Example of a mid-sized tuscan backyard stone patio design in DC Metro with a fireplace and no cover

Patrick Ketchum Photography - This bathroom is a "special feature" of this house. Integrated steel framing allow the vanity to appear to float "magically" off the back wall and ground.

Mid-sized trendy master white tile and porcelain tile concrete floor and white floor bathroom photo in Tampa with flat-panel cabinets, dark wood cabinets, white walls, an undermount sink, quartzite countertops and white countertops

Pondless Waterfall Pondless Waterfalls are simply a re-circulating waterfall and/or stream without the presence of a pond. You can enjoy the sight and sound of running water without the maintenance of a pond. The waterfall is undoubtedly the most beautiful and favored feature in a water garden. If space is lacking in your yard or you have safety concerns with a pond, go Pondless! The name basically explains it all. It’s a waterfall and stream, without the pond. So why would you want a waterfall without a pond? The truth is that a Pondless Waterfall isn’t for everyone, but it can be a great alternative for someone who isn’t quite sure if a pond is right for their family. Safety Because there is no pool of water, a Pondless Waterfall is a great option if you are concerned about safety issues associated with a traditional pond. Cost Cost can be a big factor when considering the type of pond you want to build. In most cases, the price of a Pondless waterfall will be less than a pond, because there is less labor involved, as well as less rock and materials. Operating costs are also less. Because you’re not dealing with an established ecosystem, it’s not necessary to run the pump 24/7. Space The small size of the Pondless Waterfall means you can build and enjoy a beautiful waterfall anywhere in you yard. Maintenance - Taking care of your Pondless Waterfall is easy. Filling the reservoir every few weeks to compensate for water loss because of evaporation is all that’s required. Flexibility Perhaps the best part of the Pondless Waterfall is the possibility for the future. If you change your mind later, wishing you’d build a pond, that’s ok! If you leave enough room around the base of the waterfall, it’s easy to add a pond onto a Pondless Waterfall. Complete System It might be difficult to imagine a waterfall and stream without a pond. Where does the water go? A Pondless Waterfall works much like a regular pond. The hole, deeper than a normal pond, is dug then lined with rock and gravel, and filled with water. The water is then circulated from beneath the rocks and gravel by a pump that sits on the bottom, inside a Snorkel Vault and Centipede Module. A pipe runs from there up to a BioFalls Filter and into an overflowing waterfall, where it falls back into the reservoir. Since the water level never pools above the level of the rock and gravel fill, it give the appearance of a waterfall without a pond, when in fact, the “pond” is there but not visible. The Pondless Waterfall has made many water-lovers who were previously unable to indulge in the sweet sounds of falling water, very happy. It’s a great alternative for those who are trying to get their feet wet, or looking to fit a little bit of paradise into their own backyard. In other words, when all else fails … go Pondless!

