Tag Archives: preservation

Local Historic Preservation Incentives Available in Portland, Oregon

With a firm comprised of architects and planners, we understand and assist owners and developers navigate local historic preservation incentives made available by the City of Portland. The following is a comprehensive overview of incentives offered by the City, as of 2016, in the form of various use allowances, development rules “waivers,” and opportunities to transfer allowed but unused floor area to other property owners, creating an opportunity for a monetary benefit. We grouped the available historic preservation incentives available by the following: City of Portland Incentives, City of Portland/State of Oregon Building Code Allowances, and Portland Development Commission Programs.

The City of Portland’s Central City 2035 Plan (as well as other related City code projects) are currently under review. The Proposed Draft was published in June 2016 and is being reviewed by many City and non-City agencies, bureaus, and organizations. Proposed changes directly affect portions of the Portland Zoning Code, but the existing Zoning Code will remain in effect until adoption of the final Central City 2035 Plan, probably in late 2018. Increased transfer options are the major change proposed.

“Landmark” as defined by the City is a property individually listed on the National Register, or evaluated by the City of Portland as a local historic resource. Many incentives are also available to resources designated contributing to a National Register-listed Historic District or locally designated Conservation District.

Marshall Wells Lofts building preservation plan.

Marshall Wells Lofts building preservation plan.


CITY OF PORTLAND INCENTIVES
Additional density in Single-Dwelling zones. Landmarks in Single-Dwelling zones may be used as multi-dwelling structures, up to a maximum of one dwelling unit for each 1,000 square feet of site area. No additional off-street parking is required, but the existing number of off-street parking spaces must be retained. The landmark may be expanded and the new floor area used for additional dwelling units only if the expansion is approved through historic design review.

Additional density in Multi-Dwelling zones. Landmarks and contributing structures in historic districts located in multi-dwelling zones may be used as multi-dwelling structures, with no maximum density. No additional off-street parking is required, but the existing number of off-street parking spaces must be retained. The building may be expanded and the new floor area used for additional dwelling units only if the expansion is approved through historic design review.

Nonresidential uses in the RX zone. In the RX zone, except on certain sites which directly front on the Park Blocks, up to 100 percent of the floor area of a landmark or contributing structure may be approved for Retail Sales and Service, Office, Major Event Entertainment, or Manufacturing and Production uses through Historic Preservation Incentive Review.

Nonresidential uses in the RH, R1 and R2 zones. In the RH, R1 and R2 zones, up to 100 percent of the floor area of a landmark or contributing structure may be approved for Retail Sales and Service, Office, or Manufacturing and Production uses as follows:

  • a. Review required. The nonresidential uses must be approved through Historic Preservation Incentive Review; and
  • b. Previous nonresidential use required. The last use in the structure must have been in a nonresidential use category and have been allowed when established; if part of the structure was in residential use, the proposal must include at least as many dwelling units as were part of the last allowed use or uses. If the last allowed use was residential only, the structure is not eligible for this incentive.

  • Daycare is an allowed use in all residential zones in historic landmark or contributing structures. In non-historic structures, daycare uses in residential zones other than RX require a conditional use review.

    Conditional uses in Residential, Commercial, and Employment zones. In these zones, applications for conditional uses at landmarks or contributing structures are processed through a Type II procedure, rather than the longer Type III procedure requiring a public hearing.

    Exemption from minimum density. Minimum housing density regulations do not apply in landmarks or contributing structures.

    Crane building historic consulting for storefront updates.

    Crane building historic consulting for storefront updates.


    Commercial allowances in Central City Industrial zones. National Register-listed properties or those contributing to a National Register-listed historic district have potential to include office and retail uses.

    Commercial allowances in employment and industrial zones. Office and retail uses are allowed in landmarks in areas where those uses are otherwise restricted.

    Increased maximum parking ratios in Central City. National Register-listed properties or those contributing to a National Register-listed historic district within the Central City Core parking area are allowed to increase parking ratios.

    Commercial allowances in Guild’s Lake Industrial Sanctuary District. Increases allowances for office and retail uses in landmarks in an area where non-industrial uses are otherwise restricted.

    The transfer of density and floor area ratio (FAR) from a landmark to another location is allowed in Multi-Dwelling, Commercial, and Employment zones. Historic properties with unused development “potential” therefore may find a market for the FAR.

    Proposed Development transfer opportunities (potentially adopted in 2018):
    Landmarks and contributing resources in historic districts will be able to transfer FAR City-wide, as long as the “sending” resource meets seismic reinforcement standards. Seismic work may be allowable in phases over a period of years. FAR to be transferred is not only the base amount unused by the existing historic structure, but also an additional 3:1.

    U.S. Custom House renovation and historic tax credits.

    U.S. Custom House renovation and historic tax credits.


    PORTLAND DEVELOPMENT COMMISSION PROGRAMS
    The Portland Development Commission (PDC) has operated several programs to benefit owners of existing buildings (not necessarily historic buildings). These programs have been suspended and will be replaced by the Prosperity Investment Program (PIP). Information about the PIP is not yet available, but the program may still provide benefits to owners, similar to the suspended Storefront Improvement Program.

