This Eichler-esque house, in a neighborhood known for its tracts of homes by the famous developer, was a little different from the rest- a one-off custom build from 1962 that had mid-century modern bones but funky, neo-traditional finishes in the worn-out, time capsule state that the new owners found it. This called for an almost-gut remodel to keep the good, upgrade the building’s envelope and MEP systems, and reimagine the home’s character. To create a home that feels of its times, both now and then- A mid-century for the 21st century. At the center of the existing home was a long, slender rectangular form that contained a fireplace, an indoor BBQ, and kitchen storage, and on the other side an original, suspended wood and steel rod stair down to the bedroom level below. Under the carpeted treads we were sure we’d find beautiful oak, as this stair was identical to one at our earlier Clarendon heights mid-century project. This elegant core was obscured by walls that enclosed the kitchen and breakfast areas and a jumble of aged finishes that hid the elegance of this defining element. Lincoln Lighthill Architect removed the walls and unified the core’s finishes with light grey ground-face concrete block on the upgraded fireplace and BBQ, lacquered cabinets, and chalkboard paint at the stair wall for the owners’ young children to decorate. A new skylight above the stair washes this wall with light and brightens up the formerly dark center of the house. The rest of the interior is a combination of mid-century-inspired elements and modern updates. New finishes throughout- cork flooring, ground-face concrete block, Heath tile, and white birch millwork give the interior the mid-century character it never fully had, while modern, minimalist detailing gives it a timeless, serene simplicity. New lighting throughout, mostly indirect and all warm-dim LED , subtly and efficiently lights the home. All new plumbing and fixtures similarly reduce the home’s use of precious resources. On the exterior, new windows, insulation, and roofing provide modern standards of comfort and efficiency, while a new paint job and brick stain give the house an elegant yet playful character, with the golden yellow Heath tile from the primary bathroom floor reappearing on the front door.

Just north of Seattle, this family home is tucked away on a magical parcel of land within the Edmonds city limits. Designed to maximize the site’s breathtaking views, it is carefully sited to blend into its wooded setting while opening fully to expansive views. On our first visit, we found a secluded forest glade with stunning vistas of Puget Sound and the Olympic Mountains perched atop a high seaside bluff. Preserving and enhancing this singular landscape as the surrounding neighborhood fills in with development was central to our design. The approach is intentionally restrained—the home does not reveal itself entirely upon arrival. The house is composed of two wings that cradle the meadow, making it the most important “room.” Interior spaces are oriented towards the lush landscape and impressive views framed by mature trees. The structures are kept close to the perimeter, leaving the center of the site unbuilt. A covered bridge with a green roof acts as a front porch, linking the upslope garage/office with the main house. A gentle stair flows through the gap between the structures, drawing visitors into the clearing. The floorplan is highly efficient, carefully tuned to the family’s daily routines. Each room is exactly suited to its purpose, yet no larger than needed. An open corner with double-height windows creates a jewel-box dining room. Free of a corner structure, the home expands to encompass the covered patio for outdoor cooking and dining, plus easy access to the kitchen, encouraging year-round outdoor living. Human-scale moments are intentionally created, from a stairway window seat with peekaboo views to a covered outdoor extension of the great room that fosters a cozy relationship between interior and exterior. Much of the light-filled interior is wrapped in clear-finished fir, giving it a warm glow even on rainy winter days. White oak cabinets and black soapstone countertops add warmth to the kitchen. The built-in furniture in the library loft and the cold-rolled steel fireplace surround were crafted by the owner’s father, an expert woodworker, increasing the connection between the home and its occupants. The second story includes the primary suite with treehouse vibes. Located on a steep slope in a landslide-prone area, the Edmonds Overlook overcame numerous technical and engineering challenges to address vehicle and fire access, stormwater and erosion mitigation, and potential earth movement. Green Design: Compact footprint and conditioned area compared to comparable homes, reducing carbon and ongoing energy use Green roof at covered entry Heat-pump air and water heating with multiple zones to maximize efficiency Whole-house Heat Recovery Ventilation system Engineered On-Site Stormwater Management System Landscape restoration using 100% native species, added 47 trees to site, plus meadow plantings

