Search results for "Address environmental" in Home Design Ideas
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
Find the right local pro for your project
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
RHEINZINKInspired by noted American architect Norman Jaffe, the strikingly contemporary Sagaponack Residence on Long Island is highlighted by distinctively unique angles both inside and out. Jaffe was widely recognized for his contemporary residential style and use of natural materials and passive solar forms of design for his many South Long Island beach houses.
The 2,700 sq. ft. private residence is located one-half mile from the Atlantic coast and sited in an area that was originally characterized by long vistas over farm fields to the ocean beyond. Now, the area is thickly built up with weekend homes. The project was meant to address this change by creating a place that focuses on the immediate landscape and provides a garden environment for the owner.
A collaborative arrangement between two architectural firms brought the project to life. Andrew Reyniak, principal at ARAPC, New York, was architect of record; Mark Anthony C. Verzosa, principal at +macv, Sag Harbor, NY, was design consultant and general contractor.
“We knew we wanted to use zinc from the beginning,” Verzosa said. “We wanted a material that had a life.” Approximately 5,500 sq. ft. of prePATINA blue-grey RHEINZINK was specified to provide the life and the look that the design team sought. RHEINZINK Vertical Angled Standing Seam Panels and Flat Lock Tiles clad the exterior along with rough-sawn, locally-sourced white cedar. RHEINZINK Double Lock Standing Seam Panels were used on the roof.
“The RHEINZINK is obviously a very versatile material,” according to Verzosa. “The color blends very well into the environment and the sky in particular. And we like the way it patinas and self-heals.”
The unique design of the house incorporates unusual angles on both the exterior and interior. “There’s not a lot of 90 degree or horizontal plumb walls,” Verzosa said. “The dramatic geometry of the building created complicated detailing on the project.”
Fabrication and installation of the RHEINZINK panels was done by Metropan Systems, Inc., Bayside, NY. The company specializes in zinc façade and roofing projects, according to John Gushue, president. “We’ve done more than 60 zinc projects since 2001 and the majority have been RHEINZINK,” Gushue said. “If I could do zinc every day, I would.”
The unusual geometry of the Sagaponack Residence made for a challenging installation. “There was nothing cookie cutter about this job,” according to Gushue. “We began meeting with the architect about a year before actually starting the work in order to incorporate the very best detailing. Every fastener is hidden and there’s no caulk on the façade. Many of the RHEINZINK panels were fabricated on-site in order to bend around corners. And the flashing details had to be meticulous.”
The design of the project presents a modern, artistic look in every aspect. “Of all the zinc projects we’ve done, this is my favorite,” Gushue said. “It was a great job to be on. And properly maintained, it could last for 150 years.”
RHEINZINKInspired by noted American architect Norman Jaffe, the strikingly contemporary Sagaponack Residence on Long Island is highlighted by distinctively unique angles both inside and out. Jaffe was widely recognized for his contemporary residential style and use of natural materials and passive solar forms of design for his many South Long Island beach houses.
The 2,700 sq. ft. private residence is located one-half mile from the Atlantic coast and sited in an area that was originally characterized by long vistas over farm fields to the ocean beyond. Now, the area is thickly built up with weekend homes. The project was meant to address this change by creating a place that focuses on the immediate landscape and provides a garden environment for the owner.
A collaborative arrangement between two architectural firms brought the project to life. Andrew Reyniak, principal at ARAPC, New York, was architect of record; Mark Anthony C. Verzosa, principal at +macv, Sag Harbor, NY, was design consultant and general contractor.
“We knew we wanted to use zinc from the beginning,” Verzosa said. “We wanted a material that had a life.” Approximately 5,500 sq. ft. of prePATINA blue-grey RHEINZINK was specified to provide the life and the look that the design team sought. RHEINZINK Vertical Angled Standing Seam Panels and Flat Lock Tiles clad the exterior along with rough-sawn, locally-sourced white cedar. RHEINZINK Double Lock Standing Seam Panels were used on the roof.
“The RHEINZINK is obviously a very versatile material,” according to Verzosa. “The color blends very well into the environment and the sky in particular. And we like the way it patinas and self-heals.”
The unique design of the house incorporates unusual angles on both the exterior and interior. “There’s not a lot of 90 degree or horizontal plumb walls,” Verzosa said. “The dramatic geometry of the building created complicated detailing on the project.”
Fabrication and installation of the RHEINZINK panels was done by Metropan Systems, Inc., Bayside, NY. The company specializes in zinc façade and roofing projects, according to John Gushue, president. “We’ve done more than 60 zinc projects since 2001 and the majority have been RHEINZINK,” Gushue said. “If I could do zinc every day, I would.”