    For further information on how PMA helps owners consider reuse options, navigate the regulations, and take advantage of available benefits – please visit our website to review our multidisciplinary projects and comprehensive architecture, building envelope science, and planning services.

    Written by Kristen Minor, Associate, Preservation Planner

    Back to School: A Historic Overview of Benson Polytechnic HS

    For a recent Portland Public School (PPS) project, PMA had the pleasure of creating a Historic Overview of Benson Polytechnic High School for a broader master planning project for the campus. The goal of the historic overview was to conduct an assessment of the school’s campus, highlight new building additions and alterations (changes overtime), and to identify and define historically significant spaces. As part of the historic overview, PMA reviewed historic drawings and photographs, PPS archival material(s) and coordinated discussions with school staff. Resources assessed included: Main Building (1916), North Shop Wing (1917), South Shop Wing (1918), Old Gym (1925), Auditorium (1930), Library Science Addition (1953), Aeronautics/Automotive Shop (1953), New Gym (1964), New Library Addition (1991), and KPBS (1992). Below is a snap-shot of our findings included in the Historic Overview of Benson Polytechnic High School.

    PPS-Benson-PMAPDX-library-historic

    photo courtesy of PPS archives.


    Background and History
    Benson Polytechnic High School was built in 1916 and designed by former architect and superintendent of school properties for Portland Public School, Floyd Archibald Naramore (i). Supported and funded by Simon Benson, a local lumber baron and philanthropist, the school was built to reflect modern educational ideals and the industrial arts. According to the 1915 school district board of directors meeting minutes, Simon Benson offered to donate $100,000 to the school district for “the purpose of building the first unit of a School of Trades, upon condition that the district contract to expend at least $100,000 during the year 1916, in the construction of a second unit to the school.” (ii) This donation was accepted by the school district, and in 1916 construction began.

    Historic Overview
    Overall, Benson Polytechnic High School has shown significant changes over time. These changes have occurred to the campus as it has grown from just the main building in 1916 to the existing 10-unit campus it is today, and to most of the school buildings.

    Originally, the site just consisted of the main, rectangular-shaped building to the west of campus. Designed with the intent to grow over time on a six-block parcel, this building and its campus did. By 1924, the site included the north shop wing with saw-tooth roof and foundry building to the northeast, the south shop wing with saw-tooth roof to the south, and the boiler building in between them all. The site was connected by a covered walkway that ran from the east façade of the main building, along the north and east façades of the boiler building to the north wing shop along its south façade and the south wing shop along its north elevation. At this time, the site also included a one-story portable building to the southeast of the main building.

    By 1950, the site had grown again. At this point, the site included the old gym to the south of the main building, the auditorium to the north of the main building, and ten new portable classrooms, including an aviation classroom and shop where it is currently located, war production training building where KPBS is currently located, and a music room where the new library addition is currently located. During this time, the site still included the covered walkway that connected the building and remained relatively open.
    PPS-Benson-PMAPDX-Auditorium
    Significant Changes
    Currently, with the addition of the aeronautics/automotive shop and library science addition in 1953, the new gym in 1964, the new library addition in 1991, and KPBS in 1992, the Benson Polytechnic High School site is significantly different from its early beginnings. With the addition of these later period buildings, the site has become denser with the main building connecting to 50% of the campus buildings. The covered walk way has since been demolished leaving most of the site circulation to the interior. However, much of the site still reflects the school’s period style and building methods along the site’s two primary thoroughfares, NE 12 Avenue and NE Irving Street. Like the site, many of the early constructed buildings have changed as well.

    Of the five buildings built before 1930, the north wing and south wing shops have endured the most significant alterations. These alterations include the removal of their saw-tooth roofs, the additions of centralized locker-lined corridors, the reconfiguration of room sizes, the infill of original openings, and the replacement of original wood windows. The north wing shop experienced most of these alterations in 1958 and the south wing shop experienced all of these alterations in 1960. The two-story unit in the north shop wing underwent significant changes in 1977. These changes include the reconfiguring of most rooms, and the addition of new exterior CMU stairs and primary entrance, the removal of original staircases, wood columns, and chimney. The foundry room was also altered in 1977, as its second-level balcony and spiral staircase were removed and enclosed.
    PPS-Benson-PMAPDX-Library
    Well Preserved Character Defining Features
    Overall, the character-defining features throughout each building are well preserved. This retention of several original interior spaces, features, and finishes contribute to Benson Polytechnic’s High School good historic integrity. As this school and campus continue to change, its significant structures and their character-defining features will add to the rich vitality of the school and contribute to the importance of the school as a community asset.

    PPS-Benson-PMAPDX-Site-Plan
    Sources
    (i) Entrix, “Oregon Historic Site Form: Benson High School,” Oregon Historic Sites Database, compiled 2009, http://heritagedata.prd.state.or.us/historic/index.cfm?do=v.dsp_siteSummary&resultDispl ay=50450.

