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HomeMy WebLinkAboutChemistry & Biochemistry (24GA1865) final MONTANA HISTORIC PROPERTY RECORD For the Montana National Register of Historic Places Program and State Antiquities Database Montana State Historic Preservation Office Montana Historical Society PO Box 201202, 1410 8 th Ave Helena, MT 59620-1202 Property Address: Montana State University Campus W. Cleveland between 9 th & 10 th Ave Historic Address (if applicable): NA City/Town: Bozeman Site Number: 24GA1865 (An historic district number may also apply.) County: Gallatin Historic Name: Chemistry Research Building Original Owner(s): Montana State University Current Ownership Private Public Current Property Name: Chemistry & Biochemistry Building Owner(s): Montana State University--Administration Owner Address: 201 Main Hall / PO Box 172440 Bozeman, MT 59717-2440 Phone: 406-994-2001 Legal Location PM: Montana Township: 2S Range: 5E NE ¼ SW ¼ NW ¼ of Section: 13 Lot(s): Block(s): Addition: Capital Hill Year of Addition: 1890 USGS Quad Name: Bozeman Year: 1987 Historic Use: NA Current Use: Offices, Laboratories Construction Date: 2007 Estimated Actual Original Location Moved Date Moved: UTM Reference www.nris.mt.gov/topofinder2 NAD 27 or NAD 83(preferred ) Zone: 12 Easting: 496122 Northing: 5057277 National Register of Historic Places NRHP Listing Date: Historic District: Montana State University-Bozeman HD NRHP Eligible: Yes No Date of this document: July 1, 2013 Form Prepared by: Jessie Nunn / Consultant Address: 600 Meadowlark Lane, Livingston, MT 59047 Daytime Phone: 406-208-8727 MT SHPO USE ONLY Eligible for NRHP: yes X no Criteria: A B C D Date: October 2013 Evaluator: Kate Hampton Comments: Noncontributor within MSU-Bozeman Historic District – age. MONTANA HISTORIC PROPERTY RECORD PAGE 2 Architectural Description Property Name: Chemistry Research Building Site Number: 24GA1865 ARCHITECTURAL DESCRIPTION Architectural Style: Other: If Other, specify: Property Type: Education Specific Property Type: Architect: Architectural Firm/City/State: L'Heureux Page Werner / Great Falls, MT Builder/Contractor: Company/City/State: Dick Anderson Construction / Bozeman, MT Source of Information: MSU Facilities Planning, Design & Construction Website Setting & Location The Chemistry & Biochemistry Building is located in the northwest quarter of Montana State University’s core campus. Leon Johnson Hall is located to the south and Wilson Hall to the southeast. These buildings sit on either side of the north/south axis radiating from Montana Hall to the south, with Alumni Plaza immediately to the southeast of the Chemistry & Biochemistry Building. Herrick and Linfield Halls sit at either end of the east/west axis from Alumni Plaza. Further north and northeast are the mid-20 th century dorms, Langford Hall, Lewis & Cark Hall , and Hapner Hall. Between the dorms and the Chemistry & Biochemistry Building sits open space (Lewis & Clark Field) and a small, paved parking lot. A larger paved parking lot is located to the southwest, with the 2008 Chemistry Modular Building immediately to the south. The Chemistry & Biochemistry Building and the buildings that surround it represent a wide range of construction periods (1896-2007) and a variety of architectural styles including Collegiate Gothic, Mission and Renaissance Revivals, Modern and Neo-Eclectic. However, beginning with Hamilton Hall in 1911 and continuing with Leon Johnson Hall and Wilson Hall in the early 1970s, an effort was made on this side of campus to compliment Montana Hall aesthetically, especially in color (red) and exterior materials (brick). Summary Completed in 2007, the Chemistry & Biochemistry Building is a L-shaped four-story, reinforced concrete building designed by the Great Falls, Montana architectural firm, L’ Heureux Page Werner. Due to the slope of the site from east to west, only three stories are visible on the southeast corner of the building. The ell of its footprint is located in the building’s southeast corner with a longer (approximately 155’) wing running west and a shorter (approximately 118’) wing running north. Both wings are approximately 95’ wide and have gable roofs. The roofs have exaggerated, overhanging eves supported by massive tube metal brackets. Connecting the wings at the outer corner of the ell is a four-story, flat-roofed curtain wall atrium with its “nose” pointing southeast. The curtain wall begins on the outer slope of each wing’s gable roof and terminates just past the imaginary intersection of their ridgelines, were they to be extended. There is approximately 74’ between the inner corner of the ell and the atrium’s “nose”. A disengaged semi-circular “arcade” with four rectangular openings extends around the curtain wall on the first story from the main building’s south and east outer facades. Like the wing facades, the “arcade” is clad in brown “jumbo” brick and its openings have pre-cast concrete lintels. On the building’s inner corner there is a 15’ wide two-story, brick-clad projection that extends approximately 55’ along both