The unusual geometry of the Sagaponack Residence made for a challenging installation. “There was nothing cookie cutter about this job,” according to Gushue. “We began meeting with the architect about a year before actually starting the work in order to incorporate the very best detailing. Every fastener is hidden and there’s no caulk on the façade. Many of the RHEINZINK panels were fabricated on-site in order to bend around corners. And the flashing details had to be meticulous.”
The design of the project presents a modern, artistic look in every aspect. “Of all the zinc projects we’ve done, this is my favorite,” Gushue said. “It was a great job to be on. And properly maintained, it could last for 150 years.”
RHEINZINKInspired by noted American architect Norman Jaffe, the strikingly contemporary Sagaponack Residence on Long Island is highlighted by distinctively unique angles both inside and out. Jaffe was widely recognized for his contemporary residential style and use of natural materials and passive solar forms of design for his many South Long Island beach houses.
The 2,700 sq. ft. private residence is located one-half mile from the Atlantic coast and sited in an area that was originally characterized by long vistas over farm fields to the ocean beyond. Now, the area is thickly built up with weekend homes. The project was meant to address this change by creating a place that focuses on the immediate landscape and provides a garden environment for the owner.
A collaborative arrangement between two architectural firms brought the project to life. Andrew Reyniak, principal at ARAPC, New York, was architect of record; Mark Anthony C. Verzosa, principal at +macv, Sag Harbor, NY, was design consultant and general contractor.
“We knew we wanted to use zinc from the beginning,” Verzosa said. “We wanted a material that had a life.” Approximately 5,500 sq. ft. of prePATINA blue-grey RHEINZINK was specified to provide the life and the look that the design team sought. RHEINZINK Vertical Angled Standing Seam Panels and Flat Lock Tiles clad the exterior along with rough-sawn, locally-sourced white cedar. RHEINZINK Double Lock Standing Seam Panels were used on the roof.
“The RHEINZINK is obviously a very versatile material,” according to Verzosa. “The color blends very well into the environment and the sky in particular. And we like the way it patinas and self-heals.”
The unique design of the house incorporates unusual angles on both the exterior and interior. “There’s not a lot of 90 degree or horizontal plumb walls,” Verzosa said. “The dramatic geometry of the building created complicated detailing on the project.”
Fabrication and installation of the RHEINZINK panels was done by Metropan Systems, Inc., Bayside, NY. The company specializes in zinc façade and roofing projects, according to John Gushue, president. “We’ve done more than 60 zinc projects since 2001 and the majority have been RHEINZINK,” Gushue said. “If I could do zinc every day, I would.”
The unusual geometry of the Sagaponack Residence made for a challenging installation. “There was nothing cookie cutter about this job,” according to Gushue. “We began meeting with the architect about a year before actually starting the work in order to incorporate the very best detailing. Every fastener is hidden and there’s no caulk on the façade. Many of the RHEINZINK panels were fabricated on-site in order to bend around corners. And the flashing details had to be meticulous.”
The design of the project presents a modern, artistic look in every aspect. “Of all the zinc projects we’ve done, this is my favorite,” Gushue said. “It was a great job to be on. And properly maintained, it could last for 150 years.”
Sweet Smiling Landscape DesignWhen I came to this property not only was the landscape a scrappy mess the property also had some very real grading and drainage issues that were jeopardizing the safety of this house. As recent transplants from New Jerseys to Southern California these clients were in awe of all the plants they were seeing in their neighborhood. Living on the water at the Ventura harbor they wanted to be able to take full advantage or the outdoor lifestyle and cool ocean breeze. Being environmentally conscious citizens, these clients were very concerned that their garden was designed with sustainability as a leading factor. As they said in our initial consultation, “Would want or garden be part of the solution not part of the problem.”
This property is the last house on the bottom of a gently sloping street. All the water from the neighbor’s houses drain onto this property. When I came into this project the back yard sloped into the house. When it would rain the water would pool up against the house causing water damage. To address the drainage we employed several tactics. Firstly, we had to invert the slope in the back yard so that water would not pool against the house. We created a very minor slope going away from the house so that water drains away but so the patio area feels flat.
