Category: – Books on Earth Architecture

The Renaissance of Rammed Earth with David Easton (video 30 minutes), offers complete construction information, and interviews with people who live in these solid walled homes.

Adobe: Building and Living With Earth by Orlando Romero and David Larkin, is a picture-rich study of the history, technology, and dignified, sculptural beauty of adobe structures. The oldest of building materials, adobe bricks are made from mud and straw and have been used in Africa, the Iberian peninsula, and all across the Southwest and Mexico. Surprisingly durable if maintained, adobe constructions can last for centuries. Romero and Larkin explain brick-making and remudding techniques, showing both archival photographs of Native Americans at work on their pueblos and photographs of contemporary builders. They also document some of the Southwest’s most famous adobe churches and pueblos, such as the San Francisco Mission Church at Ranchos de Taos and the wondrous mesa-crowning Acoma Pueblo, as well as a selection of lesser-known buildings. Special attention is paid to interior decorative detail and to adobe’s intrinsic connection to the landscape.

Buildings of Earth and Straw: Structural Design for Rammed Earth and Straw Bale Architecture by Bruce King chronicles the possibilities and realities of straw bale and rammed earth construction. Buildings of Earth and Straw fills in the gaps for professional builders, contractors, engineers, inspectors, lenders, and architectural students. It includes special construction requirements of earth and straw, design capabilities and limitations of these materials, and documentation of testing data for use in addressing the concerns of officials. This book offers the nuts and bolts of rammed earth and straw bale building techniques, and why they are so spectacular, durable, and earth-friendly.

The Earth Construction Handbook by Gernot Minke provides a survey of applications and construction techniques, including physical data, and explains the materials specific qualities together with the possibilities of optimising these. The information given can be practically applied by engineers, architects, builders, planners, craftsmen and laymen who wish to construct cost-effective buildings which provide a healthy, balanced indoor climate.