Showing posts with label Green Design Principles. Show all posts
Showing posts with label Green Design Principles. Show all posts

6.18.2013

Tiny Green Houses

5 Tiny Houses With Big Green Ideas


It used to be that the sign of living well was a big house, one with lots of rooms, maybe a pool—the kind of house you might envy when you catch a glimpse of it on TV or in a magazine. But that’s changing. Due to environmental and economic pressures, builders and buyers alike are beginning to think smaller and smaller and look to more sustainable technologies and materials for homes.
This movement, known as the “tiny house movement,” is a direct response to the growing concern about environmental impact, carbon footprints, financial challenges and concerns about space and land conservation. There’s also a sense of freedom that many tiny-house dwellers talk about. Many of these houses are modular, and that means they can be packed up, shipped out and then plopped down anywhere the residents desire (within zoning limitations, of course). They can even be placed on rooftops, which means they utilize the otherwise unused space on urban skylines. The houses are also very inexpensive, which means owners seldom have to be concerned with a mortgage. This gallery showcases five little houses with pretty big eco-conscious features. Simply click a photo to learn more. Oh, and did we mention how cute they are?

6.16.2013

This Old (green) House


austin
  • As Posted On www.thisoldhouse.com
    The architecture may be old at This Old House's new project in Austin, Texas, but the thinking is thoroughly modern. For the first time, the show is going totally "green"—using as many environmentally friendly building products and methods as possible—and creating a functional home for a contemporary blended family.

    The subject of the renovation is a 1926 Craftsman bungalow that owners Michael Klug, 38, co-founder of a hologram company, and Michele Grieshaber, 41, a marketing executive, are turning from a two-bedroom, one-bathroom house into one with four bedrooms and two baths. Michele has owned the house for the past decade, but the couple married this past April and need more room to accommodate their new family, which includes Michael's two sons, Sam, 13, and David, 11. Add in the possibility of another child in the future, and it becomes clear that a house built for the lifestyle of a 1920s family won't cut it for this 21st-century clan.

    That said, there are many things about the house's original design that the couple plans to preserve and honor. Built before the days of hulking McMansions with 24/7 air-conditioning, the compact house was built to use natural air flow, high rooflines, and deep overhanging eaves to keep the heat at bay. It was efficient and green, and Michael and Michele have no intention of turning it into a oversized, over-cooled monstrosity devoid of its original Arts and Crafts details. In fact, their second-floor addition will only bump up the roofline by 6 feet. "We don't want a big house; we're not going to gold-plate everything," says Michele. "We don't need fancy—we need functional."
    Along with the added bedrooms, the couple's other wish-list item is an updated kitchen that opens up onto an entertaining area. Walls will move or come down entirely to allow the couple to interact with friends and family while preparing food. "I love to cook, and I'm at the stove while I'm socializing," says Michael. They also plan to spend as much time outside in the mild weather, so they'll create a screened-in porch and make sure that the entertaining areas connect easily to the outdoors. "We like to live outside more than the average Texan," explains Michael. "We're fine not having the AC on."

    That energy-saving mentality is one reason for their desire for a green renovation, but it may be the local way of life that truly influenced them. Austin, a young, tech-company town and one of the fastest growing cities in America, is at the forefront of the green movement. The Austin Green Building Program, one of the oldest in the country, will rate the project for its use of eco-friendly materials. Photovoltaic cells on the roof, rainwater collection for irrigation, spray-foam insulation, recycled-glass tile and countertops, and formaldehyde-free wood composites are just some of the resource-saving strategies and eco-friendly materials planned for the project.

    Overseeing it all will be architect David Webber and veteran green builder Bill Moore. With a budget of $250,000, they'll be working hard to incorporate the right materials and still accomplish the changes the couple need. The project will take less than five months overall, but when it's finished, Michael and Michele will have an updated version of their classic house, which they loved so much they couldn't part with it. "We did look at other, renovated houses in the neighborhood," says Michele. "But I feel responsible for this house. Houses have souls, and I need to take care of this one."