The back of the back yard had an existing retaining wall made out of shabby looking slump stone. In front of that retaining wall we created a beautiful natural stone retaining wall. This retain wall severs many purposes. One it works as a place to put some of the soil removed from the grading giving this project a smaller carbon foot print (moving soil of a site burns a lot of fossil fuel). The retaining wall also helps obscure the shabby existing retaining wall and allows for planting space above the footing from the existing retaining wall. The soil behind the ne retaining wall is slightly lower than the top of the wall so that when the run on water on from the neighbor’s property flows it is slowed down and absorbed before it has a chance to get near the house. Finally, the wall is at a height designed to serve as overflow seating as these clients intend to have occasional large parties and gatherings.
Other efforts made to help keep the house safe and dry are that we used permeable paving. With the hardscape being comprised of flag stone with gravel in-between water has a chance to soak into the ground so it does not flow into spots where it will pool up.
The final element to help keep the house dry is the addition of infiltration swales. Infiltration swales are depressions in the landscape that capture rain water. The down spouts on the sides of the houses are connected to pipe that goes under the ground and conveys the water to the swales. In this project it helps move rain water away from the house. In general, these Infiltration swales are a powerful element in creating sustainable landscapes. These swales capture pollutants that accumulate on the roof and in the landscape. Biology in the soil in the swales can break down these pollutants. When run of watered is not captured by soil on a property the dirty water flows into water ways and then the ocean were the biology that breaks down the pollutants is not as prolific. This is particularly important in this project as it drains directly into the harbor. The water that is absorbed in to the swales can replenish aquafers as well as increasing the water available to the plants planted in that area recusing the amount of water that is needed from irrigation.
When it came to the planting we went with a California friendly tropical theme. Using lots of succulents and plants with colorful foliage we created vibrant lush landscape that will have year around color. We planted densely (the images in the picture were taken only a month after installation). Taller drought tolerant plants to help regulate the temperature and loss of water from the plants below them. The dense plantings will help keep the garden, the house and even the neighborhood cooler on hot days, will provide spaces for birds to enjoy and will create an illusion of depth in a somewhat narrow space.
Today this garden is a space these homeowners can fully enjoy while having the peace of mind that their house is protected from flooding and they are helping the environment.
RHEINZINKInspired by noted American architect Norman Jaffe, the strikingly contemporary Sagaponack Residence on Long Island is highlighted by distinctively unique angles both inside and out. Jaffe was widely recognized for his contemporary residential style and use of natural materials and passive solar forms of design for his many South Long Island beach houses.
The 2,700 sq. ft. private residence is located one-half mile from the Atlantic coast and sited in an area that was originally characterized by long vistas over farm fields to the ocean beyond. Now, the area is thickly built up with weekend homes. The project was meant to address this change by creating a place that focuses on the immediate landscape and provides a garden environment for the owner.
A collaborative arrangement between two architectural firms brought the project to life. Andrew Reyniak, principal at ARAPC, New York, was architect of record; Mark Anthony C. Verzosa, principal at +macv, Sag Harbor, NY, was design consultant and general contractor.
“We knew we wanted to use zinc from the beginning,” Verzosa said. “We wanted a material that had a life.” Approximately 5,500 sq. ft. of prePATINA blue-grey RHEINZINK was specified to provide the life and the look that the design team sought. RHEINZINK Vertical Angled Standing Seam Panels and Flat Lock Tiles clad the exterior along with rough-sawn, locally-sourced white cedar. RHEINZINK Double Lock Standing Seam Panels were used on the roof.
“The RHEINZINK is obviously a very versatile material,” according to Verzosa. “The color blends very well into the environment and the sky in particular. And we like the way it patinas and self-heals.”
The unique design of the house incorporates unusual angles on both the exterior and interior. “There’s not a lot of 90 degree or horizontal plumb walls,” Verzosa said. “The dramatic geometry of the building created complicated detailing on the project.”
Fabrication and installation of the RHEINZINK panels was done by Metropan Systems, Inc., Bayside, NY. The company specializes in zinc façade and roofing projects, according to John Gushue, president. “We’ve done more than 60 zinc projects since 2001 and the majority have been RHEINZINK,” Gushue said. “If I could do zinc every day, I would.”
The unusual geometry of the Sagaponack Residence made for a challenging installation. “There was nothing cookie cutter about this job,” according to Gushue. “We began meeting with the architect about a year before actually starting the work in order to incorporate the very best detailing. Every fastener is hidden and there’s no caulk on the façade. Many of the RHEINZINK panels were fabricated on-site in order to bend around corners. And the flashing details had to be meticulous.”
The design of the project presents a modern, artistic look in every aspect. “Of all the zinc projects we’ve done, this is my favorite,” Gushue said. “It was a great job to be on. And properly maintained, it could last for 150 years.”
