This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system. Architect: Eric Vollmer Builder: Penny Lane Home Builders Photographer: Lynn Donaldson

Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system. Architect: Eric Vollmer Builder: Penny Lane Home Builders Photographer: Lynn Donaldson

Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system. Architect: Eric Vollmer Builder: Penny Lane Home Builders Photographer: Lynn Donaldson

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system. Architect: Eric Vollmer Builder: Penny Lane Home Builders Photographer: Lynn Donaldson

View of dressing area in master closet utilizing illuminated mirror, connected to Adorne switch on alcove wall. Photo by MKleck Photography
Large trendy gender-neutral porcelain tile and brown floor walk-in closet photo in Other with flat-panel cabinets and white cabinets

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system.

Terren Landscapes http://www.terrenlandscapes.com Project Entry: Pembrooke Estate Rain Garden 2014 PLNA Awards for Landscape Excellence Winner Category: Sustainable Landscape &60,000-$120,000 Award Level: Silver Project Description: The client contracted our company to solve multiple existing drainage problems. In a heavy rain event the existing French drain system would overflow, causing water to pool in the driveway. After investigating the system we found that the capacity of the French drain was undersized for the amount of storm water from the large rain events received in recent years. As a result of our findings and at the request of the homeowner, we designed a storm water management system to capture all storm water from the structures on the property and regenerate the underground aquifers for the volume of a 5.8” rainstorm. In addition to the new drain system, the homeowners wanted a rain garden to provide a backdrop for an existing formal garden, provide a habitat for wildlife, and provide screening from an adjacent neighbor. Throughout the design process many challenges were presented, including an existing gas line, which ran directly through the area that best suited the bioswale. The existence of the gas line caused us to alter the shape and depth of the bioswale in some areas. We also inspected the existing downspouts to make sure there were no obstructions that would impede the system’s efficiency, and then conducted a test pit dig to make sure we had sufficient percolation rates for disposal of storm water. To effectively capture the storm water runoff, the existing downspouts were piped from the main house and the large detached garage to a large catch basin located at the low point in the driveway. The driveway catch basin contains two outlet pipes at different elevations within the basin allowing water from smaller rain events to enter the bioswale and rain garden area to percolate into the soil before excess water overflows into a sediment trap which filters out any debris and is then piped to an underground StormTech® pit to slowly percolate into the ground. The other outlet pipe in the driveway catch basin is used for larger storm water events, taking the water directly to the StormTech® pit. Accepting and slowing the velocity of the storm water, mitigation of erosion, and filtering out pollutants contained in the “first flush” of rainfall are the primary functions of the bioswale and rain garden. Planting these areas with mostly native plant species helps carry out these functions while attracting and providing shelter for wildlife. The ‘Niobe’ weeping willow is the centerpiece of the rain garden, connecting with the axis of the existing formal garden. To screen the neighboring property we chose Chamaecyparis nootkatensis ‘Pendula’ for its graceful evergreen habit and tolerance of wet sites. ‘Ivory Halo’ dogwood and Panicum ‘Cloud Nine’ were used for screening as well as winter interest. To provide deciduous structure to the garden Taxodium distichum and Magnolia virginiana were used in conjunction with witch hazel. Mostly native wetland perennials were used due to their tolerance of wet conditions and occasional drought. The area above the StormTech® pit provides space for the client’s family to relax. The rain garden and bioswale provide screening, storm water management, a habitat for wildlife, and plants that enhance the adjacent formal garden. Photo Credit: Terren Landscapes

This gem of a home was designed by homeowner/architect Eric Vollmer. It is nestled in a traditional neighborhood with a deep yard and views to the east and west. Strategic window placement captures light and frames views while providing privacy from the next door neighbors. The second floor maximizes the volumes created by the roofline in vaulted spaces and loft areas. Four skylights illuminate the ‘Nordic Modern’ finishes and bring daylight deep into the house and the stairwell with interior openings that frame connections between the spaces. The skylights are also operable with remote controls and blinds to control heat, light and air supply. Unique details abound! Metal details in the railings and door jambs, a paneled door flush in a paneled wall, flared openings. Floating shelves and flush transitions. The main bathroom has a ‘wet room’ with the tub tucked under a skylight enclosed with the shower. This is a Structural Insulated Panel home with closed cell foam insulation in the roof cavity. The on-demand water heater does double duty providing hot water as well as heat to the home via a high velocity duct and HRV system. Architect: Eric Vollmer Builder: Penny Lane Home Builders Photographer: Lynn Donaldson