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CONSERVATION ENDOWMENT Income generated from this restricted fund will consequently support the preservation and conservation of the permanent collection while eliminating the attendant costs from the Museum’s annual budget. As time goes by, the fund will grow as the collection grows, thereby ensuring a crucial source of dedicated income to secure the preservation of the objects in our care. More than foresight, this gift represents a bold and progressive step in preserving the legacy for many generations to come.
EXPANSION The art storage area was filled to capacity making it increasingly difficult to responsibly accept new gifts. In addition, one undersized (and over-utilized) space served for general storage, minor on-site conservation, the carpentry shop, and the loading dock’s receiving area combined. Moreover, given our lack of space the art studio often became a de facto general storage area as well, thus negatively impacting our educational and family programs. Consequently, on December 11, 2002, the Museum broke ground to commence construction of a 6,600 square foot addition. The new space created a vital behind-the-scenes support center for the Museum’s public programming. Today, the expansion has more than doubled our art storage capacity; provided a dedicated fabrication shop to support an improved exhibition schedule; created a clean, secure collections management space; a general storage area to accommodate exhibition furniture and crates; and a secure, enclosed loading and receiving area to accept traveling exhibitions and loans. As a result, this expansion has enabled us to minimize, if not entirely eliminate, those disruptions that had accompanied the installation and de-installation of our exhibitions and thus compromised visitor experience. Overcrowded conditions in the old art storage made it increasingly difficult to properly store and care for the paintings, works on paper, sculpture, furniture, textiles, ceramics, metals, and other objects that comprise the permanent collection. Incorporating additional storage space was critically important to insure the long-term preservation of the collection. To further enhance the space and improve upon the environmental conditions and safety of art storage, new high-density storage systems are slated to be installed in both the new and old storage areas. State-of-the-art units designed by Biblio Design, Ltd. will include a mobile compact storage system, lateral painting racks, wall-mounted racks, and flat files. Modifications to the old art storage space will include a new storage system for rolled textiles and cases to protect the silver, pewter, and costume collections.
HISTORIC HYDE HOUSE Hyde House, the most ambitious of Bigelow’s Glens Falls commissions and the largest structure of the group, incorporates elements of the domestic villa architecture of Renaissance Florence evidenced by the restrained symmetry of the stucco façade, decorative balustrade, and ornamental coat of arms centered above the entablature. The Italian Renaissance character of the house, with its large well-lit interior atrium courtyard, loggias, galleria, and skylights, provided the suitable space for the developing Hyde art collection. This unusual integration of light, space, and privacy was conducive to the display and appreciation of great works of art. The interiors of Hyde House epitomize the spirit of the American Renaissance. Like their contemporaries, the Hydes appropriated the culture of Europe through the accumulation of objects such as tapestries, antique furniture, and Old Master paintings. Hyde House is distinguished from other contemporary collections, such as The Isabella Stewart Gardner Museum and The Frick Collection, by its location in Glens Falls, New York, a small industrial city nestled at the foothills of the Adirondack mountains.
