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Earth House by Jolson Architecture Interiors

Constructed primarily in rammed earth using local Dromana crushed rock, the Earth House, designed by Jolson Architecture Interiors, is a 465 sqm 4 bedroom residence that seemingly rises from the landscape and cranks to capture the sweeping rural and coastal panoramic views.

The western elevation consists of solid rammed earth walls without penetrations, designed as thermal banks capturing the afternoon sun. The eastern elevation is glazed to siphon dominant views inside. Designed around a large enclosed courtyard that provides protection from the strong winds, this outdoor room allows northern sunlight to filter into the main living areas.

Read more at ArchDaily.

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Hassan Fathy is The Middle East’s Father of Sustainable Architecture

Green Prophet has railed against projects like Dubai Burj Tower. They have pounded our chests at the audacity of Masdar City’s “zero” footprint claim, and have decried the potential consequences of unsustainable approaches to building and planning. “USD22 billion” for a building project and “sustainable” simply don’t belong in the same sentence.

Egyptian architect Hassan Fathy died in 1989 but left behind a legacy of 160 building projects ranging from small projects to large-scale communities complete with mosques and schools. His impact can still be felt from Egypt to Greece and even New Mexico, where in 1981 he designed the Dar Ar-Salam community. Fathy received several awards for his work, including the Aga Khan Award for Architecture in 1980, and founded The International Institute for Appropriate Technology in 1977.

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Announcement of PhD Position in Rammed Earth

The School of Civil and Resource Engineering of the University of Western Australia has a PhD position available for the following PhD project:

MECHANICAL AND STRUCTURAL CHARACTERIZATION OF RAMMED EARTH

Summary:
The significance of this project lies in recognition of the economic, environmental and social benefits of rammed earth as a construction material in Australian remote communities, and addresses the lack of a proper Australian Standards code supporting its wide-spread use. Qualitative and quantitative characterisation of the material and structural properties of rammed earth will be done through a comprehensive program of laboratory and industry-supported on-site experimental tests. The project will result in a first ever “Proposal Form for Standards Development” for rammed earth structures, to be submitted to Standards Australia. The findings will significantly improve cost effectiveness and safety of rammed earth structures in Australia.

For more information download the position brief here.

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Arquitectura Con Tierra en Uruguay

Arquitectura con tierra en Uruguay is a book that offers a tour of fifteen case studies of buildings constructed with earth in Montevideo, Canelones, Maldonado, Rocha and Salto, Uruguay. One of the most significant characteristics of this type of construction technology in Uruguay is the amount of new work, which makes a difference to other countries in the region. This publication presents the works of several architects and builders from 1996 to 2009 in a compilation of 250 photographs and charts.

Arquitectura con tierra en Uruguay makes clear the living traditions of ancient technologies that are increasingly valued. This book is available in Uruguay in the Faculty of Architecture Library (Bulevar Artigas 1031, Montevideo) and in the Library of the Society of Architects of Uruguay (Gonzalo Ramírez 2030, Montevideo). It can be purchased elsewhere through www.entrelibros.com.uy

To preview the contents of the publication visit www.arquitecturacontierra.com.uy

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Arquitectura con tierra en Uruguay es un libro que propone una recorrida por quince casos de construcciones con tierra en los departamentos de Montevideo, Canelones, Maldonado, Rocha y Salto. Una de las características más significativas de este tipo de tecnología constructiva en Uruguay es la cantidad de obra nueva que marca la diferencia con respecto a otros países de la región. En esta publicación se recopilan las obras de varios arquitectos y constructores desde 1996 a 2009 a través de 250 fotografías y gráficos elaborados especialmente.

Arquitectura con tierra en Uruguay da cuenta de la siempre viva actualidad de técnicas milenarias que vuelven a cobrar valor. Este libro se puede adquirir en Uruguay en la Librería de Facultad de Arquitectura (Bulevar Artigas 1031, Montevideo) y en la Librería de la Sociedad de Arquitectos del Uruguay (Gonzalo Ramírez 2030, Montevideo). Puede ser adquirido desde el exterior a través del sitio www.entrelibros.com.uy

Para ver un avance del contenido de la publicación viste www.arquitecturacontierra.com.uy

Arquitectura con tierra en Uruguay – Autor: Alejandro Ferreiro – 120 páginas – 17 x 24 cm – ISBN 978-9974-98-153-9. Alejandro Ferreiro es arquitecto egresado de la Facultad de Arquitectura (UdelaR) en 2005. Se desempeña como docente de la cátedra de Arquitectura y Tecnología y ha participado como capacitador a partir de 2002 en distintas actividades y jornadas universitarias de transferencia tecnológica. Desde el año 2008 comienza a trabajar como profesional liberal en proyectos de arquitectura con tierra y materiales naturales.

