Tom Bonner
Example of a large trendy wooden straight open and metal railing staircase design in Los Angeles

Mid-sized beach style wooden straight wood railing staircase photo in Jacksonville with painted risers

Inspiration for an eclectic landscaping in Charlotte.

Brad + Jen Butcher
Inspiration for a large contemporary open concept medium tone wood floor and brown floor living room library remodel in Nashville with gray walls and a stone fireplace

http://peterdressel.com/
Living room - mid-sized scandinavian open concept light wood floor living room idea in New York with a music area, white walls and a stone fireplace

Inspiration for a small contemporary master gray tile porcelain tile and gray floor alcove bathtub remodel in Los Angeles with white walls

A rectangular seating area lies in the back of the garden, at the end of the pathway. The backer board clad knee wall defines the space. The planter filled with bamboo signifies the journey through the garden and tells a story, one of man's conquest of nature and its reintroduction on human terms. The rebar in front of the planter mimics the shape of the bamboo. Photo by Jay Sifford

The entry foyer’s custom designed staircase has fluted balusters supporting a mahogany handrail. Paneled riser returns with profiled end brackets finish the elegant effect.

Toys can really begin to take over the house - so figuring out an organization system will not only make you happy but it's a great way to teach those tykes the importance of organization. Clear Shoe Boxes from The Container Store also make for great containers to store by color, shape, or set.

Archway with architrave leading to entry and stair. This custom, high-performance home was designed and built to a LEED for Homes Platinum rating, the highest rating given to homes when certified by the US Green Building Council. The house has been laid out to take maximum advantage of both passive and active solar energy, natural ventilation, low impact and recyclable materials, high efficiency lighting and controls, in a structure that is very simple and economical to build. The envelope of the house is designed to require a minimum amount of energy in order to live and use the home based on the lifestyle of the occupants. The home will have an innovative HVAC system that has been recently developed by engineers from the University of Illinois which uses considerably less energy than a conventional heating and cooling system and provides extremely high indoor air quality utilizing a CERV (conditioned energy recovery ventilation system) combined with a cost effective installation. Lawrence Smith Photography

A modern home in The Hamptons with some pretty unique features! Warm and cool colors adorn the interior, setting off different moods in each room. From the moody burgundy-colored TV room to the refreshing and modern living room, every space a style of its own. We integrated a unique mix of elements, including wooden room dividers, slate tile flooring, and concrete tile walls. This unusual pairing of materials really came together to produce a stunning modern-contemporary design. Artwork & one-of-a-kind lighting were also utilized throughout the home for dramatic effects. The outer-space artwork in the dining area is a perfect example of how we were able to keep the home minimal but powerful.

The stair risers are beautifully tiled with antiqued copper tiles giving the stairs a shimmering effect in the light.
Staircase - huge transitional wooden straight metal railing staircase idea in Dallas with tile risers

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

Photo by: Leonid Furmansky
Inspiration for a large transitional metal straight open staircase remodel in Austin

Project by Studio H:T principal in charge Brad Tomecek (now with Tomecek Studio Architecture). This project tests the theory of bringing high quality design to a prefabricated factory setting. Enrolled in the LEED-Home Pilot, this residence completed certification. The modular home was conceived as two boxes that slide above one another to create outdoor living space and a lower covered rear entry. The passive solar design invites large amounts of light from the south while minimizing openings to the east and west. Factory construction saves both time and costs while reducing waste and using a controlled labor force. Built in a factory north of Denver, the home arrived by flatbed truck in two pieces and was craned into place in about 4 hours providing a fast, sustainable, cost effective alternative to traditional homebuilding techniques. Upgraded lighting fixtures, plumbing fixtures, doors, door hardware, windows, tile and bamboo flooring were incorporated into the design. 80% of the residence was completed in the factory in less than 3 weeks and other items were finished on site including the exterior stucco, garage, metal railing and stair. Stack-Slide-Stitch describes the conceptual process of how to tie together two distinct modular boxes. Stack refers to setting one modular directly on top of the other. Slide refers to the action that creates an upper southern deck area while simultaneously providing a covered rear entry area. The stitching or interlocking occurs with the upward extension of the lower volume with the front deck walls and with the rear two story vertical.

Traditional details and molding accentuate this audio video entertainment cabinet with room for displaying art and housing books.
Family room - mid-sized traditional enclosed carpeted family room idea in Orange County with beige walls, a standard fireplace, a brick fireplace and a media wall

Perforated steel stairs allow light to penetrate through the house.
Inspiration for a large modern metal straight staircase remodel in Chicago with metal risers

Example of a large transitional wooden staircase design in Bridgeport with painted risers

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