the north and west elevations of the wings. A 24’ x 34’ one-story cooling tower sits approximately 50’ from the southern end of the east/west wing. The wings of the building are clad in copper modular brick and brown “jumbo” brick in a running bond on their lower stories and grey, pre-finished corrugated metal siding on their upper stories. Sand-colored decorative brick creates a grid pattern on the lower stories, defining the building’s stories and window bays. Diamonds created by four sand-colored bricks with a red brick center sit at the intersection of these horizontal and vertical stringcourses. This motif also continues through the semi-circular “arcade.” Windows are typically anodized aluminum four-over-one light units with pre-cast concrete lintels and sills on the first story and flat soldier course brick hoods and concrete sills on the second story. Curtain Wall Corner Façade The southeast corner of the building is dominated by a full-height curtain wall atrium. The south- and east-facing walls of the atrium are setback on the unfenestrated south and east ends of the building’s wings, which are clad in copper brick and pre-finished corrugated metal siding. Double aluminum-framed glass door entrances flanked by single glass panels are located on the second story of both walls and are accessed by concrete walks that pass through the outer openings of the semi-circular “arcade”. Flat-roofed canopies extending between the “arcade” and the curtain wall protect both walks. Both elevations of the curtain wall are made up of four columns and five rows of lights. The four upper rows (excepting the entrance panels on the second story) are composed of four large square lights capped by four small square lights, while the lowest row (below the entrances) contains four small square lights in each column. Panels of pre-finished corrugated metal siding cap the atrium. MONTANA HISTORIC PROPERTY RECORD PAGE 3 Architectural Description Property Name: Chemistry Research Building Site Number: 24GA1865 South and East Outer Façades The east elevation of the north/south wing has five window bays, with the first story being below grade in the two southernmost bays. Six massive brackets created by paired rectangular metal tubes support the overhanging roof. The brackets extend from boxes at the buildings third floor, which is defined on the exterior by a transition from brick to corrugated metal siding. On the two upper stories (within the metal siding) each bay contains a group of three aluminum windows with four-over-one units flanking a shorter six light unit. These windows are aligned at their tops with corrugated metal siding filling the space below the center window. Second story bays contain four-over-one light units flanking a six- over-one light unit. At the first (ground) story, only the three northern bays have windows. These are a slender ribbon of four light units flanking a six light unit. Only a small portion of the second story is clad in copper brick, while the remainder of the first and second stories is clad in brown “jumbo” brick. The copper brick portion begins at the lower south corner of the second window from the north on the second story. The two second-story windows in the copper brick panel have slightly protruding soldier course brick hoods and pre-cast concrete sills. A short stringcourse of soldier bricks sits between the concrete sills and continues to the north end of the wall. All windows located within the “jumbo” brick-clad portions of the façade have pre-cast concrete lintels and sills. The outer façade of the longer east/west wing is identical to the east outer façade except that it contains six window bays, seven metal tube brackets and no first story windows. West and North Wing Ends The west gable end of the north/south wing displays four windows bays on the second, third and fourth stories between a solid wall to the south and a 10’ x 15’ stair tower to the north. The first story is clad in brown “jumbo” brick, while most of the remaining wall is clad in copper-color brick. The exception is the upper stories of the southern one-fourth of the main elevation, which are slightly recessed and clad in corrugated metal. A soldier course of brick separates the first and second stories. All widows on the main building wall sit within the brick-clad portion of the wall and have flat soldier brick hoods. Windows in the two southern bays are small six light aluminum units, while four-over-one light units are found in the two northern bays. The gable end of the main wall contains a large louvered vent. A 15’ one-story projection extends approximately 20’ south from the stair tower and houses this elevation’s entrance. The entrance contains a single aluminum-framed glass door with a sidelight, transom and pre-cast concrete lintel. It is protected by a gable roof canopy supported by thick metal tube braces on wide posts clad in copper brick and brown “jumbo” brick on their upper and lower halves, respectively. Double metal service doors are located in the south-facing wall of the projection. The stair tower