We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). Photographer credit: Irvin Serrano

u2014 ALE: Wayne Rain Garden Pennsylvania Landscape & Nursery Association u2014 ALE: Wayne Rain Garden Terren Landscapes http://www.terrenlandscapes.com 2014 PLNA Awards for Landscape Excellence winner Category: Residential Up to $15,000 Award Level: Gold Project Description: Our company was contracted by the client to provide a creative solution to an ongoing drainage problem. Their property is located within 30 feet of a local stream that collects storm water from the surrounding area. The nearby stream and high water table caused the lawn area at the side of their home to flood and to remain waterlogged for a few days after each storm. The client not only had difficulty growing plants in the existing conditions, but also had a problem with mosquitoes due to standing water. Our goal was to design a self-contained, naturalistic rain garden that slowed storm water runoff, allowed for percolation, and promoted infiltration while permitting excess clean water to enter the nearby stream with diminished force. As designed, the rain garden allows the earth to slowly and more naturally absorb excess storm water while filtering out toxins such as excess nitrogen and phosphorous which are frequently found in the landscape, therefore reducing the contaminants entering the stream. A percolation test was conducted with criteria of absorbing a one-inch rainstorm within four hours without overflow. The one-inch storm calculation included an existing downspout from the home, which would be piped into the rain garden to reduce roof runoff. The first test failed due to a deep layer of high clay-content soil. Excavation continued until a layer of sandy loam was reached, the percolation test was repeated, and a successful test result was achieved. Next, the entire rain garden basin was excavated to the sandy loam layer and the soil amended with compost and sand to create a highly porous planting media. Geotextile fabric was placed to help reduce migration of the surface stone into the soil and allow for minimal maintenance. Gravel, river stone and small boulders were carefully placed to achieve the look of a natural streambed. A palette of mostly native plants with a few non-invasive ornamentals were chosen for their ability to survive in extreme conditions ranging from floods to drought and were placed according to their specific preferences. Wetland plants were chosen for the lowest portion of the rain garden as that area remains saturated for longer periods of time, with a Chionanthus virginicus as a focal point surrounded by irises and ferns at the lowest depth. Plants tolerant of drier conditions were chosen for the upper edges of the garden. The beautiful colors of Monarda, Ligularia, Eupatorium, Solidago, Chelone, and Rudbeckia were scattered within the upper edge, while movement and softness were incorporated by use of the graceful Nassella that lines the border. Finally, winter interest was provided with a backdrop of Cornus sericea. As built, this small rain garden creates tremendous impact by decreasing the amount of storm water runoff not only on our client's property, but also in the neighboring stream. It serves as a means of slowing the water and providing an area for infiltration back into the earth. The plants provide a habitat for birds, butterflies, and insects, working in harmony with nature and providing beautiful visual interest year-round. Photo Credit: Lisa C. Falls

Example of a small trendy home design design in Detroit

We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). A deep but very thin overhang at the southern corner provides shade and drops a dramatic shadow mimicking the one seen at the entry porch. An incrementally tapering staircase carves a little more space away in the entry foyer and leads the eye to the main living area beyond. From the main living space, a ribbon of glass opens to the view down the hill and to the lake beyond. The exterior features locally milled tongue-and-groove cedar in two varying directions, with gaps not only at the verticals, but at the horizontal joints as well. This high-performance home needs just a single heat pump per floor and utilizes the gas stove only to take the edge off the coldest of nights, perhaps right after dip in the pool. Photographer credit: Irvin Serrano

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

We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). Photographer credit: Irvin Serrano

u2014 ALE: Wayne Rain Garden Pennsylvania Landscape & Nursery Association u2014 ALE: Wayne Rain Garden Terren Landscapes http://www.terrenlandscapes.com 2014 PLNA Awards for Landscape Excellence winner Category: Residential Up to $15,000 Award Level: Gold Project Description: Our company was contracted by the client to provide a creative solution to an ongoing drainage problem. Their property is located within 30 feet of a local stream that collects storm water from the surrounding area. The nearby stream and high water table caused the lawn area at the side of their home to flood and to remain waterlogged for a few days after each storm. The client not only had difficulty growing plants in the existing conditions, but also had a problem with mosquitoes due to standing water. Our goal was to design a self-contained, naturalistic rain garden that slowed storm water runoff, allowed for percolation, and promoted infiltration while permitting excess clean water to enter the nearby stream with diminished force. As designed, the rain garden allows the earth to slowly and more naturally absorb excess storm water while filtering out toxins such as excess nitrogen and phosphorous which are frequently found in the landscape, therefore reducing the contaminants entering the stream. A percolation test was conducted with criteria of absorbing a one-inch rainstorm within four hours without overflow. The one-inch storm calculation included an existing downspout from the home, which would be piped into the rain garden to reduce roof runoff. The first test failed due to a deep layer of high clay-content soil. Excavation continued until a layer of sandy loam was reached, the percolation test was repeated, and a successful test result was achieved. Next, the entire rain garden basin was excavated to the sandy loam layer and the soil amended with compost and sand to create a highly porous planting media. Geotextile fabric was placed to help reduce migration of the surface stone into the soil and allow for minimal maintenance. Gravel, river stone and small boulders were carefully placed to achieve the look of a natural streambed. A palette of mostly native plants with a few non-invasive ornamentals were chosen for their ability to survive in extreme conditions ranging from floods to drought and were placed according to their specific preferences. Wetland plants were chosen for the lowest portion of the rain garden as that area remains saturated for longer periods of time, with a Chionanthus virginicus as a focal point surrounded by irises and ferns at the lowest depth. Plants tolerant of drier conditions were chosen for the upper edges of the garden. The beautiful colors of Monarda, Ligularia, Eupatorium, Solidago, Chelone, and Rudbeckia were scattered within the upper edge, while movement and softness were incorporated by use of the graceful Nassella that lines the border. Finally, winter interest was provided with a backdrop of Cornus sericea. As built, this small rain garden creates tremendous impact by decreasing the amount of storm water runoff not only on our client's property, but also in the neighboring stream. It serves as a means of slowing the water and providing an area for infiltration back into the earth. The plants provide a habitat for birds, butterflies, and insects, working in harmony with nature and providing beautiful visual interest year-round. Photo Credit: Lisa C. Falls