RHEINZINKInspired by noted American architect Norman Jaffe, the strikingly contemporary Sagaponack Residence on Long Island is highlighted by distinctively unique angles both inside and out. Jaffe was widely recognized for his contemporary residential style and use of natural materials and passive solar forms of design for his many South Long Island beach houses.
The 2,700 sq. ft. private residence is located one-half mile from the Atlantic coast and sited in an area that was originally characterized by long vistas over farm fields to the ocean beyond. Now, the area is thickly built up with weekend homes. The project was meant to address this change by creating a place that focuses on the immediate landscape and provides a garden environment for the owner.
A collaborative arrangement between two architectural firms brought the project to life. Andrew Reyniak, principal at ARAPC, New York, was architect of record; Mark Anthony C. Verzosa, principal at +macv, Sag Harbor, NY, was design consultant and general contractor.
“We knew we wanted to use zinc from the beginning,” Verzosa said. “We wanted a material that had a life.” Approximately 5,500 sq. ft. of prePATINA blue-grey RHEINZINK was specified to provide the life and the look that the design team sought. RHEINZINK Vertical Angled Standing Seam Panels and Flat Lock Tiles clad the exterior along with rough-sawn, locally-sourced white cedar. RHEINZINK Double Lock Standing Seam Panels were used on the roof.
“The RHEINZINK is obviously a very versatile material,” according to Verzosa. “The color blends very well into the environment and the sky in particular. And we like the way it patinas and self-heals.”
The unique design of the house incorporates unusual angles on both the exterior and interior. “There’s not a lot of 90 degree or horizontal plumb walls,” Verzosa said. “The dramatic geometry of the building created complicated detailing on the project.”
Fabrication and installation of the RHEINZINK panels was done by Metropan Systems, Inc., Bayside, NY. The company specializes in zinc façade and roofing projects, according to John Gushue, president. “We’ve done more than 60 zinc projects since 2001 and the majority have been RHEINZINK,” Gushue said. “If I could do zinc every day, I would.”
The unusual geometry of the Sagaponack Residence made for a challenging installation. “There was nothing cookie cutter about this job,” according to Gushue. “We began meeting with the architect about a year before actually starting the work in order to incorporate the very best detailing. Every fastener is hidden and there’s no caulk on the façade. Many of the RHEINZINK panels were fabricated on-site in order to bend around corners. And the flashing details had to be meticulous.”
The design of the project presents a modern, artistic look in every aspect. “Of all the zinc projects we’ve done, this is my favorite,” Gushue said. “It was a great job to be on. And properly maintained, it could last for 150 years.”
Alair Homes ChilliwackThis was a challenging project for very discerning clients. The home was originally owned by the client’s father, and she inherited it when he passed. Care was taken to preserve the history in the home while upgrading it for the current owners. This home exceeds current energy codes, and all mechanical and electrical systems have been completely replaced. The clients remained in the home for the duration of the reno, so it was completed in two phases. Phase 1 involved gutting the basement, removing all asbestos containing materials (flooring, plaster), and replacing all mechanical and electrical systems, new spray foam insulation, and complete new finishing.
The clients lived upstairs while we did the basement, and in the basement while we did the main floor. They left on a vacation while we did the asbestos work.
Phase 2 involved a rock retaining wall on the rear of the property that required a lengthy approval process including municipal, fisheries, First Nations, and environmental authorities. The home had a new rear covered deck, garage, new roofline, all new interior and exterior finishing, new mechanical and electrical systems, new insulation and drywall. Phase 2 also involved an extensive asbestos abatement to remove Asbestos-containing materials in the flooring, plaster, insulation, and mastics.
Photography by Carsten Arnold Photography.
team3The A18 Residence is a townhouse renovation project located in the southern part of New Delhi. team3 was tasked with transforming the facade while minimising modifications to create a visually appealing and functional space that provides residents with a sense of peace and tranquillity.
Blurring the Boundaries Between Indoors and Outdoors
The driving force behind the project was to seamlessly infuse green elements into the building’s living spaces. This was achieved through a transparent living space that harmoniously bridges the divide between the interiors and the natural surroundings. Floor-to-ceiling windows and sliding doors allow for maximum natural light and ventilation, creating a sense of openness and connection to the outdoors. These windows are double-paned to help reduce noise pollution.
A defining feature of the project is its fully planted facade. A pragmatic approach was adopted to ensure the vitality of the greens. Plants are placed to be accessed via the staircase with landings to the balconies, avoiding the need to cross through the rooms for maintenance and sharing the responsibility of upkeep.