is clad in brown “jumbo” brick on its first story, copper-color brick on its second story and corrugated metal siding on its slightly recessed third and fourth stories. Each story of the stair tower contains a four-light aluminum window. The stair tower displays an exaggerated overhanging gable roof supported by paired metal tube brackets on each side. All three gable roof ends on this elevation (stair tower, entrance canopy and main building) display exposed metal rafter tails. The north gable end of the east/west wing is similar to the west gable end, with a few variations. Here, the stair tower, which is located on the west side of the elevation, projects only about 5’ and its gable roof is supported by paired metal tube brackets. There is no one-story projection on this elevation, and the entrance is immediately against the east side of the stair tower. Paired single-light windows with a pre-cast concrete sill and lintel are located east of the entrance. Finally, there are brick panels with pre-cast concrete sills and lintels in the two eastern bays of the first story. Inner North and West Elevations The north and west elevations of the Chemistry & Biochemistry Building are clad in brown “jumbo” brick on their first story and two-story projection, copper-color brick on their second story and pre-finished corrugated metal siding on their third and fourth stories. A stringcourse of soldier brick further delineates the first and second stories. Overhanging eves on both elevations are supported by six metal tube brackets. The upper stories of the west elevation contain five window bays above the two-story projection containing paired four-over-one light units. To the north of the projection sits a single bay containing four-light windows on the second, third and fourth stories and a single metal door with a concrete lintel on the first (ground level) story. Paired four-over-one light windows are located on the second story between the four-light window and the projection. The west elevation of the two-story projection contains five paired four-over-one light windows on its first story and four on its second story, with the southernmost bay lacking fenestration. A single four-over-one light window, however, is located immediately against the inner corner of building on the second story. Paired four-over-one light windows a found on both stories of the projection’s north-facing wall. The longer north elevation is similar to the west elevation, however, a few significant differences occur. This elevation has a brick-clad elevator tower near its western end. Immediately west of the elevator tower are four-light windows on the second, third and fourth stories and a ground story entrance containing a single metal door with a transom and concrete lintel. A similar entrance is located east of the tower with a rolling metal overhead garage door immediately to east. The metal door and garage door share a concrete lintel. Paired four-over-four light widows are located in the second story just MONTANA HISTORIC PROPERTY RECORD PAGE 4 Architectural Description Property Name: Chemistry Research Building Site Number: 24GA1865 west of the two-story projection. There are eight window bays in the upper stories with the second and third bays from the west containing single four-over-one light units and the remainder containing paired four-over-one light units. In the projection, the second story has a single four-over-one light window immediately against the inner corner of the building and four paired four-over-one light windows to the west. The first story contains three paired four-over-one light windows. All first-story windows on both the north and west elevation have pre-cast concrete lintels and sills, while all second-story windows have flat soldier brick hoods. Associated Cooling Tower The one-story 24’ x 34’ cooling tower sits approximately 50’ north of the main building’s west end. It is clad in brown “jumbo” brick and has the same decorative sand-colored brick stringcourses as the main building. Panels of pre-finished corrugated metal siding containing a series of three horizontal one-light windows followed by a larger vertical window are found on the north and south elevation. MONTANA HISTORIC PROPERTY RECORD PAGE 5 History of Property Property Name: Chemistry Research Building Site Number: 24GA1865 HISTORY OF PROPERTY Development of Montana State University Campus Montana State University was founded on February 16, 1893 (four years after statehood) as Montana’s land grant college under the Morrill Act of 1862. It has the distinction of being Montana’s first legislatively-created public university, with the University of Montana in Missoula being created the following day. Initially called the Agricultural College of the State of Montana, the new college was situated on a 200-acre site, part of which had been platted as the Capital Hill Addition in a (failed) bid for the State Capital. Bozeman citizens raised funds to purchase half the land, and Gallatin County donated the other half, which included the County poor farm. The