Lincoln Farmhouse LEED-H Platinum, Net-Positive Energy OVERVIEW. This LEED Platinum certified modern farmhouse ties into the cultural landscape of Lincoln, Massachusetts - a town known for its rich history, farming traditions, conservation efforts, and visionary architecture. The goal was to design and build a new single family home on 1.8 acres that respects the neighborhood’s agrarian roots, produces more energy than it consumes, and provides the family with flexible spaces to live-play-work-entertain. The resulting 2,800 SF home is proof that families do not need to compromise on style, space or comfort in a highly energy-efficient and healthy home. CONNECTION TO NATURE. The attached garage is ubiquitous in new construction in New England’s cold climate. This home’s barn-inspired garage is intentionally detached from the main dwelling. A covered walkway connects the two structures, creating an intentional connection with the outdoors between auto and home. FUNCTIONAL FLEXIBILITY. With a modest footprint, each space must serve a specific use, but also be flexible for atypical scenarios. The Mudroom serves everyday use for the couple and their children, but is also easy to tidy up to receive guests, eliminating the need for two entries found in most homes. A workspace is conveniently located off the mudroom; it looks out on to the back yard to supervise the children and can be closed off with a sliding door when not in use. The Away Room opens up to the Living Room for everyday use; it can be closed off with its oversized pocket door for secondary use as a guest bedroom with en suite bath. NET POSITIVE ENERGY. The all-electric home consumes 70% less energy than a code-built house, and with measured energy data produces 48% more energy annually than it consumes, making it a 'net positive' home. Thick walls and roofs lack thermal bridging, windows are high performance, triple-glazed, and a continuous air barrier yields minimal leakage (0.27ACH50) making the home among the tightest in the US. Systems include an air source heat pump, an energy recovery ventilator, and a 13.1kW photovoltaic system to offset consumption and support future electric cars. ACTUAL PERFORMANCE. -6.3 kBtu/sf/yr Energy Use Intensity (Actual monitored project data reported for the firm’s 2016 AIA 2030 Commitment. Average single family home is 52.0 kBtu/sf/yr.) o 10,900 kwh total consumption (8.5 kbtu/ft2 EUI) o 16,200 kwh total production o 5,300 kwh net surplus, equivalent to 15,000-25,000 electric car miles per year. 48% net positive. WATER EFFICIENCY. Plumbing fixtures and water closets consume a mere 60% of the federal standard, while high efficiency appliances such as the dishwasher and clothes washer also reduce consumption rates. FOOD PRODUCTION. After clearing all invasive species, apple, pear, peach and cherry trees were planted. Future plans include blueberry, raspberry and strawberry bushes, along with raised beds for vegetable gardening. The house also offers a below ground root cellar, built outside the home's thermal envelope, to gain the passive benefit of long term energy-free food storage. RESILIENCY. The home's ability to weather unforeseen challenges is predictable - it will fare well. The super-insulated envelope means during a winter storm with power outage, heat loss will be slow - taking days to drop to 60 degrees even with no heat source. During normal conditions, reduced energy consumption plus energy production means shelter from the burden of utility costs. Surplus production can power electric cars & appliances. The home exceeds snow & wind structural requirements, plus far surpasses standard construction for long term durability planning. ARCHITECT: ZeroEnergy Design http://zeroenergy.com/lincoln-farmhouse CONTRACTOR: Thoughtforms http://thoughtforms-corp.com/ PHOTOGRAPHER: Chuck Choi http://www.chuckchoi.com/

"Built in 1920 as a summer cottage-by-the-sea, this classic, north Laguna cottage long outlived its original owners. Now, refreshed and restored, the home echos with the soul of the early 20th century, while giving its surf-focused family the essence of 21st century modern living. Timeless textures of cedar shingles and wood windows frame the modern interior, itself accented with steel, stone, and sunlight. The best of yesterday and the sensibility of today brought together thoughtfully in a good marriage." Photo by Chad Mellon

Trendy backyard rectangular infinity pool photo in Las Vegas with a bbq area

Mid-sized farmhouse medium tone wood floor and brown floor kitchen photo in Salt Lake City with a farmhouse sink, shaker cabinets, white cabinets, quartz countertops, white backsplash, subway tile backsplash, stainless steel appliances, an island and white countertops