Effective Zoning to Enhance Functionality
The property's strategic location presented a dual-faced scenario, overlooking a small park at the rear and fronting a busy main road. To address the latter, a green strip and a service road were introduced as buffers to minimise noise intrusion. The green strip was designed to be unobtrusive, using low-maintenance materials and native plants that require minimal watering. The planted facade also adds a level of protection shielding the indoor environment from the noise and pollution of the adjoining road.
Sustainable Design with Shared Amenities and Accessible Maintenance
The A18 Residence is a single-family home designed for a family of four. The design process was collaborative, with the clients deeply engaged due to their keen interest in architectural aesthetics and sustainability. This collaboration led to the introduction of shared, energy-efficient amenities and resources, fostering efficiency. A terrace garden maintained with harvested rainwater also acts as a communal area for the family.
The balconies have been thoughtfully designed with an external staircase for convenient access and maintenance without compromising residents' privacy. The project unfolded organically across its various levels. On the ground floor, residents enjoy greenery from both front and rear gardens, offering a dynamic connection with nature. The first floor features a continuous living space that seamlessly merges with the lush surroundings. On the third floor, a strategically positioned courtyard artfully links to the rooftop terrace garden, extending the green narrative and providing panoramic views and a tangible connection to nature.
Solar panels on the roof provide electricity for common areas, while a rainwater harvesting system collects rainwater for irrigation. These features help to reduce the project's environmental impact and create a more sustainable urban lifestyle for its residents.
Blending Simplicity, Functionality, and Natural Light
The interiors of the A18 Residence are designed to complement the overall aesthetic of the project, with a focus on simplicity and functionality. The open-plan living space is flooded with natural light, thanks to the floor-to-ceiling windows. Spacious, well-lit bedrooms feature private balconies that offer stunning views of the surrounding greenery. The landscape is an integral part of the design, providing residents with a tranquil oasis in the city.
The A18 Residence stands as an example of how innovative design and a collaborative approach can transform an existing building into a thriving urban oasis. Its focus on sustainability, functionality, and connection to nature makes it a model for sustainable living in the city.
Spire NorthTucked away in the backwoods of Torch Lake, this home marries “rustic” with the sleek elegance of modern. The combination of wood, stone and metal textures embrace the charm of a classic farmhouse. Although this is not your average farmhouse. The home is outfitted with a high performing system that seamlessly works with the design and architecture.
The tall ceilings and windows allow ample natural light into the main room. Spire Integrated Systems installed Lutron QS Wireless motorized shades paired with Hartmann & Forbes windowcovers to offer privacy and block harsh light. The custom 18′ windowcover’s woven natural fabric complements the organic esthetics of the room. The shades are artfully concealed in the millwork when not in use.
Spire installed B&W in-ceiling speakers and Sonance invisible in-wall speakers to deliver ambient music that emanates throughout the space with no visual footprint. Spire also installed a Sonance Landscape Audio System so the homeowner can enjoy music outside.
Each system is easily controlled using Savant. Spire personalized the settings to the homeowner’s preference making controlling the home efficient and convenient.
Amy Martin Landscape Designwww.jfaynovakphotography.com
This is an example of a large modern partial sun side yard concrete paver formal garden in Boston for fall.
This is an example of a large modern partial sun side yard concrete paver formal garden in Boston for fall.
Krugel Cobbles, Inc.Design by Kettelkamp & Kettelkamp Landscape Architecture; All Photos by Linda Oyama Bryan
Design ideas for a large traditional backyard gravel landscaping in Chicago.
Design ideas for a large traditional backyard gravel landscaping in Chicago.
Simply Sustainable LandscapingDesign ideas for a mid-sized traditional full sun backyard concrete paver formal garden in St Louis for summer.
Estero Builders, Inc.
Sandprints Photography
Inspiration for a mid-sized contemporary backyard deck remodel in San Luis Obispo with a fire pit and no cover
Inspiration for a mid-sized contemporary backyard deck remodel in San Luis Obispo with a fire pit and no cover
Alicia Roche InteriorsJapanese maple with a variety of annuals make this backyard corner a true statement piece in the design! Plantscape by Dirt Queen NYC.
Small eclectic backyard concrete patio container garden photo in Austin with an awning
Small eclectic backyard concrete patio container garden photo in Austin with an awning
Iron Age Manufacturing Ltd.Inspiration for a mid-sized contemporary partial sun side yard gravel formal garden in Vancouver.
Lanson B. Jones & Co, Inc.Trellised confederate jasmine lines the brick wall leading to the garage.
Photo of a traditional landscaping in Houston.
Photo of a traditional landscaping in Houston.
7