Architectural Preservation"The house itself was almost as structurally sound as it is today, but it was separated and shuttered seemingly against all time. The things inside were left just as they were many years before. They were all in their familiar places, and for the moment you seem never to have left them. Under their veils of dust, these inanimate but well-remembered things seemed silently to call out to be touched and used again." -Weeks Hall Tape #11, April 30, 1953
In our restoration and preservation work since 1985, we have drawn not only from the Weeks Family Papers, but from a microscopic analysis of the paint layers throughout the structure that identifies original finishes, from an inventory (discovered in 1985) that lists the house's furnishings and contents when David Weeks' estate was settled in 1846, from architectural artifacts, from paintings and periodicals of the historical period, and from preservation technology that is being employed to analyze and combat physical threats to the structure. The dining room restoration is an example of how information from all these avenues comes together to form the picture. The colors and finishes of all painted surfaces of this room are those that were revealed in the analysis of the nearly dozen layers of paint that had accumulated over 150 years. The first layer of paint on the wooden mantel and baseboards shows green veining over a green-black background to resemble marble. An artisan who specializes in these graining techniques re-created finishes resembling both wood and marble throughout the house in applications that match the original finishes as closely as possible. We have carefully matched the various shades on all the painted surfaces in the dining room to those that are shown on the analysis.
Throughout the Shadows, somewhat odd-looking wires peek out from the mortar joints on outside walls, from the columns at varying levels, and in the dining room from the baseboard area to the left of the mantel. These are wire leads attached to moisture sensors that have been inserted into dozens of spots throughout the structure (particularly the basement below the east end of the house). Over the years moisture has invaded the basement walls below grade and the first floor walls above. For the past century and a half ground water has wicked up into the brick courses in a sponge-like action due to a combination of factors: a relatively high water table, soil with a heavy clay content, inefficient drainage, and most of all, the fact that there is no damp course or water barrier to separate the brick foundation courses below grade from the walls that rise above. Daily moisture readings were taken for two years with a special meter that attaches to these wires so that we could correlate the moisture content with rainfall levels. With the data available through this technology, we have developed a set of corrective measures specifically suited to this unique situation that will minimize as much as possible the long-term effects of water intrusion. We are also able to share our experience in dealing with moisture-related problems with other historic sites around the country. Next Section: The Gardens / Gardens Overview
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