Lincoln Farmhouse LEED-H Platinum, Net-Positive Energy OVERVIEW. This LEED Platinum certified modern farmhouse ties into the cultural landscape of Lincoln, Massachusetts - a town known for its rich history, farming traditions, conservation efforts, and visionary architecture. The goal was to design and build a new single family home on 1.8 acres that respects the neighborhood’s agrarian roots, produces more energy than it consumes, and provides the family with flexible spaces to live-play-work-entertain. The resulting 2,800 SF home is proof that families do not need to compromise on style, space or comfort in a highly energy-efficient and healthy home. CONNECTION TO NATURE. The attached garage is ubiquitous in new construction in New England’s cold climate. This home’s barn-inspired garage is intentionally detached from the main dwelling. A covered walkway connects the two structures, creating an intentional connection with the outdoors between auto and home. FUNCTIONAL FLEXIBILITY. With a modest footprint, each space must serve a specific use, but also be flexible for atypical scenarios. The Mudroom serves everyday use for the couple and their children, but is also easy to tidy up to receive guests, eliminating the need for two entries found in most homes. A workspace is conveniently located off the mudroom; it looks out on to the back yard to supervise the children and can be closed off with a sliding door when not in use. The Away Room opens up to the Living Room for everyday use; it can be closed off with its oversized pocket door for secondary use as a guest bedroom with en suite bath. NET POSITIVE ENERGY. The all-electric home consumes 70% less energy than a code-built house, and with measured energy data produces 48% more energy annually than it consumes, making it a 'net positive' home. Thick walls and roofs lack thermal bridging, windows are high performance, triple-glazed, and a continuous air barrier yields minimal leakage (0.27ACH50) making the home among the tightest in the US. Systems include an air source heat pump, an energy recovery ventilator, and a 13.1kW photovoltaic system to offset consumption and support future electric cars. ACTUAL PERFORMANCE. -6.3 kBtu/sf/yr Energy Use Intensity (Actual monitored project data reported for the firm’s 2016 AIA 2030 Commitment. Average single family home is 52.0 kBtu/sf/yr.) o 10,900 kwh total consumption (8.5 kbtu/ft2 EUI) o 16,200 kwh total production o 5,300 kwh net surplus, equivalent to 15,000-25,000 electric car miles per year. 48% net positive. WATER EFFICIENCY. Plumbing fixtures and water closets consume a mere 60% of the federal standard, while high efficiency appliances such as the dishwasher and clothes washer also reduce consumption rates. FOOD PRODUCTION. After clearing all invasive species, apple, pear, peach and cherry trees were planted. Future plans include blueberry, raspberry and strawberry bushes, along with raised beds for vegetable gardening. The house also offers a below ground root cellar, built outside the home's thermal envelope, to gain the passive benefit of long term energy-free food storage. RESILIENCY. The home's ability to weather unforeseen challenges is predictable - it will fare well. The super-insulated envelope means during a winter storm with power outage, heat loss will be slow - taking days to drop to 60 degrees even with no heat source. During normal conditions, reduced energy consumption plus energy production means shelter from the burden of utility costs. Surplus production can power electric cars & appliances. The home exceeds snow & wind structural requirements, plus far surpasses standard construction for long term durability planning. ARCHITECT: ZeroEnergy Design http://zeroenergy.com/lincoln-farmhouse CONTRACTOR: Thoughtforms http://thoughtforms-corp.com/ PHOTOGRAPHER: Chuck Choi http://www.chuckchoi.com/

Photo: © Jude Parkinson-Morgan
Inspiration for a mediterranean drought-tolerant and partial sun backyard stone water fountain landscape in San Francisco.

A simple wooden boardwalk passes through the forest. The stone sculpture is by Aaron G. Edwards
This is an example of an eclectic garden path in Seattle with decking.

Bathroom - traditional beige tile and brown tile beige floor bathroom idea in Cleveland with raised-panel cabinets, medium tone wood cabinets, a one-piece toilet, yellow walls, an undermount sink and granite countertops

Design ideas for a mid-sized contemporary partial sun backyard landscaping in Dallas.

Pondless Waterfall Pondless Waterfalls are simply a re-circulating waterfall and/or stream without the presence of a pond. You can enjoy the sight and sound of running water without the maintenance of a pond. The waterfall is undoubtedly the most beautiful and favored feature in a water garden. If space is lacking in your yard or you have safety concerns with a pond, go Pondless! The name basically explains it all. It’s a waterfall and stream, without the pond. So why would you want a waterfall without a pond? The truth is that a Pondless Waterfall isn’t for everyone, but it can be a great alternative for someone who isn’t quite sure if a pond is right for their family. Safety Because there is no pool of water, a Pondless Waterfall is a great option if you are concerned about safety issues associated with a traditional pond. Cost Cost can be a big factor when considering the type of pond you want to build. In most cases, the price of a Pondless waterfall will be less than a pond, because there is less labor involved, as well as less rock and materials. Operating costs are also less. Because you’re not dealing with an established ecosystem, it’s not necessary to run the pump 24/7. Space The small size of the Pondless Waterfall means you can build and enjoy a beautiful waterfall anywhere in you yard. Maintenance - Taking care of your Pondless Waterfall is easy. Filling the reservoir every few weeks to compensate for water loss because of evaporation is all that’s required. Flexibility Perhaps the best part of the Pondless Waterfall is the possibility for the future. If you change your mind later, wishing you’d build a pond, that’s ok! If you leave enough room around the base of the waterfall, it’s easy to add a pond onto a Pondless Waterfall. Complete System It might be difficult to imagine a waterfall and stream without a pond. Where does the water go? A Pondless Waterfall works much like a regular pond. The hole, deeper than a normal pond, is dug then lined with rock and gravel, and filled with water. The water is then circulated from beneath the rocks and gravel by a pump that sits on the bottom, inside a Snorkel Vault and Centipede Module. A pipe runs from there up to a BioFalls Filter and into an overflowing waterfall, where it falls back into the reservoir. Since the water level never pools above the level of the rock and gravel fill, it give the appearance of a waterfall without a pond, when in fact, the “pond” is there but not visible. The Pondless Waterfall has made many water-lovers who were previously unable to indulge in the sweet sounds of falling water, very happy. It’s a great alternative for those who are trying to get their feet wet, or looking to fit a little bit of paradise into their own backyard. In other words, when all else fails … go Pondless!