6.06.2013

Save Water via Xeriscaping

Edited by MA, Paul D, Cipher_nemo, Webster and 9 others
Posted on WikiHow.com


Xeriscaping is a conceptual form of gardening that uses drought-tolerant plants and grasses to beautify a home or business. Xeriscaping may become the method all future gardeners will use to develop their gardens as water becomes an increasingly precious asset to the world, especially in arid climates such as the desert. The term Xeriscape was coined by the Front Range Xeriscape Task Force of Denver Department in 1978 as a way to promote water efficient landscaping. The name Xeriscape is a registered trademark of Denver Water. The root word Xeros is from the Greek language and means dry. Xeros was combined with the term landscape (which means to modify land). [1] Xeriscape gardening is as varied and beautiful no matter the location. It does not mean gardening with only cacti, succulents and rock. It means to landscape a garden with plants that use lesser amounts of water to help people lower their water bill and reduce maintenance.


STEPS:
  1. Analyze the site: The key to xeriscaping is to understand which plants' needs are satisfied easily by the site, and the only way to know this is to determine what the site provides naturally, with minimal effort. Draw a map of your yard (try to keep it to scale, if you can) and gather the following information:

    Make a sun chart. Find out which are the sunniest and which are the darkest parts of your site. Every few hours, record where the sun is shining on your map. Keep in mind that the site's exposure to sunlight will also vary at different times of the year, as well as different parts of the world (the sunniest part in one person's garden may still get much less sunlight than the darkest part of someone else's yard).
    • Perform a soil analysis. Which nutrients are readily available (or deficient) in the soil? What is the pH? What kind of soil are you working with--clay? silt? loam? gravel? All of this will affect which plants can thrive on the site. You might consider amending or tilling the soil to "jump start" the soil processes that create healthy soil, but don't try to dramatically alter the nature of the soil you're working with or else it's becoming a time-consuming, high-maintenance effort (the opposite of xeriscaping).
    • Study the rainfall patterns for your site. How many inches or centimeters of rain does the site get per year? Is it spread out through the year, or is it concentrated in a short, "monsoon" period?
  2. Classify the zones: There should be three ways to classify every zone in your site:

    • Oasis - Close to a large structure; can benefit from rain runoff and shade (which reduces evaporation, keeping more water in the soil); can also exist surrounding a large tree or at the edge of a forest/orchard
    • Transition - A "buffer" area between oasis and arid zones
    • Arid - Farthest from structures, low-traffic, receives the most sunlight
  3. A lush desert garden
    A lush desert garden
    Select plants: Obtain a list of plants appropriate for your region. Use the USDA guidelines or the Sunset Western Garden book for zone information. From that list, choose a variety of plants that will tolerate drought conditions. Consult the list below for suggestions. Another way to approach it is to find out which plants are native to your area.

    Remember that your site should be planted in receding "layers". Think of each structure (the house, a large tree) as a focal point. At each focal point, you add a few bright, eye-catching species that are still well-suited to local conditions. As you get further away from the focal point, the plants become more subtle and also more drought-tolerant. As you're browsing lists of plants that are suitable for your area, keep these design guidelines in mind, as well as the sunniness, rainfall, and soil type of your site.
  4. A bluebonnet lawn.
    A bluebonnet lawn.
    Fill large areas with a lawn substitute. The typical green lawn is a thirsty and high-maintenance "carpet". You can replace that carpet by restoring a native prairie or planting ground cover (such as a clover lawn), or you can use ornamental grasses which grow in clumps, surrounded by mulch (the idea being to only use grasses as an accent, rather than make them the major focus of the garden). The area that would normally be the lawn is usually classified as arid, so covering that area with low-maintenance plant species makes a big difference.

    • If the "lawn" area is so expansive that the low-maintenance plants draw too much attention, consider creating a focal point at the center. This can involve planting a drought-resistant tree or shrub, a raised bed, or a decorative structure (such as a wheelbarrow overflowing with flowers). It may require a little additional watering (try to minimize this) but at least it'll keep the site aesthetically pleasing while the surrounding area "rests" with low-maintenance species.
  5. Group water-needy plants together near structures.
    Group water-needy plants together near structures.
    Group water-needy plants together near structures. Preferably, plant them in containers so the roots will get more water (rather than it seeping into the surrounding soil, where it can encourage the growth of weeds); you may even consider using self-watering pots. The pots themselves can be decorative accents.
    • Notice the plant groups based on water needs.
      Notice the plant groups based on water needs.
      An alternative to using containers would be to create a retaining wall (essentially a very large container), which has the added benefit of making your oasis plants stand out more.

