When a natural disaster strikes, like the recent earthquake in China1, saving human lives is naturally the first concern. In the aftermath however, the loss of cultural artifacts and historic sites can be devastating to communities as well. Art and architecture provide evidence of our shared histories and give us a foundation on which to build a common identity. Living in Seattle, an area of the world prone to seismic activity, one might ask what Fremont would be like without its troll, or the Seattle skyline without the Space Needle? Hopefully, we will never know.
Part of SAM’s mission is to preserve art for future generations. Seismic mitigation, to protect the art while it is on view, is the job of SAM’s mountmakers. When designing object mounts, mountmakers assume three things: there is a floor, a ceiling, and walls. If those are gone, the best mount in the world won’t provide protection. However, even a minor earthquake can cause irreparable damage to an object by shaking it or knocking it over. SAM’s mountmakers use a variety of techniques to keep the art safe while minimizing visual distraction for the viewer. Here are some of them.
Small pieces, such as the lamp shown here, are fitted with Plexiglas contour mounts. Each mount is uniquely shaped to fit the object it will protect. The transparency and narrow profile of the mount make it almost invisible to the viewer from most angles.
SAM mountmaker Rebecca Raven carefully attaches a vase to a contour mount using a piece of monofiliment. The mount is screwed into base from below.
Hollow objects, such as the figure on the right in this case, may be held in place internally. The Plexiglas rod is perfectly fitted to the object, supporting it from within.
Half the objects currently on view at SAM are in the Porcelain Room. Each one is fitted with a unique mount. To hide the visibility of the mounts, SAMs mountmakers took into account not only the shape of the object, but the angle from which viewers would see it.
One of the simplest ways to protect an object in a case is to lower its center of gravity by adding weight to the base.