    (ii) Meeting of the Board of Directors, School District No. 1, July 31, 1915.


    Written by Kate Kearney, Associate, in conjunction with PMA Planning staff.

    Lovejoy Pavillion 001

    Lovejoy Fountain Pavilion Rehabilitation

    Designed by Charles Moore in 1962 as part of Lawrence Halprin’s fountain sequence, the Lovejoy Pavilion represents a significant departure for Moore moving away from traditional design towards a Post Modern architectural vocabulary. This new design direction is expressed by Moore in the use of wood cribbing support columns and compound trusses resembling the surrounding West Hills of Portland, Oregon.

    Despite the copper clad roof, the wood structure was in early decay and the crib support columns were inadequate to support the roof load as visible in the crushing of support members. The structure’s Owner, Portland Parks and Recreation, committed to replacing wood components with original design, material, species, and craftsmanship.

    Building Envelope Corrections:
    • Guided Structural dismantling.
    • Created the documentation to support the replacement of deteriorated components with original species, tight grain Douglas-Fir, and improved details for weather protection.
    • Provided on-site guidance to the sub-contractor team for copper work and repair techniques.

    Preservation and Ballparks: A Survival Guide for the
    American Ballpark

    Since the creation of the ballpark in 1862 and the much later inception of the National Preservation Act of 1966, preservation and ballparks have not necessarily been synonymous with each other, especially when referring to those used for Major League Baseball. To further the point, of the 109 stadiums, ballparks, or fields used by Major League Baseball since 1876, only 43 exist today, and of those 43, only 9 are 50 years of age or older. This does not mean, however, that only 9 Major League Baseball stadiums have ever reached or even surpassed 50 years of age; it just means that meeting one of the most fundamental benchmarks in preservation does not guarantee survival. For that matter, neither does being listed on the National Register of Historic Places. Although preservation is practiced and taught through the lens of the National Park Service’s preservation standards, there are multiple factors that contribute to the preservation of a historic resource. Like anything, there is rarely, if ever, a single answer to solving a complex issue. This leaves the question, if not the existing preservation framework, what factors do contribute to the preservation of historic resources, specifically historic major league ballparks?
    baseball-historic-stadiums-pmapdx
    Though an intriguing question, it will not be completely answered in this observational study, given the number of variables for each resource. However, by analyzing the 9 existing Major League Baseball stadiums that have survived to reach the age of 50, Fenway Park (1912), Wrigley Field (1914), Los Angeles Memorial Coliseum (1923), RFK Stadium (1961), Hiram Bithorn Stadium (1962), Dodgers Stadium (1964), The Astrodome (1944), Angel Stadium (1966), and the Oakland Coliseum (1966), this study begins to quantify what factors have contributed to their prolonged survival and identifies two common elements: function and adaptability. This study also provides information that can be useful in steering and focusing preservation efforts toward the successful preservation of baseball stadiums, ballparks, and fields. Nevertheless, it should also be understood that, though the findings of this study identify patters of preservation, these patterns should not be used to determine historic significance or integrity.

    Elements of Survival
    The first and most obvious element of survival for the 9 historic Major League Baseball stadiums is their function. No function, no purpose. Easily said and just as easily true. Of the 9 existing historic ballparks, 8 are currently being use by a Major League Baseball franchise or other sports program, as they were originally intended. The Astrodome is the only ballpark of the 9 that is currently vacant. With the exception of the Astrodome, which is pending rehabilitation, 8 out of 9 (88.9%) of all historic ballparks are functional. Whether through baseball, football, or soccer, keeping ballparks functional will not only contribute to their purpose for existence, but can keep them extant. In cases where Major League Baseball franchises or other sports programs build new stadiums, relocate, or disband, it is critical that the existing or remaining ballpark, stadium, or field finds a function, preferably one that utilizes its original design intent. Without it, its odds of demolition are significantly increased, regardless of its age, history, or cultural importance.

    Ballpark Styles
    Another common element of survival that these historic ballparks share is their ability to adapt to an evolving sport and culture through alterations. Though this use of alteration, in terms of renovation or rehabilitation, is a common standard within the National Park Service’s preservation rubric, ballparks are unlike other architectural forms because they are in a constant discourse with the sport of baseball, which has historically contributed to their continued evolution. Out of this relationship, four primary ballpark styles were created: The Pre-Classic (1871-1909), Classic (1909-1953), Modern (1953-1992), and Retro (1992–present). These styles, from the modest, wooden, Pre-Classic ballpark to the predominant, contemporary, Retro style ballpark, are equally representative of the sport and our society during their time of construction, thus contributing to their demolition when both evolved. Given this inherent fate, ballpark demolition is as common to the sport as superstition. So common, that an average of 16 ballparks have been demolished during each stylistic trend. However, those that have defied this characteristic have done so through their ability to mend both sport and cultural trend by adaptation.