STUCCO To address the stucco problem the Museum hired nationally recognized Mesick-Cohen-Wilson-Baker Architects, a firm based in Albany, New York whose focus is historic preservation, to complete an Exterior Conditions Survey of Hyde House (1999). The architects concluded that the stucco’s failure was the result of a variety of forces working together and was exacerbated by the northeastern climate. The primary problem was thermal movement. Put simply, stucco expands and contracts as the outside temperature fluctuates. Because expansion joints had not yet been introduced in home construction when Hyde House was built, the hard stucco cracked between the windows and at the corners of the house. The expansion and contraction of the stucco was further intensified by the movement of the structure’s wood frame which fluctuated with changes in humidity. Moreover, the deterioration of the stucco had been worsened by the introduction of humidity necessary for the preservation of the artwork displayed in Hyde House. An analysis of the stucco revealed that the first two layers of the original three-coat system were comprised of soft lime stucco (also called "rendering"). The final finish coat of stucco consisted of the much harder Portland cement. As humidity passed through the exterior walls it was trapped in the first two softer layers of lime. Small probes made into the exterior wall revealed that the water-saturated lime eventually leached out of the inner stucco layers causing the stucco to fail. In some cases, the stucco fell off the building in large sheets. The restoration project sought to replicate the original finish of the house. Nothing can be done to alter the external temperature conditions, and the installation of a vapor barrier and insulation was not possible given the intricacies of the original wall construction assembly. From a preservationist’s perspective, the installation of unsightly expansion joints around the entire house is an anathema; therefore, the architects developed another method to address this problem. Over the past several years there has been a rediscovery of the manufacturing and application techniques of low-temperature fired, high calcium, pure lime mortars. These mortars exhibit a high degree of both vapor permeability and annealing characteristics. There has been a recent emergence of pure lime-based mortars, stuccoes, and washes here in the United States, and it is very likely that the application of this kind of material has not been used on the exterior of any American building for over one hundred years. However, European conservators have developed, tested, and successfully applied lime stuccoes for over thirty years on their historic buildings using pure, high-calcium lime from St. Astier’s, France. After consulting with building conservation experts at the Scottish Lime Centre in Edinburgh, Scotland, who determined it would be best to apply St. Astier’s high calcium lime stucco, rendering to the walls of Hyde House. The vapor permeability characteristics of this kind of stucco should alleviate the trapping of moisture in the stucco, and its annealing properties will assist in preventing thermal movement cracking. While the lime-based stucco is not necessarily a "cure-all", it will help extend the life of the stucco finish for generations to come. Since there are precious few modern plasterers experienced in the application of pure lime stuccoes, the plasterers applying the stucco to Hyde House followed the guidance of Alex Hylands, an experienced plasterer and "renderer" from Scotland. Mr. Hylands instructed his American counterparts on how to properly mix, apply, and protect the surface of the stucco until it properly cured. Unlike Portland cement-based stucco, lime-based stucco must be kept damp and protected from the elements for at least thirty days before it can be exposed to the weather. Proper curing and a host of other concerns was the focus of Mr. Hylands’ training procedures, and now the American plasterers are experienced in this newly rediscovered material. We expect that other historic sites across the United States will benefit from this project as well.
FURNISHING PLAN Utilizing the best conservators in the field, approximately twenty-seven pieces of furniture in the permanent collection received conservation treatment, while curtains, rugs, and upholstery fabrics were carefully recreated by the top suppliers known using original documents in the Museum’s collection. The furnishings were returned, room by room, to their Hyde-era location. Mrs. Hyde’s bequest, established in 1952, made clear her intention that her home and its contents act as an enduring educational and cultural resource and that the art collection be displayed to foster enjoyment and promote study. The reinstallation of paintings and works on paper reflects her astute eye for collecting Old Master paintings, and nineteenth and early twentieth century European and American art. The newly restored rooms create a meaningful ensemble of fine and decorative arts fused together by decades of collecting, patronage, and family history. Now, Hyde House has opened its doors to the brilliance of the past and the promise of a bright future. Carefully restored and thoughtfully preserved for generations to come, Hyde House will provide visitors with a more engaging and educational experience than ever before.
INTERIOR PAINT ANALYSIS The results of the analysis were published in Dr. Buck’s report, which reveals that there are at least five generations of paint in the areas sampled. One of the earliest dates to 1936, the year Mrs. Hyde hired interior decorator Anton Sattler of New York to apply canvas and then paint the interior walls, ceilings, and trim of her Glens Falls home. The 1936 palette differed considerably from the colors, which were applied years after Mrs. Hyde’s death, in 1970 and 1985, respectively. The house has been returned to its 1936 color scheme because it is the only fully documented interior painting campaign that dates to Mrs. Hyde’s lifetime and is, therefore, an indicator of her taste and preference for interior decoration.