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Greenhouse Atelier

The Greenhouse Atelier, designed by al bordE, in Machachi, Ecuador is a shelter designed to express the powerful reflection of nature in the client’s paintings. The atelier is a “bubble” suspended between stone walls and rammed earth.

The existing space between walls, ground and bubble, protect the space from absorbing the humidity of the moorland. Additionally the first sun rays heat a radiator system that increase the temperature of the air gap. This heated air enters the space making it thermally comfortable. In the afternoon the main façade absorbs the sun heat, saving it in the solid floor of the workshop releasing the heat during the night.

[ More at Arch Daily ]

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Lehmbau-Praxis

Earth is a natural building material that is at once traditional and modern. In recent years it has advanced to become a high-quality material. Its aesthetic qualities and character along with its beneficial effect on the indoor climate and general well-being are widely recognised. Of particular relevance are its environmental properties, for example the incomparably low energy balance of many earth building materials. As an authentic historical building material, earth is also widely used in the conservation and renovation of historic buildings.

Lehmbau-Praxis, written by Ulrich Röhlen and Christof Ziegert, provides an overview of the current state of the art of planning and building earth constructions and is an invaluable reference for architects, engineers, building contractors and tradesmen. Available in English or German.

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Brittlebush

Brittlebush is an experimental Desert Dwelling designed by Simón de Agüero, a recent graduate of the Frank Lloyd Wright School of Architecture in Taliesin, Arizona. The open-air living space incorporates tensile fabric structures into its design to shelter occupants from the sun. A fireplace provides winter heating.

The majority of the material used for Brittlebush were recovered or found on site: 90% of the steel was salvaged from the school scrap yard, all of the wood used for the formwork was waste from a local renovation project, and the earth used for the walls was from on-site.

Read more at [ designboom | boiteaoutils | treehugger ]

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Tidal Resonance Chamber


Image: © Robert Horner

As the first rammed-earth construct in the City of Tacoma, The Tidal Resonance Chamber provides a contemplative and relaxation space for users of the Center for Urban Waters (a LEED Platinum Marine research and analysis facility) . Aimed at serving as an instrument for perceptual synchronize with the natural rhythms of Commencement Bay, the chamber’s thick insulated earthen walls buffer out the heavy industrial sounds of the surrounding Port of Tacoma, and through a series of feed back pump operations the chamber’s water level mirrors that of the Thea Foss Waterway manifesting as a ratio-reduction.


Image: © Robert Horner

Designed by Robert Horner, the Tidal Resonance Chamber’s main interior space has a trapezoidal footprint roughly 12’ x 18’. The fortified rammed-earth walls measure 8’6” in height, and rest atop a concrete foundation that measures 4’ in height. The chamber has a maximum filling capacity of 2500 gallons, which will fill at the highest of high tides. The interior of the chamber is filled with reclaimed granite curb fragments, river stones and will eventually populate with micro-organisms, barnacles and other aquatic lifeforms.

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Terra 2012

The International Scientific Committee on Earthen Architectural Heritage (ISCEAH) and the Pontifical Catholic University of Peru (PUCP) are pleased to announce that the XI International Conference on the Study and the Conservation of Earthen Architectural Heritage, Terra 2012, will be held in Lima, Peru, from April 23rd to 27th, 2012. The main theme of the conference will be “Conservation of Earthen Architectural Heritage against Natural Disasters and Climatic Change” and more than 500 specialists in the fields of earthen architecture are expected to attend.

The conference will provide a unique and invaluable opportunity to discuss and exchange information on the latest advances in the research and conservation field. Moreover, participants will learn about the cultural identity of earthen architecture in Latin America and be able to observe firsthand conservation issues in Peru, a country with a long and rich tradition of construction with earth.