first purpose-built building on campus was the Agricultural Experiment Station (Taylor Hall) constructed in 1894. Main Hall (or Montana Hall), the centerpiece of the campus, was completed in 1898. The construction of the Neo-classical Revival style Agricultural Building (Linfield Hall) in 1909 further illustrated the primary role of agriculture at Montana State. In 1913, the college was renamed the Montana State College of Agriculture and the Mechanic Arts (MSC). The college anticipated a period of expansion after World War I, and contracted with Montana architect, George Carsley, and nationally-known landscape architect, Cass Gilbert, to develop a campus plan, now known as the “1917 George Carsley / Cass Gilbert Plan.” This plan, which exhibited a formal Beaux-Arts symmetry, was adopted by the Montana State Board of Education in 1920 and guided campus development until the outbreak of World War II. Its implementation was assisted by a $5 million bond to fund building development programs on all of Montana’s campuses. At MSC this resulted in the construction of several Italian Renaissance Revival buildings, including Roberts Hall, Traphagen Hall, Lewis Hall, Harrick Hall, Romney Gymnasium and the Heating Plant. MSC continued to grow and evolve during the Great Depression and World War II. This was spurred in part by the growth of the Extension Service under the New Deal’s Agricultural Adjustment Administration, an increase in unemployed students who enrolled in the years from 1932 to 1939 and expanded military training (including a flight school) during World War II. The 1935 “Quads,” a women’s dormitory financed through the Works Progress Administration, and the oldest portion of the Student Union, completed in 1940, were the era’s most significant additions to campus. Both were designed by Bozeman architect, Fred F. Willson, in the Tudor Revival style. Slight deviations from the 1917 George Carsley / Cass Gilbert Plan during the mid-1940s resulted from a desire for new buildings alongside a need to curb paving and heating costs by reducing the space between buildings. Along with colleges and universities across the nation, MSC expanded to accommodate students attending college under the “GI Bill” after World War II. The square footage of campus buildings doubled in the following decades. At this time, further departures were also made from the 1917 George Carsley / Cass Gilbert Plan as growth demanded expansion beyond its boundaries and within its open spaces. The Renne Library (1949) and the small Danforth Chapel (1952), MSC’s first Modern style building, were the era’s earliest additions to campus but several others followed during the 1950s and early 1960s. Four Mid-Century Modern dormitories were added to the northern end of campus and new academic buildings, including Reid Hall and the Math-Physics Building (AJM Johnson Hall), were erected in open spaces south of Garfield Street. Several older buildings also received significant Modern style additions, including Renne Library and Linfield and Lewis Halls. The result was a campus showcasing a dynamic blend of revivalist and modernist styles. The college was re-named Montana State University (MSU) in 1965, and the high-rise dormitories (Hedges and Roskie Halls) that would symbolize the modern era were completed by 1967. More buildings were added in the 1970s as MSU replaced all of its temporary frame buildings with permanent structures. Growth slowed during the 1980s through the beginning of the 21 st century in the core campus area, although a few new buildings (Visual Communications, the EPS Building and the Chemistry & Biochemistry Building) were added. Many older buildings have also undergone significant alterations in recent decades. Perhaps the greatest addition to campus during the contemporary period was Centennial Mall along what was once Garfield Street. In providing a strong east-west linear focus, the well-landscaped pedestrian mall was actually a return to the axial arrangement of 1917 George Carsley / Cass Gilbert Plan. Today, the MSU campus represents a blend of early formal planning, post-war expansion and contemporary buildings that respond to current needs. It offers an excellent example of the evolution of campus planning in Montana. (Burlingame, in passim; Painter, Montana Property Record Form for Langford Hall.) MONTANA HISTORIC PROPERTY RECORD PAGE 6 History of Property Property Name: Chemistry Research Building Site Number: 24GA1865 The Chemistry and Biochemistry Building (Chemistry Research Building) By the turn of the 21 st Century, Montana State University (MSU) found great success in obtaining research grants in chemistry and biochemistry—reaching $4.6 million in 2003—and Gaines Hall, constructed in 1960, was no longer considered an acceptable space for cutting-edge research projects. (Board of Regents Item 122-2005-R0304, 4/25/2004). Its renovation had been a high priority since the 1980s, but state funding for the project was slow to come, and by 2004 the University could no longer wait to address their need for modern research space. Instead