featured image of St. Luke's Church phase 2

St. Luke’s Church Phase 2

  • Overview

    Info

    Old Cahawba, AL
    2008
    2nd Year Project
    Community

  • Project Team

    Fall 2007
    Michael Dowdy, Hannah Dulaney, Susie Fagg, Mallory Garrett, Sarah Hunter, Maggie Johnson, Edward May, Will McGarity, Mary Pruitt, Nourah Said, Charles Spires, Ali Tyler, Johannes Ubben

    Spring 2008
    Heather Baber, Alex Baker, Cassidy Beam, Brett Bowers, Meghan Bullard, John Burleson, David Frazier, Franklin Frost, Blake Habshey, Matthew Millican, Zane Morgan, Corey Moulton, Gwyndolyn Mowbrey, Delvin Stephens, Kristy Swann

Beginning in 2007, Rural Studio was asked, by the Cahawba Advisory Committee and the Alabama Historical Commission, to deconstruct and relocate St. Luke’s Church. The over 150-year-old building was constructed in Old Cahawba, the first capital of Alabama, in 1854. Cahawba was a prosperous town, in the state, for a number of years, even after it was no longer the capital. After the Civil war, the town was subsequently abandoned and its desertion encouraged locals to relocate the church to Martin Station, 17 miles away.

The design of the church has been traced to Richard Upjohn’s “Rural Architecture”, which the unknown original builder is thought to have followed, meticulously. The Rural Studio group of 2nd-year students began their intervention by documenting and disassembling the structure still in Martin Station. Originally, the church also included a square bell tower but it was not relocated in that initial transport. While some of the authentic timber had rotted, much of it was salvageable and used again in the reassembly. This included, the heavy timber arches and an abundance of the vertical board and batten sheathing. The stately Gothic Revival church, and its iconic lancet windows are now an integral attraction for the Old Cahawba Archeological park. Phase one of the project involved documentation and deconstruction of the church.

Most of the original timber was salvageable and used again in the reassembly
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