We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). A deep but very thin overhang at the southern corner provides shade and drops a dramatic shadow mimicking the one seen at the entry porch. An incrementally tapering staircase carves a little more space away in the entry foyer and leads the eye to the main living area beyond. From the main living space, a ribbon of glass opens to the view down the hill and to the lake beyond. The exterior features locally milled tongue-and-groove cedar in two varying directions, with gaps not only at the verticals, but at the horizontal joints as well. This high-performance home needs just a single heat pump per floor and utilizes the gas stove only to take the edge off the coldest of nights, perhaps right after dip in the pool. Photo credit: Irvin Serrano

We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). Photographer credit: Irvin Serrano

u2014 ALE: Wayne Rain Garden Pennsylvania Landscape & Nursery Association u2014 ALE: Wayne Rain Garden Terren Landscapes http://www.terrenlandscapes.com 2014 PLNA Awards for Landscape Excellence winner Category: Residential Up to $15,000 Award Level: Gold Project Description: Our company was contracted by the client to provide a creative solution to an ongoing drainage problem. Their property is located within 30 feet of a local stream that collects storm water from the surrounding area. The nearby stream and high water table caused the lawn area at the side of their home to flood and to remain waterlogged for a few days after each storm. The client not only had difficulty growing plants in the existing conditions, but also had a problem with mosquitoes due to standing water. Our goal was to design a self-contained, naturalistic rain garden that slowed storm water runoff, allowed for percolation, and promoted infiltration while permitting excess clean water to enter the nearby stream with diminished force. As designed, the rain garden allows the earth to slowly and more naturally absorb excess storm water while filtering out toxins such as excess nitrogen and phosphorous which are frequently found in the landscape, therefore reducing the contaminants entering the stream. A percolation test was conducted with criteria of absorbing a one-inch rainstorm within four hours without overflow. The one-inch storm calculation included an existing downspout from the home, which would be piped into the rain garden to reduce roof runoff. The first test failed due to a deep layer of high clay-content soil. Excavation continued until a layer of sandy loam was reached, the percolation test was repeated, and a successful test result was achieved. Next, the entire rain garden basin was excavated to the sandy loam layer and the soil amended with compost and sand to create a highly porous planting media. Geotextile fabric was placed to help reduce migration of the surface stone into the soil and allow for minimal maintenance. Gravel, river stone and small boulders were carefully placed to achieve the look of a natural streambed. A palette of mostly native plants with a few non-invasive ornamentals were chosen for their ability to survive in extreme conditions ranging from floods to drought and were placed according to their specific preferences. Wetland plants were chosen for the lowest portion of the rain garden as that area remains saturated for longer periods of time, with a Chionanthus virginicus as a focal point surrounded by irises and ferns at the lowest depth. Plants tolerant of drier conditions were chosen for the upper edges of the garden. The beautiful colors of Monarda, Ligularia, Eupatorium, Solidago, Chelone, and Rudbeckia were scattered within the upper edge, while movement and softness were incorporated by use of the graceful Nassella that lines the border. Finally, winter interest was provided with a backdrop of Cornus sericea. As built, this small rain garden creates tremendous impact by decreasing the amount of storm water runoff not only on our client's property, but also in the neighboring stream. It serves as a means of slowing the water and providing an area for infiltration back into the earth. The plants provide a habitat for birds, butterflies, and insects, working in harmony with nature and providing beautiful visual interest year-round. Photo Credit: Lisa C. Falls

