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{Re}habitat
Learn how adaptive reuse and upcycling can add hip design to your home, apartment, or yard with the Go Green channel's {Re}habitat series. Follow host Rachael Ranney as she shows you how to repurpose salvaged and found materials, adding fun and function to your space without breaking your budget.

The Occupational Safety and Health Administration (OSHA) published “Cranes and Derricks in Construction: Final Rule” on August 9, 2010, and it is set to take effect on November 7, 2010. OSHA hopes that this new standard will prevent 22 fatalities and 175 nonfatal injuries annually. Although it is difficult to evaluate how effective the new rules will be, all contractors must comply with them. Here is an overview of the new standard, which is intended to not only combat fatality and injury associated with working with cranes and derricks but also to account for technological advances in this equipment.
Zach Kent is a stormwater engineer for Modular Wetlands in Oceanside, California. We learned about Modular Wetlands’ urban wetland unit in our case study, “Water Quality Retrofit and Retaining Wall Remediation.” We've partnered with Kent to provide a perspective on some dynamics within the stormwater management industry over the last decade, including new processes and technologies designed to meet higher regulatory standards.
We’ve all heard the phrase “champagne taste on a beer budget,” right? This certainly applies to kitchen design and decorating. Our space is an integral part of our lives -- as we spend a good deal of life at home -- and it doesn’t take a Feng Shui expert to understand the value of creating a space that is personalized, practical, and, of course, positive.
The SEED Project at Clemson University: Safe Housing for Haitians
Written by Morey Bean, AIA, LEED AP Tue Oct 19 2010The earthquake in Haiti that hit on January 12, now seven months ago, left more than 230,000 people dead with 1.3 million homeless and 600,000 internally displaced. Undaunted not only by the immediate devastation of the quake but also by the political and governmental fragility that makes reconstruction difficult, Clemson School of Architecture Associate Professor Doug Hecker and Assistant Professor Martha Skinner continue to work to provide housing for Haitians long after they began an immediate post-quake creative search for emergency shelter for the displaced and homeless in Haiti. Their efforts resulted in the successful use of shipping containers as emergency housing -- the SEED_Haiti project.
The word “disability” isn’t mentioned much by designers and other professionals who employ the principles of universal design; at the heart of this design concept is a more positive message. Universal design refers to the idea that environments and products should be usable by everyone. Ronald L. Mace coined the term and founded The Center for Universal Design at North Carolina State University in 1989, using a grant from the U.S. Department of Education. Since that time the center has continued to research and develop design approaches that will make the built environment more accessible to everyone.
Soldering copper pipe, commonly referred to as “sweating” pipe, is a job any homeowner can do. As with any home improvement or DIY project, it is important to understand the basic skills before starting. After a little planning and ensuring that you have the right tools on hand, soldering copper pipe should be simple. Join our host, Jeff Wilson, as we learn the basic skills required to make one of the most common connections in plumbing.
The American Recovery and Reinvestment Act of 2009 (ARRA), commonly known as the economic stimulus bill, was signed by Congress on February 13, 2009, and then signed into law by President Obama four days later. The government made a total of $787 billion available -- $275 billion for federal contracts, grants, and loans, in addition to $288 billion in tax cuts and $224 billion for entitlement for education and health care. Specifically relevant to the AEC industry is ARRA’s targeting of infrastructure development and enhancement using the $275 billion.
According to the Study of Life Expectancy of Home Components, which was prepared in 2007 by the National Association of Home Builders (NAHB), the average life expectancy of a wood deck varies: 10-15 years in the South, 20-25 years in dry areas, and 20-30 years in the North. The NAHB states, "Because they [wood decks] are subject to a wide range of conditions in different climates, the life expectancy of wooden decks can vary significantly. Under ideal conditions, they have a life expectancy of about 20 years." Whether you are caring for an aging wood deck or building a new one, understanding and practicing proper maintenance is paramount to protecting your investment and extending its lifetime.