday, October 15, 2011

Blog Action Day 2011

Vertical farm design by Gordon Graff

Blog Action Day is an annual event that unites the world's bloggers in posting about an issue of global importance on the same day (Sunday, October 16). It’s an opportunity to witness the power of participatory journalism marshaled toward a common cause. The aim is to raise awareness and trigger a worldwide discussion.

This is my third Blog Action Day: For 2010 the issue was Water; in 2009 it was Climate Change.

This year Blog Action Day coincides with World Food Day, a time that focuses the world’s attention on food, something we all have in common. The charge to bloggers worldwide is to talk about food. I’ve chosen to address food and architecture.

The ties between food and architecture are rich and varied. For example, both are commonly associated with culture and place. They are equally coupled with aesthetics, presentation, and intention as forms of artistic expression. Both engage our senses and bring us together as communities. In their most glorious forms, they represent humanity at its best. That being said, I would miss the point of World Food Day by blogging contentedly about how analogous culinary flair is to design panache.

For much of the world’s population, simply having enough food to eat is a desperate struggle. Famine in the Horn of Africa has reached catastrophic proportions. Drought-induced and compounded by war, corruption, and problems with food distribution, the crisis threatens the lives of more than 13 million people in the region.

Hunger is also a reality for huge numbers in developed countries, including the United States. Food insecurity for the vulnerable segments of our citizenry is universally regarded as a major threat to social stability and prosperity. Eradicating hunger is and will increasingly be a fundamental challenge as our future unfolds.

This challenge is incomprehensibly complex. Population growth, peak-oil, the industrialization of agriculture, and the wild weather that is a byproduct of global warming have all contributed to the problem. Viewed from the peak-oil perspective alone, dystopian seers like James Howard Kunstler believe today’s petroleum-fueled agribusiness is on the precipice of collapse and that our society is destined for violent upheaval. Food that must travel thousands of miles to reach our dinner tables simply isn’t sustainable.

Is there a solution? Can architecture and design make a difference?

I don’t have an immediate answer. Clearly, the means by which food is produced and distributed must change. I do agree with Kunstler and others like the organization Food First that the future lies with local agri-food systems rather than with industrialized agriculture. Sufficient production and equitable distribution of food will be the key, but how will this be achieved in a world of dwindling resources?

According to Food First every country on earth (with the possible minor exceptions of some city-states) has sufficient agricultural capacity to feed its own people.(1) Certainly, this must be true in the U.S. if Food First believes it is possible everywhere else. Its claim is based upon a “bottom up” approach to solving world hunger wherein subsistence farming is the focus.

Keeping food production local minimizes reliance upon factory farming and the embodied energy inherent in processing and transporting food vast distances. Keeping things local is also consistent with the locavore movement’s interest in purchasing food close to where it is grown and keeping the environment as clean as possible. Organic, community farms that raise varied crops for local sale are tremendously popular here in Eugene.

However, it’s hard to imagine that small, local farms will produce enough food to sustain the huge population of the world’s larger cities. Vertical farming in skyscrapers as envisioned by some also seems a stretch because of the additional energy needed for artificial lighting, heating, and irrigation. This could outweigh the benefit of positioning vertical farms close to where the food is to be eaten. Regardless, architects and engineers may prove creative enough to overcome the challenges associated with cost-effective vertical farming.(2)

By itself, keeping it local is not the panacea. Local farming will not eliminate drought or erase intractable tribal disputes. The problem cannot be distilled as discrete issues accompanied by simple solutions. As is the case with so many of the other problems we are confronting, the answers will not be found by following the straight line of reductionist thinking. Rather, multivalent and integrated ideas are necessary.

How architects contribute to assuring access to food for all may ultimately boil down to how the design community deals with the daunting suite of issues surrounding the problem. Architects are on the vanguard of sustainability. We’re eco-conscious advocates for energy-efficient buildings, compact communities, and reduced reliance upon the automobile. Architects are also adept at collaboration, coordinating diverse project teams, looking at the big picture, and thinking outside the box. These skills will be the key to how architects play a part in feeding humanity.

The relationship between food and architecture is destined to become even more multifaceted. Architects will move to the frontline of the battle against world hunger. I predict that if the battle is to be won, design will have played a part.


(1) Food First believes the "free trade" economic order associated with such institutions as the International Monetary Fund (IMF) and the World Bank prevent this from happening. At the other end of the spectrum, the World Bank itself claims to be part of the solution to hunger, claiming that the best way for countries to succeed in breaking the cycle of poverty and hunger is to build export-led economies that will give them the financial means to buy foodstuffs on the world market.

(2) Proponents argue that “vertical farming” is legitimate because the cultivation of plant and animal life within skyscrapers will produce less embedded energy and toxicity than plant and animal life produced on natural landscapes. Moreover, they claim that natural landscapes are too toxic for natural, agricultural production, despite the ecological and environmental costs of extracting materials to build skyscrapers for the purpose of agricultural production.