UPHOLSTERY CONSERVATION Between 1936 and 1963, Mrs. Hyde used the chaise in her bedroom. It was positioned by the interior window overlooking the courtyard below from where she could view the art classes taking place in her home (Fig. 1). In 1959 an article on Hyde House appeared in The Saturday Evening Post, which described how this object was used. The reporter Ralph Knight stated, "Mrs. Hyde has a chaise longue in her bedroom beside one of the indoor windows overlooking the courtyard below. During uncounted hours she has sat there watching boys and girls and talent-maturing adults who, under the guidance of Curator Joseph J. Dodge, paint there among the paintings of geniuses." To restore Mrs. Hyde’s chaise longue a damask by the Humphries Weaving Company, the only hand weavers of patterned silks in the British Isles was selected. The reproduction, an eighteenth-century floral design, the Small-Buxton Damask, is similar in scale, design motif, and fiber content to the original upholstery. The yarns were custom-dyed to match the original damask and the fabric was handwoven at the Humphries Mill in North Essex, England. Upholstery conservator Gwen Spicer returned the chaise longue to its Hyde-era presentation. The Hyde Collection owns three French directoire chairs that were originally upholstered with an eighteenth-century silk lampas. Lampas is a woven silk fabric made with two sets of warp and one filling usually in contrasting colors. Directoire is the period between 1794 and 1799. Directoire furniture reflected the effect of the French Revolution on French furniture design: it was a more restrained and simplified version of the earlier Louis XVI style using limited ornamentation and less costly materials. The decoration applied to directoire furniture usually consisted of variations on the classically inspired ornamentation of the prior decades, especially stylized foliage such as the anthemion motif that appears on the back of the Hydes’ side chair (Fig. 1). The anthemion was a popular design motif during this period. The upholstery fabric on the three French chairs was deteriorated to the point where it was no longer presentable (Fig. 2). To recapture the look and feel of the original lampas, the Museum worked with Scalamandré, a leading fabric house specializing in historic fabrics, to develop a reproduction of the original eighteenth-century textile. The artists at Scalamandré’s design studio have faithfully copied every minute detail of the original design from the delicate plumes of the foliage to the elaborate diamond-shaped scrollwork (Fig. 3). Upholstery conservator Elizabeth Lahikainen carefully applied the new fabric to these chairs, which have been reinstalled in their original location in the downstairs guest bedroom of Hyde House.
CURTAINS To recreate the look and feel of the original curtains, the Museum worked with Brunschwig & Fils, a specialist in French fabrics, especially toile. It was decided to use one of their existing toiles known as Le Kakatoes rather than to reproduce the original design. The Brunschwig fabric was selected based on its similarity in scale and subject to the original. A sample of the Hydes’ curtain was sent for color matching, and after going back and forth with color trials and corrections, the fabric was dyed in France and shipped to the Museum. The construction of the curtains was replicated from the original set. The ball-fringe trim used on the original curtain was replicated and custom-dyed by Classic Revivals.
LIGHTING PLAN Over the course of the past forty years, changes to the interior of the house were made including the removal of the picture lights that were once installed on many of the paintings, and the installation of track lighting on the ceilings and solar veils on the windows. As part of the restoration of Hyde House, a new lighting plan was developed with conservator Paul Himmelstein to provide better protection for the artwork while enhancing the historic character of the house and maximizing viewing experience for visitors. The track lighting was replaced with a fiber optic system that provides discreet, focused, pure-white light that transmits no heat, no damaging ultraviolet (UV) or infrared rays and is energy efficient. The solar veils that completely blocked the view from the windows in Hyde House were replaced with Plexiglas panels that filter out UV light. Unlike the conventional picture lights that once lit the paintings in Hyde House, the Museum is using the newly engineered Academy picture light. The Academy picture lights contain low-voltage halogen lamps that provide a colorless, even light with no heat and reduced glare, thereby greatly enhancing the visibility of the color and texture of the paintings’ surface.
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