Terren Landscapes http://www.terrenlandscapes.com 2014 PLNA Awards for Landscape Excellence Winner Category: Residential $120,000 & Over Award Level: Silver Project Description: The goal of the Vaccaro project was to change the existing non-functional landscape into multiple entertainment spaces while working within the tight confines of impervious coverage requirements. The project consisted of removing, redesigning and re-installing existing hardscaping, front and rear, reconfiguring the driveway to accommodate more parking, handling storm water on-site, and increasing the aesthetic appeal of the property. The client was remodeling the home in the theme of a rustic French country estate and in our design we endeavored to adhere to this chosen theme. The existing driveway was a circular driveway located off of the main axis of the front door. Reconfiguring the driveway improved vehicular flow, provided additional parking, and reduced impervious space. By consolidating the parking to the side of the house where the garage is located, we maintained the French theme in encouraging arriving cars to pull up closer to the home's entry. We also worked with the architect in the renovation of the home to position the garage windows so that they were placed in the voids of the arbor we constructed over the parking spaces by the garage. The rustic arbor creates a vertical element and delineates the pedestrian walkway from vehicular traffic. The main walkway spans the front of the home so that it extends down to the parking area to guide visitors to the main entrance. To handle the storm water generated by the driveway, we installed a rain garden, which was placed in the front right side yard. The rain garden area was excavated, the soil in the planting areas was heavily amended with compost, sand, and diatomaceous earth, and mostly native plant material was installed to help absorb excess water. In the bottom-most area of the basin filter fabric was laid to help prevent migration of the stone into the soil and decorative stone was spread to slow the flow of water. Storm water is held until it successfully infiltrates the soil, and the plant material provides a natural habitat that supports butterflies, birds, and beneficial insects. The existing front patio was removed and the size increased to make the space more functional. To increase function and circulation we worked with the architect to create a dining room that extends to the out-of-doors by adding French doors to the front of the home, which open to the new gravel front terrace. The homeowner desired a planting scheme that would create delineation between the front yard and the gravel terrace without blocking the morning sunlight. To achieve this we chose standardized Physocarpus 'Diablo' to compliment the warm cream-colored stucco of the home and provide structure to the patio space. In the rear of the property we removed the existing brick patio and installed a dry-laid quartzite patio that nicely compliments the cream-colored stucco. We redesigned the rear patio space using 45 degree angles to represent the old French design theory of bisecting spaces with diagonals. Utilizing this design theory created more interesting patio spaces and allowed us to soften the sharp angles by planting the negative spaces between the house and patio. Seat walls were also designed and installed to create more seating without sacrificing impervious space. Per the homeowner's wishes, we also designed a separate area in the rear of the yard for a natural boulder fire pit, which is located along the axis of the kitchen window. Half of the ring utilizes boulders for seating for a small gathering while the other half allowed the homeowner's addition of colorful Adirondack chairs to finish the fire circle. Incorporating the French theme throughout, we also designed and installed a small vegetable garden in the side yard so the homeowner could grow her own vegetables and herbs. Photo Credit: Terren Landscapes

We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). Photographer credit: Irvin Serrano

Courtesy Missouri Botanical Garden Photo credit: Lisa Francis New England aster and Goldenrod New England aster and Goldenrod Aster novae-angliae and Solidago speciosa Kemper - Lopata Prairie Garden

We created an almost crystalline form that reflected the push and pull of the most important factors on the site: views directly to the NNW, an approach from the ESE, and of course, sun from direct south. To keep the size modest, we peeled away the excess spaces and scaled down any rooms that desired intimacy (the bedrooms) or did not require height (the pool room). Photographer credit: Irvin Serrano

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

Architectural Resource is extremely excited to share with you the 'River View' house. This very special remodeling project was the first remodeling project in S.E. Michigan to achieve Emerald Certification (the highest level possible) in the National Association of Home Builder’s (NAHB) National Green Building Certification Program. This home combines smart, sustainable design; advanced construction techniques; and integrated solar panels for renewable energy capture. The result… our clients received a Credit for net excess electrical production in July of 2014, the hottest July on record to date! This state of the art remodel and addition project includes a new two-story addition, master suite and kitchen remodel, and a view of the Huron River valley that one reporter exclaimed was "the most beautiful view in Ann Arbor!" -Beth Singer Photography

An ideal sanctuary for all your succulents and water-wise plants. This modern planter's unique design eliminates the need for excessive soil and water that would be needed to fill a deeper container. Sustainable, efficient and unparalleled style~this planter is a game changer in the modern garden world. Includes rubber footings to protect your surface from scratches. Includes optional drain hole. Powder coated steel. Wipe clean with a soft damp cloth. 18" x 18"x 18" 20" and 24" available for special orders. Contact us for pricing. Photo credit: CarolineGreyshock.com

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

The 2 Panel Barn Door is the most universal of all the doors in terms of adapting to different styles. Widely seen as a more modern look, the sharp edges and lack of excessive design allows the barn door to blend with all home decor. The door shop is able to manufacture the door to any style needed. The door itself is made with mortise and tenon joinery, along with engineered alder rails and stiles to ensure the doors longevity. The door includes a groove in the bottom of the door to accept floor guide. This barn door is complementary to any of our barn door hardware. Hardware not included unless added to the order Photo credit: Our Vintage Nest