of renovating Gaines Hall, however, MSU now proposed a new “Chemistry/Biochemistry Research Laboratory Facility” funded with profits from research grants and constructed somewhere within their core campus. (Gaines Hall was later renovated in 2010 with State funding). The State Board of Regents and Montana Governor Judy Martz concurred in April of 2004, but students and Montana taxpayers remained skeptical. ( Bozeman Daily Chronicle , 4/14/2004) At heart, an ongoing debate over the role of outside research contracts in academics, an issue not unique to MSU. Students, represented by ASMSU, expressed concerns that the explosion of research grants might lead an increase in tuition, and, fearful the university might later tap student fees to maintain the new building, passed a resolution in 2006 opposing, “any redefinition of the chemistry building as an ‘academic’ or teaching building.” University administration, on the other hand, maintained, “research contributes to the quality of [student] education and pays for new facilities the state can’t afford.” ( Bozeman Daily Chronicle , 11/18/2006). While the debate over research grants continues on campus across the nation, in this case the administration held to their promise and the $24 million Chemistry Research Building was constructed with bonds based on profits from research grants. As such, the building marked an important “first” in the evolution of academics and campus development at MSU. A more localized controversy surrounding the construction of the Chemistry and Biochemistry Building was its proposed location on campus. The University Facilities Planning Board carefully selected a site to the north of Leon Johnson Hall with the intention of creating the northwest corner of a pedestrian portal opening to green space to the north. According to the plan, construction of a future “companion” building to the east across campus’s north/south axis would create a portal mimicking the portal opening to Romney Field on the south side of campus, thus creating a sense of balance. On a smaller scale, the building would help define a north/south pedestrian axis between Montana (Main) Hall and the Johnstone Center (Lewis & Clark Hall) and an east/west axis between Linfield Hall (Agricultural Building) and Herrick Hall. More broadly the new campus plan attempts to establish, “appropriately dense building construction in the campus core by using buildings to establish and define an internal network of urban-scale, pedestrian-orientated open spaces,” and leave behind “loosely-defined exterior spaces” created by the “unplanned evolution” of campus. (Bancroft to Gamble, 7/15/2012). Regrettably, campus’s “loosely-defined exterior spaces” remained well-loved by students and faculty. The proposed site of the Chemistry and Biochemistry Building was particularly problematic due to its heavy recreational use by residents of the nearby dormitories and the presence of a grove of around 35 mature trees, which retired professor of landscape architecture called an “asset to horticulture” and campus “treasures.” ( Exponent , 9/23/2004; Bozeman Daily Chronicle , 7/26/2005). Despite a student petition to save the trees and a handful of creative protest signs—one changed MSU’s logo from “Mountains & Minds to “Mountains & No Trees”—the project moved forward and the trees removed in the summer of 2005, with wood from many of the trees used to furnish the new building. Despite the controversy surrounding the funding and siting of the project, the Chemistry and Biochemistry Building emerged as a success. The University had hired the Great Falls, Montana architectural firm of L’Heureux Page Werner to design its proposed Gaines Hall renovation in 2001 and simply transferred their contract from the unfunded project to the new building. (O’Connell to Bender, 4/27/2004). A cornerstone ceremony was held on September 30, 2005 and the project was accepted as complete by the State of Montana’s Architecture and Engineering Division on November 15, 2007. (Progress Meeting #1, 9/21/2005; Katherman to Dick Anderson Construction, 2/10/2009). The resulting four-story, L-shaped building is a state-of-the-art research center that fulfills its promised function as a “space for chemistry and biochemistry research programs, enabling…a rich laboratory experience for undergraduate and graduate students working beside our faculty and staff, as well as a safer, healthier environment in which to conduct complex research.” (Cornerstone Ceremony Info Sheet). It also stands as one of MSU’s best examples of Post-Modern architecture. Its bracketed overhanging eaves harken the rooflines of campus’s early Italian Renaissance Revival Buildings and its specifically selected brick cladding compliments Linfield Hall. Still, the building remains thoroughly modern in its soaring scale and use of contemporary materials. MONTANA HISTORIC PROPERTY RECORD PAGE 7 Information Sources/Bibliography Property Name: Chemistry Research Building Site Number: 24GA1865 INFORMATION SOURCES/BIBLIOGRAPHY Aytes, Erica. “Chemistry Building Plan Finalized: Students Petition to Save Trees on Proposed Site,” Exponent , 23 September 2005. Bancroft, Jerry. Letter to President Gamble. 