    Ballpark Alterations
    After analyzing the histories of each of the 9 historic ballparks, 100% have undergone some form of alteration in pursuit of modernity. The most common alteration made was the addition or renovation of seating. The least common alterations made were the addition of kids’ play areas and the addition or renovation of dugouts. These statistics are expanded in the Historic Ballpark Alteration Chart. This chart shows past, undergoing, and projected alterations to each of the 9 historic ballparks observed in this study. Depending on age, these alterations, which include renovations and additions, may have been made to the same ballpark more than once.
    Historic-Ballpark-Alteration-Chart_PMAPDX
    Overall, these alterations have unquestionably contributed to the extended lifespan of each of these ballparks. This has allowed 5 of them to obtain historic status, either nationally or locally, one of which used Federal Historic Preservation Tax Credits. More importantly, they all have retained their function and purpose, while not all alterations made to these ballparks align with the National Park Service’s preservation standards.

    Titled “Preservation and Ballparks: A Survival Guide for the American Ballpark,” this study is meant to propel the discussion of the question: what factors contribute to the preservation of major league ballparks? Other factors that need further examination to truly understand the holistic approach to preserving ballparks are: 1) the financial impacts of preserving, redeveloping, or repurposing a ballpark; 2) the impact that a ballpark has on team success, franchise revenue, location and fan base; 3) and local preservation laws and ordinances for historic resources. Additionally, for further statistical analysis, this study would need a larger sample size, which includes historic minor league ballparks.

    Overall, this study reinforces some of the most important and fundamentally crucial elements in preservation: function and adaptability. Though the findings made in this study are not new to the preservation field, the perspective of what elements contribute to preservation of a single utilitarian form, such as the ballpark, is. More importantly, this study also reinforces the necessity for change and growth for all structures, even if falling outside of national preservation standards. This does not mean that with change comes demolition, but that change should be embraced, as it has been for these 9 major league ballparks.

    Written by Brandon J. Grilc, Preservation Specialist

    Bibliography
    Ballparks of Baseball. Dodgers Stadium. http://www.ballparksofbaseball.com/nl/DodgerStadium.htm.

    Ballparks of Baseball. RFK Stadium. http://www.ballparksofbaseball.com/past/RFKStadium.htm.

    Charleton, James H. Los Angeles Memorial Coliseum National Register of Historic Places Nomination Form. Washington D.C.: National Park Service, 1984.

    Chicago Cubs. History. http://chicago.cubs.mlb.com/chc/ballpark/information/index.jsp?content=history.

    Chicago Cubs. Construction Timeline. http://cubs.mlb.com/chc/restore-wrigley/updates/timeline/.

    Cook, Murray. “Murray Cook’s Field & Ballpark Blog,” Hiram Bithorn Stadium Upgrades for 2010 (blog), May 26, 2010. http://groundskeeper.mlblogs.com/?s=hiram+bithorn+stadium.

    Donovan, Leslie, Rachel Consolloy Nugent, Erika Tarlin, and Betsy Friedberg. Fenway Park National Register of Historic Places Nomination Form. Washington D.C.: National Park Service, 2012.

    Georgatos Dennis. “Renovations Reshaping Oakland Coliseum.” http://www.apnewsarchive.com/1996/Renovations-Reshaping-Oakland-Coliseum/id-d9a080536647dd0a356dcbd51efd4095.

    Grilc, Brandon J. “Stealing Home: How American Society Preserves Major League Baseball Stadiums, Ballparks, & Fields.” Thesis., University of Oregon, 2014.

    Los Angeles Angels of Anaheim. Angel Stadium History. http://losangeles.angels.mlb.com/ana/ballpark/information/index.jsp?content=history.

    Los Angeles Dodgers. Dodger Stadium History. http://losangeles.dodgers.mlb.com/la/ballpark/information/index.jsp?content=history.

    Los Angeles Dodgers. Dodger Stadium Upgrades. http://losangeles.dodgers.mlb.com/la/ballpark/stadium_upgrades/.

    Melendez, Sara T. Aponte. Hiram Bithorn Municipal Stadium National Register of Historic Places Nomination Form. Washington D.C.: National Park Service, 2013.

    Powell, Ted. The Astrodome National Register of Historic Places Nomination Form. Washington D.C.: National Park Service, 2013.

    Sillcox, Scott. Heritage Uniforms and Jerseys: A celebration of historic NFL, MLB, NHL, NCAA football and CFL uniforms and stadiums/ballparks/arenas. http://blog.heritagesportsart.com/

    University of Southern California. The Coliseum Renovation. http://coliseumrenovation.com/overview.

    PMAPDX 2015 Year in Review

    HAPPY HOLIDAYS!!

    PMAPDX-Holiday-2015

    Wishing you a holiday season filled with cheer and delight from Peter Meijer Architect.

    As we look back over the past year and reflect on our completed, on-going, and upcoming projects, we’d like to take the opportunity to say we have truly enjoyed collaborating and communicating with you.

