Example of a small classic 3/4 white tile and stone tile mosaic tile floor alcove shower design in Chicago with an undermount sink, recessed-panel cabinets, black cabinets, quartzite countertops, a two-piece toilet and gray walls

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

Photo of a coastal landscaping in Portland Maine.

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

One of two spillways on the pond.
Photo of a mid-sized traditional partial sun backyard water fountain landscape in New York.

This stained glass window was created as part of our signature Aspen Stained Glass line. These windows look beautiful in cottage style or contemporary homes and are a great way for outdoor enthusiasts to celebrate their love of nature. The textured appearance of the glass provides the homeowners with a high level of privacy and comfort.

The driveway installation started with the excavation of existing asphalt and sub base. New concrete base with fiber mesh was installed with Amagansett granite pavers is laid over a thin layer of graded sand. Stone was selected from the Gappsi natural stone collection. Jumbo Belgian block was installed for the street curb and driveway entrance. The sealing process begins with pressure washing the entire patio, removing all dirt/debris from the stone surface and in between the joints. Next, Nexgel Techniseal synthetic sand is applied in between the pavers joints and vibrated with a mechanical plate compactor. The plate compactor has rubber rollers to prevent the stones from cracking or scratching. This vibrating process allows the sand to fall in between the joints and density. Then, we clean the pavers with brooms and landscape blowers, to clean the excess sand from the pavers surface and to evenly spread the sand in between the pavers joints. The next step is to wash the pavers by misting water to penetrate the synthetic sand into the paver joints all the way down below the pavers. The sand and water activate a chemical reaction of the pollen that’s in the sand to cause the sand to harden. Finally, the application of the sealer, two parts components urethane dealer, specially formulated for Gappsi, is applied to the pavers surface and the sand joints to prevent stones from staining, extend their life cycle and further enhance their texture, color, and surface. From design concept to finish execution Gappsi provides natural stone supply/installation, Cleaning and sealing services. For more information about design and installation in Dix Hills NY, visit www.gappsi.com or call us at 631-543-1177 for a free estimate. https://www.youtube.com/watch?v=FFjStxnDXEY&t=1s

The driveway installation started with the excavation of existing asphalt and sub base. New concrete base with fiber mesh was installed with Amagansett granite pavers is laid over a thin layer of graded sand. Stone was selected from the Gappsi natural stone collection. Jumbo Belgian block was installed for the street curb and driveway entrance. The sealing process begins with pressure washing the entire patio, removing all dirt/debris from the stone surface and in between the joints. Next, Nexgel Techniseal synthetic sand is applied in between the pavers joints and vibrated with a mechanical plate compactor. The plate compactor has rubber rollers to prevent the stones from cracking or scratching. This vibrating process allows the sand to fall in between the joints and density. Then, we clean the pavers with brooms and landscape blowers, to clean the excess sand from the pavers surface and to evenly spread the sand in between the pavers joints. The next step is to wash the pavers by misting water to penetrate the synthetic sand into the paver joints all the way down below the pavers. The sand and water activate a chemical reaction of the pollen that’s in the sand to cause the sand to harden. Finally, the application of the sealer, two parts components urethane dealer, specially formulated for Gappsi, is applied to the pavers surface and the sand joints to prevent stones from staining, extend their life cycle and further enhance their texture, color, and surface. From design concept to finish execution Gappsi provides natural stone supply/installation, Cleaning and sealing services. For more information about design and installation in Dix Hills NY, visit www.gappsi.com or call us at 631-543-1177 for a free estimate. https://www.youtube.com/watch?v=FFjStxnDXEY&t=1s

Exterior, brick, lime, limewash, painted brick, architectural finish

This modern beach front home needed a landscape to compliment its clean, crisp style. We were able to provide ample off street parking without creating a dull expanse of concrete. This pattern of concrete with stone banding was continued in the horizontal fencing for a subtle nautical undertone. While an assortment of grasses and other low maintenance plants that thrive in this seaside environment help to enhance the sense of place.

Exposed aggregate driveway after cleaning & sealing with Paver Gloss Sealer.
Inspiration for a mid-sized front yard driveway in Detroit.

Mediterranean exterior home idea in San Francisco

This hallway floor was actually at a house in the town of Stamford which is just over the northern border of Northamptonshire and slightly out of my area; however I was recommended to the owner by another client which is always welcome and a testimonial in itself. I work right across the county so it wasn’t long before I was in the general area and arranged a visit to carry out an inspection of the Victorian Quarry tiled floor and provide a quote for a full restoration. The owner of the house had just moved in recently and although the floor was in good overall physical, it was in need of a thorough clean and new seal to bring back some life to the tiles. Additionally she was having lots of other building work done to the house and she wanted to retain this as an original feature of the property. My quote was accepted and I was able to book the work in for the following week. These first photos show how dull the floor looked due to a build-up of builder’s dust and general wear and tear. They also show some of the equipment needed to undertake the following cleaning process. I used a brush and vacuum to remove as much loose debris and dust from the surface of the floor as possible. I then applied a strong dilution of Tile Doctor Pro Clean to the floor which is a strong alkaline cleaner which can also be used to remove sealers; the solution was left it to dwell for roughly ten minutes before agitating it with scrubbing pads and brushes to remove the muck that was lifted to the surface. This was then wet-vacuumed twice to remove all the slurry and neutralise any chemicals. As it was such an old property I then used a steamer to heat up the tiles and draw up any contaminants and assist with the drying process. I also chose to install two fans and a dehumidifier to dry the floor even further. With the cleaning process complete – and achieving a marked difference to the appearance of the floor – I left the tiles to finish drying for 24 hours. Upon my return to the house, I checked for any excess moisture by running damp tests as this has the potential to affect the performance of the sealer. Once satisfied with the results, I sealed the floor with two coats of Tile Doctor Colour Grow, a colour enhancing sealant which offers both a robust surface seal and an aesthetically pleasing finish. I also carried out water repellency tests to ensure the sealer was working as expected and the floor had sufficient protection and will be hard-wearing for a hallway which is a high traffic area. On my client’s return to the house she was very happy with the final results – in fact, she was also in contact about some further work in the New Year! Phil Vissian Northamptonshire Tile Doctor

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

William Carson Joyce
Design ideas for a rustic landscaping in San Diego.

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

Minimalist dark wood floor kitchen photo in San Francisco

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Woodwerd
Inspiration for a large contemporary open concept family room remodel in Austin with gray walls