    • Arrange plants based on the amount of sunshine available. Some sides of the structure will get a lot more sunlight than others. Since some plants can take more sun and heat than others, plant the more sun-friendly, drought-tolerant plants where most of the afternoon sun will be located.
    • Develop a water thrifty irrigation system if necessary. Install drip irrigation to water plants. Water evaporation is minimized thereby saving precious water for other uses. Also, the slower you water, the less run-off there is.
  6. Petunias mediate between the tall bustling plants and the walkway
    Petunias mediate between the tall bustling plants and the walkway
    Soften the boundaries. Fill the transition areas between arid and oasis zones with plants that fall in the middle of the spectrum in terms of water and sunlight needs and aesthetics. One way to do this is to create a "cascade" effect from the oasis plants (tall and bright) to the transition zone (a little shorter, catching attention by texture rather than color, such as shrubs, bushes, or ornamental grass clumps) to the arid zone (low-lying, subtle and very drought-resistant). If there is a retaining wall, however, a transition zone may not be necessary. Ultimately, see what looks best to you.
  7. Another type of Xeriscaped lawn based on location. Notice the retaining wall for soil retention. Another type of Xeriscaped lawn based on location. Notice the retaining wall for soil retention.
  8. Mulch.

Choose an appropriate mulch to help reduce erosion and suppress weeds. Organic, wood-based mulch will also retain moisture. As it decomposes, it'll improve the soil over time, but it needs to be replaced regularly. A stone or gravel mulch, on the other hand, does not need to be replaced, but it should be lined with landscape fabric in order to keep weeds from growing through the mulch, and it will retain a good deal of heat (which can damage delicate plants). It also attracts fewer insects.

5.30.2013

So Many Ways to Build Low Cost Green homes








 


Want to build green?  There are loads of possibilities for everything from natural building like Cob and Straw Bale to re-purposed materials such as shipping containers.  One design-build provider, Blu-Homes offers pre-fabrication as part of their solution for green and affordable.


Blu-Homes factory-crafted prefab homes use Blu’s proprietary steel frame technology to create homes that are strong, durable and more spacious and light-filled than traditional homes.

This process—combined with sophisticated 3-D technology to design, engineer, build and finish a  home—enables Blu to complete a prefab home in less than nine months all at a fixed and transparent cost.

Click here for full article and photo gallery of Blu home samples.


Find Green Materials for construction, lawn and garden at World Class Supply





5.27.2013

TED Talks: Catherine Mohr presents green building and embodied energy

In this  short, funny, data-packed talk at TED U, Catherine Mohr walks through all the geeky decisions she made when building a green new house -- looking at real energy numbers, not hype. What choices matter most? Not the ones you think.

http://www.ted.com/talks/catherine_mohr_builds_green.html

Catherine Mohr began her career as an engineer, working for many years with Paul MacCready at AeroVironment to develop alternative-energy vehicles and high-altitude aircraft. Her midcareer break: medical school, where she invented a brilliantly simple device, the LapCap, that makes laproscopic surgeries safer.
Mohr now oversees the development of next-generation surgical robots and robotic procedures, as the director of medical research at Intuitive Surgical Inc., where she's the clinical design leader for the DaVinci Surgical Robotic system. She also works at Stanford's School of Medicine, where she studies simulation-based teaching methods to teach clinical skills to budding doctors. And she's a senior scientific advisor to the GlobalSolver Foundation, an innovative funding and study group that looks at ways to match up scientists and money to help the world's oceans.

Now visit World Class Supply for materials that do a world of good!

How Scottsdale does Green. Design Principles....



Scottsdale Arizona provides an extensive 18 page guide to designing Green. Be sure to also check out the useful Resource Links in this Guide.


Need green building supply?  World Class Supply provides eco-friendly windows, doors, sustainable grass seed and materials products and coatings.