    2015 PROJECT HIGHLIGHTS
    OHSU-2015-PMAPDX


    Pacific-Tower-Rehabilitation-PMAPDX


    City-of-LO-CRU-ILS-PMAPDX

    PMA HAPPENINGS
    Peter Meijer AIA, NCARB, was a Presenter at the RCI, Inc. 2015 Symposium on Building Envelope Technology. He presented on, When Field Performance of Masonry Does Not Correlate with Lab Test Results. PPS Grant High School was the case study presented.

    Kristen Minor, Preservation Planner, is the newest member of the City of Portland Historic Landmarks Commission.

    Ballpark Preservation and Its Most Recent Event

    civic-stadium-eugene-prefireSince its creation in 1862, the ballpark has continued to have an influential impact on those who experience it. This impact is not only measured by heritage tourism to these sites, like Fenway Park or Wrigley Field, but also by how they are preserved. In some cases, such as Fenway Park, which is listed on the National Register of Historic Places, ballparks are preserved in a very traditional sense of the word. However, most ballparks never have the opportunity to reach the benchmarks needed to be preserved according to these preservation standards and are therefore preserved through a variety of alternative preservation methods. These methods, which span the spectrum from preserving a ballpark through the presentation of their original objects in a museum to the preservation of existing relics in their original location, such as Tiger Stadium’s center field flag pole, have given a large segment of our society an opportunity to continue their emotional discourse with this architectural form. Yet, the results of these preservation methods are commonly only the conclusion to a greater act of ceremony and community involvement that preludes them.

    civic-stadium-eugene-prefire-002Part of this ceremony and community involvement is the simple act of participating in the ritual that is the game itself. Most often this is conducted through observation, as society, architecture, and sport become one for nine innings. However, other documented examples of ceremony and community involvement that express the level of compassion our society has for ballparks include ritualistic acts, such as the digging up and transferring of home plate. In some cases, this ritual has included the transferring of home plate via helicopter, limousines, or police escort. Ceremonies like this have also included, for better or worse, the salvaging of dirt, sod, and other relics from a ballpark to be, either cherished as a memento or repurposed in new stadiums. Nevertheless, these examples of ceremony only scratch the surface of the depth that is our society’s infatuation with sport and its architecture, more specifically the ballpark.

    civic-stadium-eugene-postfireCeremonial Acts & Community Involvement Efforts
    Some of the most recent ceremonial acts and community involvement efforts that help to further this commitment to ballparks are the acts executed by the Friends of Civic Stadium in Eugene, Oregon. Founded in 2009, the Friends of Civic Stadium have dedicated countless hours towards preserving one of our country’s last wooden ballparks. These efforts include years of community activism, documentation, fundraising, and grounds keeping. Collectively, these efforts resulted in the prolonged life of the 77-year-old ballpark, as they fought off national corporate efforts to purchase and demolish the stadium. But, in an ironic twist of fate, all of the hard work, collaboration, and time spent on preserving a single ballpark came to an abrupt halt on June 29, 2015 when Civic Stadium caught fire and burned down in a matter of hours. Left with only charred remains and a distraught community, the Friends of Civic Stadium moved on in the only way they knew how, through ceremony.

    civic-stadium-eugene-postfire-003Led by the Friends of Civic Stadium president, Dennis Hebert, the organization held a wake in honor of their lost historic building. The wake, intimate in size, resembled a jazz funeral with a procession to the remains of the ballpark led by the One More Time Marching Band. Once at the site of the ballpark, there were multiple ritualistic acts that mimicked traditional funeral ceremonies. These acts included a moment of silence, a passionate speech by Dennis Hebert, and the always haunting rendition of Amazing Grace on bagpipes. After the ceremony, the Friends of Civic Stadium and the friends of Friends of Civic Stadium proceeded back to Tsunami Books where they continued to express their condolences and fond memories of the lost historic ballpark.

    Overall, this ceremony is just another example of the power that place and architecture have in our society. Like a living form, architecture, and more notably the ballpark, is preserved and mourned for like a family relative. Yet, when you expand the definition of family relative, the ballpark seamlessly fits in, and that is exactly why we preserve them.

    Friends of Civic Stadium
    For further information about the Friends of Civic Stadium please visit their website. They are currently collaborating with the Eugene Civic Alliance, the current owners of Civic Stadium and its property, in preserving the historical and cultural significance of Civic Stadium through alternative forms of preservation given its unfortunate fate.

    Written by Brandon J. Grilc, Preservation Specialist

    civic-stadium-eugene-prefire-003

    Modern Residential Building Styles

    city-of-olympia-survey-pmapdxBuildings constructed before 1965 have reached the age of eligibility for being considered historic by the standards of the National Register. That means that much of Modern Architecture, the general period ranging from 1950 through 1970, is historic, or soon will be considered historic as the 50-year mark is crossed. As historians assess and study Modern Architecture, we provide ever more precise descriptions and terms to describe the sub-styles and variations within the large umbrella term, “Modern.” As in taxonomy, which classifies and categorizes living organisms, we can recognize and assign groups of similar resources together for study.