15 January 2004. University Records, 04-0004. Burlingame, Merrill. A History: Montana State University. Bozeman, Montana. Bozeman, MT: Office of Information Publication, February 1968. “Chemistry Research Building, Progress Meeting #1, September 21, 2005.” University Records, 04-0040. Katherman, Russ. Letter to Dick Anderson Construction. University Records, 04-0040 “Warranty.” L’Heureux Page Werner, “Chemistry Research Building, Specifications, Bidding Requirements, Volume 1,” 17 June 2005. University Records, 04-0040. L’Heureux Page Werner, “Chemistry Research Building,” Architecutral Drawings, 15 September 2005 / As-Builts 24 January 2008. Univeristy Records 04-0040. Montana Board of Regents, “Item # 122-2005-R0304: Authorization to Construct a New Chemistry/Biochemistry Research Laboratory Facilitiy through a Sale of Bonds, to Which Federal Grant & Contracts F&A Revenues Will be Pledged; Montana State Univesity, Bozeman.” 25 March 2004. Univeristy Records, 04-0040. Montana State University, “Chemistry Research Building Cornerstone Ceremony Information Sheet,” September 30, 2005. University Records, 04-0040. O’Connell, Tomas B. Letter to Steve Bender, 27 April 2004. University Records, 04-0040. Painter, Diane J. “Langford Hall, Montana Property Record Form,” July 18, 2010. Montana State Historic Preservation Office. Schontzler, Gail. “MSU Gets Facelift,” Bozeman Daily Chronicle , 26 July 2005. Schontzler, Gail. “Gamble Rules Out Using Tuition for Chemistry Building,” Bozeman Daily Chronicle , 18 November 2006. Schontzler, Gail. “State Oks new MSU Chemistry Building,” Bozeman Daily Chronicle , 13 April 2004. MONTANA HISTORIC PROPERTY RECORD PAGE 8 Statement of Significance Property Name: Chemistry Research Building Site Number: 24GA1865 NATIONAL REGISTER OF HISTORIC PLACES NRHP Listing Date: NA NRHP Eligibility: Yes No Individually Contributing to Historic District Noncontributing to Historic District NRHP Criteria: A B C D Area of Significance: Period of Significance: STATEMENT OF SIGNIFICANCE The 2007 Chemistry & Biochemistry Building does not currently contribute to the Montana State University-Bozeman Historic District due to age. Its status, however, should be reconsidered in future amendments and expansions to the district. Should the building retain its integrity, it will serve as an excellent example of the Post-Modern / Neo-Eclectic style and will represent an attempt by architects and campus planners to design unique, but historically sensitive, infill within the core campus. As the first building on campus to be constructed solely with research funds, and not with state funding or student fees, it is also associated with the continued evolution of academics and campus development at MSU. MONTANA HISTORIC PROPERTY RECORD PAGE 9 Integrity Property Name: Chemistry Research Building Site Number: 24GA1865 INTEGRITY (location, design, setting, materials, workmanship, feeling, association) Due to its recent construction, the Chemistry & Biochemistry Building currently retains excellent integrity of design, materials and workmanship. It also retains its setting and location, which is a cornerstone of contemporary campus planning for the north portion of campus. MONTANA HISTORIC PROPERTY RECORD PAGE 10 Photographs Property Name: Chemistry Research Building Site Number: 24GA1865 Chemistry & Biochemistry Building South & East Facades, Facing: NW Montana State University Campus Jessie Nunn, November 3, 2012 MONTANA HISTORIC PROPERTY RECORD PAGE 11 Photographs Property Name: Chemistry Research Building Site Number: 24GA1865 Chemistry & Biochemistry Building North End & South Elevation of East-West Wing, Facing: NE Montana State University Jessie Nunn, November 3, 2012 MONTANA HISTORIC PROPERTY RECORD PAGE 12 Photographs Property Name: Chemistry Research Building Site Number: 24GA1865 Chemistry & Biochemistry Building North Elevation of East-West Wing, Facing: NW Montana State University Campus Jessie Nunn, November 3, 2012 MONTANA HISTORIC PROPERTY RECORD PAGE 13 Photographs Property Name: Chemistry Research Building Site Number: 24GA1865 Chemistry & Biochemistry Building West Elevation of North-South Wing, Facing: SE Montana State University Jessie Nunn, November 3, 2012 MONTANA HISTORIC PROPERTY RECORD PAGE 14 Photographs Property Name: Chemistry Research Building Site Number: 24GA1865 Chemistry & Biochemistry Building North End of North-South Wing, Facing: S Montana State University Jessie Nunn, November 3, 2012 MONTANA HISTORIC PROPERTY RECORD PAGE 15 Photographs Property Name: Chemistry Research Building Site Number: 24GA1865 Chemistry & Biochemistry Building East Elevation of North-South Wing, Facing: SW Montana State University Jessie Nunn, November 3, 2012 MONTANA HISTORIC PROPERTY RECORD PAGE 16 Site Map Property Name: Chemistry Research Building Site Number: 24GA1865 MONTANA HISTORIC PROPERTY RECORD PAGE 17 Topographic Map Property Name: Chemistry Research Building Site Number: 24GA1865