Architect/Sculptor/Furniture Design Olle Lundberg's cabin in the Northern California woods.
A Maine architect designs Michigan's first certified Passive House to be rooted in tradition.
A getaway cabin prototype inspired by farm structures and built at the Strathmore Mansion in North Bethesda, Maryland.
Energy efficient design through common sense approaches to seals, HVAC, water use, and the selection of appliances and fixtures.
Straw bale building now part of national building code -- basic information about this construction method.
High performance windows and doors are key elements in the passive design of the Karuna House.
Building an energy efficient house begins with orientation to the sun and taking advantage of thermal mass.
Explaining how electric and hydronic radiant heat in floors works, and the basic ways to use it.
Newsflash: 40- and 60-watt incandescent bulbs are no more.The new LED replacements last much much longer.
Touring the energy-efficient, light-filled house of husband-and-wife architectural team Buzz Yudell and Tina Beebe.
Six key elements work together to make this house appealing: insulation for an R-50 SIP wall assembly and an R-60 foundation; triple-glazed windows; diligent air-sealing; minimized risk of thermal bridging; attention to indoor-air quality; and a super-insulated slab foundation that picks up heat during the day and releases it slowly at night.
Waste heat recovery is a possible way to achieve net zero at home. Jeff Wilson investigates a holistic approach.
Resource Guide for eco-friendly home building, from awnings and solar power to low VOC paints and water conservation.
A brief history of recycling -- from Ancient Romans re-purposing an Egyptian obelisk to a 21st century architect using parts of a 747 for a new house.
You’ve swapped your incandescent lightbulbs for compact fluorescents, turned down your water heater, and set up your programmable thermostat. These are all good moves toward saving energy in your home, but what else can you do?
In recent years, water issues have become a very hot topic. Water shortages throughout the western United States, as well as severe droughts in the southern, have made water usage a major concern. Many green building experts agree that with a growing global population we can no longer rely only on water conservation. Even for residents in gloomy states, solar panels can greatly reduce power costs, let alone carbon footprints. In fact, because of solar power success in Germany, the state of Washington (a state that receives overcast days 65% of the year) decided to copy Germany’s solar financial incentive programs. Let’s take a closer look at some factors to consider before making a purchase decision.