    Modern architecture had its roots after World War I as part of an egalitarian movement. The new architecture looked to industrial materials and processes to replace painstaking handwork; a horizontal proportion and deliberate embrace of the ground plane as opposed to a formal, vertical building proportion; and the rejection of ornamentation.

    A Mid-Century Residential Survey in the City of Olympia

    PMA has been working on a Mid-Century Residential survey in the City of Olympia. The date of construction for resources surveyed is limited to a two-decade span from 1945 to 1965, and the building type is limited to single-family residential. Surprisingly, there are more individual sub-styles found in this survey than were identified in a more broadly focused survey, our 2013 Mid-Century non-residential survey in St Louis, MO. The reason for this is that the tight focus of study allows for classification based on more specific characteristics.
    WWII cottage-city-of-olympia-survey-pmapdx
    The St. Louis survey identified resources constructed from 1945 to 1975 as being either Moderne, Brutalist, International Style, New Formalist, Neo-Expressionist, or simply “Modern Movement” if the style could not be placed in any sub-style. A few had mixed characteristics. The wide variety of building types in the survey, including churches, high-rise towers, and industrial buildings, kept style classifications necessarily broad. Local variations of styles were observed and identified, but were not given their own identifying style name. A future regional survey of the same time period could invite more stylistic classification, if there were enough similar resources to compare.

    The Olympia Mid-Century Residential survey covers approximately 400 single-family homes. The variations in style identified might be described in an overview as belonging to one of three “families.” Transitional Modern includes Stripped Classical, Minimal Traditional, and World War II-Era Cottage styles. The second group is Ranch style, which covers a broad range of sub-styles and forms, including Split-Level or Split-Entry Ranch; Contemporary Ranch; Storybook Ranch; and Colonial or Early American Ranch. The last group is a Neo-Expressionist collection of styles that were primarily constructed starting about 1965. These styles include A-Frame, Shed, Geodesic Dome, neo-Futurist, Pavilion, and other eclectic explorations and celebrations of building technology and structure. While none of these Neo-Expressionist styles were identified in the Olympia Mid-Century Residential survey, PMA expects at least one of these (Shed style) to be identified in urban Olympia if the time period studied is extended beyond 1965. Also, many of these styles were constructed in more rural areas than the concentrated Mid-Century neighborhoods examined in the survey. It is possible that Neo-Expressionist residences will come to light with further survey and exploration.

    Min-Traditional-city-of-olympia-survey-pmapdxThe Olympia survey classified the first grouping of styles as those that are transitional. Transitional Modern styles have some elements of Modern and some elements of more traditional architecture. Windows might be vertically-oriented, double-hung wood windows (traditional) rather than having horizontal proportions (Modern). A roof might be a moderate pitch, with minimal overhangs (traditional), rather than a shallow pitch with outwardly-extending gables (Modern). In Olympia, 37% of the houses surveyed were Modern Minimal Traditional, by far the most prevalent Transitional Modern style.

    Ranch-city-of-olympia-survey-pmapdxRanch style architecture is the style that architecture critics have generally spurned, since houses were often constructed by contractors without architect’s involvement. Ranch buildings are broad, one-story, and horizontal in overall proportion. They have an attached garage which faces the street and is part of the overall form of the house, and almost always a large picture window facing the street as well. Cladding is used to accentuate the horizontal lines of the house, so there is often a change in material at the lower part of the front façade- brick veneer was a popular choice. Many of the sub-styles of Ranch architecture are “styled” Ranch houses, meaning that elements from another style of architecture were placed on a Ranch form building. One example is Storybook Ranch, which uses “gingerbread” trim, dormers or a cross-gable, and sometimes diamond-pane windows. Are these decorated sub-styles still part of the canon of Modern Architecture? In many ways, they are more Post-Modern than Modern, but that distinction is worthy of an involved discussion of its own.

    Split-level-city-of-olympia-survey-pmapdxThe Olympia Mid-Century Residential survey found over half the resources surveyed to be Ranch or variants of Ranch style. 31% of the surveyed homes were identified as simply Ranch, with another 11% Early Ranch, 9% Contemporary Ranch, 4% Split-Level or Split-Entry, and 4% one of the “Styled” Ranch variations. Sheer numbers alone remind us that the Ranch is deserving of study and shows us how the majority of middle-class Americans lived. As Alan Hess writes in his book Ranch House,

    “Most critics overlooked or ignored the prototypical Ranch house architecture, the variety of its manifestations, the social complexity of its neighborhoods, and the tract Ranch’s often innovative mass-construction methods. To most critics living in traditional cities with little contact with the conditions, desires, and apparent satisfactions of middle-class suburban life, the suburbs were a foreign land.”

    The more we study these styles of Modern residential architecture, the more they may be appreciated, celebrated, and well-maintained. And if you live in or grew up in a Ranch style house, it is now potentially historic.
    cropped_orig elev-city-of-olympia-survey-pmapdx

    Written by Kristen Minor, Preservation Planner. For additional MCM survey projects, please visit our STL Modern Non-Residential Survey project.