After photo of redesigned Chicago master bathroom
Inspiration for a large contemporary master white tile and ceramic tile ceramic tile and gray floor bathroom remodel in Chicago with light wood cabinets, an undermount sink, quartzite countertops, white countertops, a one-piece toilet and beige walls

Lincoln Farmhouse LEED-H Platinum, Net-Positive Energy OVERVIEW. This LEED Platinum certified modern farmhouse ties into the cultural landscape of Lincoln, Massachusetts - a town known for its rich history, farming traditions, conservation efforts, and visionary architecture. The goal was to design and build a new single family home on 1.8 acres that respects the neighborhood’s agrarian roots, produces more energy than it consumes, and provides the family with flexible spaces to live-play-work-entertain. The resulting 2,800 SF home is proof that families do not need to compromise on style, space or comfort in a highly energy-efficient and healthy home. CONNECTION TO NATURE. The attached garage is ubiquitous in new construction in New England’s cold climate. This home’s barn-inspired garage is intentionally detached from the main dwelling. A covered walkway connects the two structures, creating an intentional connection with the outdoors between auto and home. FUNCTIONAL FLEXIBILITY. With a modest footprint, each space must serve a specific use, but also be flexible for atypical scenarios. The Mudroom serves everyday use for the couple and their children, but is also easy to tidy up to receive guests, eliminating the need for two entries found in most homes. A workspace is conveniently located off the mudroom; it looks out on to the back yard to supervise the children and can be closed off with a sliding door when not in use. The Away Room opens up to the Living Room for everyday use; it can be closed off with its oversized pocket door for secondary use as a guest bedroom with en suite bath. NET POSITIVE ENERGY. The all-electric home consumes 70% less energy than a code-built house, and with measured energy data produces 48% more energy annually than it consumes, making it a 'net positive' home. Thick walls and roofs lack thermal bridging, windows are high performance, triple-glazed, and a continuous air barrier yields minimal leakage (0.27ACH50) making the home among the tightest in the US. Systems include an air source heat pump, an energy recovery ventilator, and a 13.1kW photovoltaic system to offset consumption and support future electric cars. ACTUAL PERFORMANCE. -6.3 kBtu/sf/yr Energy Use Intensity (Actual monitored project data reported for the firm’s 2016 AIA 2030 Commitment. Average single family home is 52.0 kBtu/sf/yr.) o 10,900 kwh total consumption (8.5 kbtu/ft2 EUI) o 16,200 kwh total production o 5,300 kwh net surplus, equivalent to 15,000-25,000 electric car miles per year. 48% net positive. WATER EFFICIENCY. Plumbing fixtures and water closets consume a mere 60% of the federal standard, while high efficiency appliances such as the dishwasher and clothes washer also reduce consumption rates. FOOD PRODUCTION. After clearing all invasive species, apple, pear, peach and cherry trees were planted. Future plans include blueberry, raspberry and strawberry bushes, along with raised beds for vegetable gardening. The house also offers a below ground root cellar, built outside the home's thermal envelope, to gain the passive benefit of long term energy-free food storage. RESILIENCY. The home's ability to weather unforeseen challenges is predictable - it will fare well. The super-insulated envelope means during a winter storm with power outage, heat loss will be slow - taking days to drop to 60 degrees even with no heat source. During normal conditions, reduced energy consumption plus energy production means shelter from the burden of utility costs. Surplus production can power electric cars & appliances. The home exceeds snow & wind structural requirements, plus far surpasses standard construction for long term durability planning. ARCHITECT: ZeroEnergy Design http://zeroenergy.com/lincoln-farmhouse CONTRACTOR: Thoughtforms http://thoughtforms-corp.com/ PHOTOGRAPHER: Chuck Choi http://www.chuckchoi.com/

Kids' bathroom (girls')
Bathroom - large contemporary subway tile bathroom idea in Austin with white cabinets, quartz countertops, gray walls and a vessel sink

Mountain style one-story stone house exterior photo in Dallas

Ryann Ford
Farmhouse detached shed photo in Austin