In 1928, artist and set designer Howard Arden Edwards claimed over 100 acres of high desert at Point Butte in the Antelope Valley near Lancaster, California, under the auspices of the U.S. Homestead Act of 1862. Edwards applied his creative talents to create a rambling, vernacular variant of an Arts and Crafts style home set directly on a rock outcropping of the Butte. Using the bare rock as floors, Joshua tree logs as posts, and decoratively painted set-board as cladding, Edwards created a fantasy setting in which to house and display Native American artifacts he had collected. In 1933, a portion of the home was opened to the public as the Antelope Valley Indian Museum.
In 1979, the State purchased the museum as a state park, and in 1987 the museum was added to the National Register of Historic Places. Given the high-desert locale, extreme temperature swings made it difficult and inefficient to properly condition the museum. When the State embarked on an ambitious environmental stabilization program to create a museum-quality environment, structural engineer WJE and architect Page & Turnbull’s Los Angeles offices oversaw insulation of the walls and roofs and heating and cooling of the building via geothermal heat sinks, ensuring these additions conformed to prevailing historical building codes and standards.
Once used as a dude ranch and a set for popular television shows and movies, the viability of this historic museum and its unique collection needed to be extended through sustainable interventions. It was vital that new systems maintain the historic, character-defining elements of the building, including the artwork on the underside of the roof sheathing and elaborate murals on exterior stucco, display cabinets, and a thin eave-line. New systems included roof insulation that tapers from seven inches thick at the ridge to one inch at the eave, an exterior insulation finish system, and blown-in mineral wool. Inefficient swamp coolers were replaced with energy-efficient heat exchangers, which were connected to sixteen 250-foot deep, geothermal exchange wells. Pumps circulate water through closed-loop systems down and up the wells, to the heat exchangers, and back to the wells. Finally, upon careful consideration of potential impacts on the building, an unusual arrangement of internal wire rope collar ties were installed to increase the vertical load capacity of the gabled roofs, along with external stainless steel guy wires to increase lateral stability.
The project has received a 2011 Preservation Award from the LA Conservancy.