    Graphic Design and Architecture

    Graphic design is a communication tool that plays an important role in architectural design. At its most fundamental level, graphic design visually communicates information with typography, color, and form. It also, and perhaps more importantly, influences our interaction with and the identity of place and space. From way-finding signage, supergraphics, branding, material and texture, to motion-graphics, graphic design helps integrate word and content with architecture.

    Graphic design is used to visually communicate and reinforce the sense of identity for architectural projects – including both new design, renovation, and planning projects. From logo design, visitor orientation and infographics, graphic design is an integral part to the sense of place. It affects the overall experience with the visitor, public, or inhabitant. It is also dependent on the architectural design. Think of the range of materials and its finishes used through-out a building. Graphic design must be intentional, otherwise chaos results in color, type, and form within the design struggling against the architectural design, materials and texture.

    OSU-Example-pmapdx-graphic-design
    PMA has had the pleasure of incorporating graphic design into projects. The most notable projects have included graphic design for way-finding signage and project branding. For Oregon State University (OSU) PMA created a campus-wide Historic Preservation Plan which included a Historic District, and the design of historic district signage, interpretive panels, and a campus walking tour brochure. We use way-finding signage daily to quickly distinguish different spatial areas, direction, and to distinguish landmarks. The way-finding signage produced for OSU was created to distinguish the campuses Historic District from other campus areas, which included a walking tour of its historically significant campus buildings. Color was utilized as the mnemonic devise to distinguish the Historic District, while also seamlessly integrating with existing OSU colors.

    MCM-Logos-Example--pmapdx-graphic-designPMA has been involved with several architectural planning projects that center on significant structures from the Mid-Century Modern era. These projects surveyed and documented hundreds of architecturally significant structures that revolutionized architecture and design throughout the 20th century. On the surface such planning projects can be difficult for a wide audience to understand and appreciate because the final project is not a new or renovated building(s). What better opportunity then, for graphic design to communicate and connect the significance of the project and its structures. For these projects, project logos and marketing collateral were designed as the visual symbols that communicate the entire identity of the projects. While both projects surveyed Mid-Century structures one focused on residential structures while the other did not. Both logos use form with text and color to help shape the sense of which type of mid-century modern structures were surveyed.

    John-Yeon-Example-pmapdx-graphic-design Following our planning projects centered on Mid-Century Modern architecture, PMA provided graphic design services for the renovation of the John Yeon designed Rose Festival Headquarters building (former Visitors Information Center). For this project, typography and color were the focal points for communicating the next chapter in this buildings life-cycle. The new graphics, color, and signage produced pay homage to the original design, while being entirely their own.

    Graphic design is an essential component to architectural design. It is a visual communication tool that utilizes typography, color, and form as a way to influence our interaction with and provide a sense of identity of place and space. Graphic design can solve important issues such as spatial orientation within a space, or by using graphic tools to communicate story-telling and identity. For a more in-depth look at our projects incorporating graphic design, please visit our OSU and STL Modern project pages.

    Written by Kate Kearney, Marketing Coordinator

    Advocacy for Urban Character

    Qubec

    Quebec

    Quebec City is a beautiful, fascinating place. It is a place like no other North American city. Walking on the streets immediately transports you to a French provincial, charming town. Its’ citizens and language are French. Its’ foundations are literally built on the historic fortification walls. And as a result of the physical evidence of the historic urban fabric, Quebec City has become a World Heritage Site, the first in North America.

    Strolling through Quebec City creates a direct experience with the history of the city, the region, and, in fact, the world because Quebec City was the debarkation and trade center for both England and France and the capital of a vast fur and trading region stretching west of the Mississippi River. To experience Quebec City is to experience urban history through the built environment, the streets, buildings, parks, and natural features. It is seemingly impossible to convey the connectivity of modern Quebec City to the historic events and people without the physical examples from its past.

    Marquette Plaza (historic photograph)

    Marquette Plaza (historic photograph)

    The city’s character, like the character of many cities, resulted directly from advocacy for retaining historic places. Advocacy often begins with a few individuals thinking and acting against conventional wisdom. Or more appropriately, postulating positions and thoughts about preserving cultural aspects of the built environment long before the majority believe the places embody history.

    It is not that the individual is smarter, or more prescience than the majority in determining the necessity of advocacy. But perhaps the urban environment has triggered an experience that resonates as a connection with the community. That moving through the built environment creates an evidence of knowledge within the individual, or group, causing a desire to offer the same opportunity for others in far future generations to experience the same connection to community.

    Piazza d'Italia

    Piazza d’Italia

    So as a firm with a practice centered on design, science, and preservation, PMA has a profound interest in the built environment. In specific, an interest in preserving existing places for future generations. Advocacy is a natural outcome of our practice and we view advocacy as enabling future generations an opportunity to experience current urban places as significant cultural resources.