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

AirField installed an AirPave grass fire lane for their porous flexible paving at Baptist Trinity Residential Hospice, creating a beautiful, functional, ecological friendly solution to facility access. An installation of an AirField Systems grass fire lane at Baptist Trinity Residential Hospice brings green building benefits and incredible strength to a beautiful new facility. A time lapse photo series highlight the installation process of the 6,747 PSI sand filled 100% recycled geocell technology, providing the strength of asphalt and concrete while relieving some of the burden of costly storm sewers and drainage. This new installation highlights the benefits of paving with grass, as well as the comparative ease of installation. Concrete and asphalt surfaces occupy twice the area of buildings and are the most detrimental to clean water. Concrete and asphalt surfaces dominate the landscape of our urban environments and prevent rainwater from being filtered naturally. They send harmful polluted water straight into our streams, rivers and lakes. In urban America, concrete and asphalt pavements produce two thirds of our excess water runoff. They are responsible for significant hydrocarbon pollutants on our ground and in our water, causing ground water decline, and resulting in local water shortages. These concrete and asphalt surfaces also create huge increases in temperature known as the urban “heat island effect”. The pollution caused by impervious surfaces deteriorate the quality of our storm water runoff and create large overflows that our storm sewer systems cannot handle. It is also important to realize that the urban forest force is drastically diminishing, causing CO2 levels to rise, which in turn causes global warming. With all the negative influences of impervious pavements now is the time to turn our attention to alternatives for the benefit of the environment. From fire lanes, overflow, and event parking, to temporary and stadium parking, reinforced grass parking systems deliver the same strength and durability of asphalt and concrete without the negative affects mentioned above. These incredibly strong geocells reinforce grass parking, prevent rutting from traffic, protect turf roots, and promote beautiful grass. Reinforced grass parking structures, also know as grass pavements, enhance the environment by naturally filtering auto and truck liquids such as oil drippings, antifreeze overflows and many other leaks and spills. They also help with air pollutants after they have been knocked to the ground by rainwater and greatly reduce hot surface temperatures thus fighting global warming and the “heat island effect”. Grass pavements allow our groundwater to be naturally replenished, the roots of trees to breathe, and they help our streams and rivers flow cleanly in dry hot summers. A large part of the solution to urban environmental problems is under our feet. By paying appropriate attention to the everyday materials on which we walk and drive, we can replenish renewable resources, restore the natural regenerative processes, and produce a cleaner, healthier, safer, more sustainable world in which we must live. Porous pavements are potentially the most important development in urban watersheds since the invention of storm sewers. By routing rainwater directly into the earth as nature intended, the need for costly storm water structures can be drastically reduced. Reinforced grass parking has built in permeable spaces through which water and air can pass. Although some porous paving materials are nearly indistinguishable from nonporous materials in construction and superficial appearance, their environmental effects are qualitatively exponential. They allow air, water and heat to dissipate into the environment naturally helping to save the planet. AirField reinforced grass parking provides beauty and comfort, and with the unbeatable price and performance of AirDrain you can’t go wrong. AirDrain is the reinforced grass pave system the industry has trusted for years !!! Airfield Systems, LLC 8028 North May Avenue Oklahoma City, OK 73120 405-359-3775 Installer – GREENPRO Landscapes Kevin James 9847 Stewart Rd Arlington, TN 38002

Two Birds Photography
Kids' room - transitional kids' room idea in Chicago

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!

This very social couple were tying the knot and looking to create a space to host their friends and community, while also adding much needed living space to their 900 square foot cottage. The couple had a strong emphasis on growing edible and medicinal plants. With many friends from a community garden project they were involved in and years of learning about permaculture, they wanted to incorporate many of the elements that the permaculture movement advocates for. We came up with a California native and edible garden that incorporates three composting systems, a gray water system, rain water harvesting, a cob pizza oven, and outdoor kitchen. A majority of the materials incorporated into the hardscape were found on site or salvaged within 20-mile of the property. The garden also had amenities like an outhouse and shower for guests they would put up in the converted garage. Coming into this project there was and An old clawfoot bathtub on site was used as a worm composting bin, and for no other reason than the cuteness factor, the bath tub composter had to stay. Added to that was a compost tumbler, and last but not least we erected an outhouse with a composting toilet system (The Nature's Head Composting Toilet). We developed a gray water system incorporating the water that came out of the washing machine and from the outdoor shower to help water bananas, gingers, and canailles. All the down spouts coming off the roof were sent into depressions in the front yard. The depressions were planted with carex grass, which can withstand, and even thrive on, submersion in water that rain events bring to the swaled-out area. Aesthetically, carex reads as a lawn space in keeping with the cottage feeling of the home. As with any full-fledged permaculture garden, an element of natural building needed to be incorporated. So, the heart and hearth of the garden is a cob pizza oven going into an outdoor kitchen with a built-in bench. Cob is a natural building technique that involves sculpting a mixture of sand, soil, and straw around an internal structure. In this case, the internal structure is comprised of an old built-in brick incinerator, and rubble collected on site. Besides using the collected rubble as a base for the cob structure, other salvaged elements comprise major features of the project: the front fence was reconstructed from the preexisting fence; a majority of the stone edging was created by stones found while clearing the landscape in preparation for construction; the arbor was constructed from old wash line poles found on site; broken bricks pulled from another project were mixed with concrete and cast into vegetable beds, creating durable insulated planters while reducing the amount of concrete used ( and they also just have a unique effect); pathways and patio areas were laid using concrete broken out of the driveway and previous pathways. (When a little more broken concrete was needed, we busted out an old pad at another project a few blocks away.) Far from a perfectly polished garden, this landscape now serves as a lush and inviting space for my clients, their friends and family to gather and enjoy each other’s company. Days after construction was finished the couple hosted their wedding reception in the garden—everyone danced, drank and celebrated, christening the garden and the union!