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The Passage,
New England
Project Scope and Intent The project is a private garden located on 10-acre site in New England. The existing house was built by the owners over 20 years ago on a hillside of undeveloped woodland. The dramatic effects of glaciation are found everywhere – huge boulders brought from far away emerge from the earth, while the rolling hilltops and valleys reflect the scouring of the receding ice flows. The house overlooks a vast kettlehole over 30’ deep. Architectural renovations include an expanded main house, the conversion of a private temple to a guest house, and a “bridge” to a new bedroom wing and main entry. The new landscape draws inspiration from the ancient Japanese tea garden. Called “roji”, or “passageway”, the tea garden was designed not to be viewed from a single location, but as a series of experiences along a path leading to the tea ceremony. Landscape spaces include a parking court and entry garden, a stream garden, courtyard garden, perennial borders, woodland path, and meditation circle. Garden elements include a koi pond, Ofuro (soaking tub), Tokonoma (ceremonial planter), Tsukubai (water basins), The Akari (lantern/outdoor shower), and The Tobi-ishi (stone path).
Significance The Passage demonstrates the important role that landscape architects can have in heightening our awareness of the natural environment. As in traditional Japanese gardens, The Passage abstracts and celebrates natural features and processes. The concrete water basins, so distinctive in their form and color, recall the foreign boulders deposited on the site by the glaciers. Rainwater cascades from a 40’ long roof into a basin, and spills into a ring of pebbles. Carefully chosen materials link the garden to the rhythms of nature and the passage of time: the seasonal color of shadblow, the sound of bamboo leaves in the summer winds, the patina on weathered copper.
Special Factors Illumination of The Akari (outdoor shower) presented a considerable technical challenge. Typical lighting solutions were not feasible – conventional underwater fixtures require continuous water contact for cooling, while other fixtures designed for “wet-dry” applications pose heat or shock hazards. The landscape architect detailed a fiber-optic system which emits a safe, but powerful beam of light from a small crack in the fieldstone paving. |
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