    Buildings go through cycles of use, maintenance, and age. The first 30 years may be characterized as the new, adoration cycle. From 30 – 60 years old is the cycle of danger for buildings when use has caused wear, and system have reached the end of their life cycle, and age is not deemed old enough to be historic. The cycle after 60 years old is the celebratory cycle when dedication anniversaries are highlighted and resources are again invested.

    James R. Thompson Center

    James R. Thompson Center

    It is the cycle of danger that is dependent upon advocacy. When the built environment has lost the luster of new, and the connection with community has waned, and when older generations cannot convey historic character to newer buildings, and the younger generation has not yet been taught the recent past; advocacy is needed to initiate the discourse and once again create the evidence of knowledge connecting buildings and urban fabric, building the character of our collective places. Whether as an individual, a group, or under the leadership of PMA, advocacy is critical to urban places, necessary for human existence, and crucial to healthy dialogues about the future of our cities.

    Written by Peter Meijer, AIA, NCARB, Principal.

    Inherent Sustainability of Historic Architecture

    Trinty-Episcopal-Church-pmapdx

    The terms ‘Sustainability’, ‘Green Building’, ‘Environmental Design’, and other similar phrases have recently become critical in how we approach and understand contemporary architecture. As concerns over pollution, global warming, and our impact on the surrounding environment have gained traction – we have begun to understand the building industry’s contribution to these issues. The US Green Building Council reports that buildings account for 39% of all carbon emissions in the United States, surpassing both industry and transportation.

    At the core of the issue is how architects, clients, and the public imagine buildings should function and operate; a vision which has transformed over the last two centuries as technological advances have developed the capabilities of the building industry. In the last two centuries, buildings have become monuments to the Industrial and Technological Revolutions. The development of electrification, central heating, air conditioning, steel and concrete have transformed how architects design and how users function within the built environment. This shift has transformed architecture from an inherently sustainable practice into a much more complex and often unresponsive process.

    While the phrase ‘sustainability’ has only recently been associated with architecture, many historic buildings were designed by incorporating sustainable practices. Without electricity, buildings by necessity had to respond to site orientation and the local climate. Natural ventilation was used to passively cool buildings, well placed windows provided natural light, and construction methods varied by location to provide an appropriate level of protection from the surrounding environment. However, as a result of modern renovations, these sustainable attributes are not always utilized to their fullest potential.

    Historically, large, operable windows were an integral component of architecture in moderate climates like the Pacific Northwest. The glazing provided natural daylight while the operability allowed users to ventilate spaces based on thermal comfort. Today, the operability of windows in many historic buildings has been compromised for a variety of reasons:

    • Windows that have been fixed shut to prevent users from overriding the central air system.
    • Broken window hardware that hasn’t been properly maintained.
    • Windows that have been painted shut.
    • Windows that have been fixed shut to minimize maintenance.

    Without the natural ventilation that was incorporated into the original design, these historic structures often overheat and/or rely heavily on central air conditioning. One must question why the inherent sustainability of these historic structures was compromised. Was it simply our initial infatuation with mechanical heating/cooling systems? As passive sustainable design gains traction it is critical that we understand the capabilities of historic structures in regards to their inherent sustainability.

    For further investigation we have identified a case study that explores the possible impact reintegrating natural ventilation may have on thermal comfort. Trinity Episcopal Cathedral in Portland, Oregon was built in 1906 and the original design included 10 operable dormers along the Sanctuary roof. The dormers have since been boarded over, preventing rising heat from escaping. Congregants find the space overheated during the summer months and one must question whether operable dormers would provide adequate ventilation to sufficiently cool the space.

    An energy model has been developed using OpenStudio and EnergyPlus to compare the thermal comfort of occupants within the space. A baseline model mimics the existing conditions and provides a comparison for the two different natural ventilation configurations. One natural ventilation configuration re-introduces the operable roof dormers to vent hot rising air. The other natural ventilation configuration re-introduces the operable roof dormers and integrates additional ventilation at the exterior wall of the building to produce stack ventilation.
    Trinity Results-wufi-pmapdx

    While the project is still in process, initial results indicate that natural ventilation could have a significant impact on the space. The study has focused on the thermal comfort within the Sanctuary and results show that natural ventilation could dramatically lower indoor temperatures during peak summer months.

    Trinity Results-wufi-pmapdx

    Trinity Results-wufi-pmapdx

    The results continue to be fine-tuned, and further refinement of the energy model will include:

    • Adjusting schedules/systems to more closely reflect the building’s occupancy.
    • More accurately defining the exterior infiltration rates.
    • Exploring more relevant solutions for integrating stack ventilation that don’t require the large operable exterior windows. For example integrating ventilation through the basement into the main sanctuary.

    While further research remains to be done, initial results are promising and demonstrate the inherent sustainability of the structure. While each building is unique, this Case Study shows how reintegration of natural ventilation may be a viable solution for passive cooling in uncomfortably warm historic buildings. Continue to check back for updates as we refine our study and explore how re-integration of natural ventilation may result in energy savings!

    Written by Halla Hoffer, Architect I