Large trendy master single-sink bathroom photo in Portland with flat-panel cabinets, medium tone wood cabinets, marble countertops, white countertops and a built-in vanity

Ever notice how your iron fence looks more rust than paint after another brutal Chicago winter? That is usually the moment homeowners start searching for a painting contractor who actually understands metal - not just someone who will brush a coat of black paint over active corrosion and call it done. At Windy City Painters, iron fence restoration is one of our most requested services on the North Side and Near West Side, and for good reason. These fences are old, they are beautiful, and they deserve a proper finish system. PROJECT OVERVIEW This project involved a full ornamental iron fence on a North Side greystone property. The fence was original to the building - likely installed in the 1910s or 1920s - and had gone through multiple paint cycles without any rust conversion work. By the time Windy City Painters arrived, the horizontal rails showed active pitting, the vertical spindles had surface rust under lifting paint, and two corner posts had minor joint separation. The homeowner wanted the fence restored to a sharp satin black finish that would hold through multiple Chicago winters. MATERIALS AND PRODUCTS Ospho Rust Converter - phosphoric acid formula that chemically neutralizes iron oxide and converts it to iron phosphate, a stable paintable surface. Used on all pitted and actively corroded areas before primer application. Rust-Oleum DTM Rust-Inhibitive Primer - direct-to-metal primer that bonds to both converted rust zones and bare metal, blocking moisture intrusion at the substrate level. Sherwin-Williams DTM Acrylic Topcoat - flexible, moisture-resistant finish formulated to expand and contract with metal through temperature cycling. Applied in two finish coats in satin black. For cases with deeper rust penetration, Corroseal Water-Based Rust Converter and Metal Primer is an alternative that combines conversion and priming in a single product, useful on complex ornamental profiles where two-product systems are harder to apply. THE PROCESS Step 1 - Mechanical Preparation. Windy City Painters wire-wheels all loose rust, flaking paint, and scale using angle grinders fitted with wire wheel attachments. On heavily pitted sections, needle gun descaling is used to reach rust in tight ornamental grooves. This step is non-negotiable. No coating bonds reliably to iron oxide, and skipping this step is the single most common reason iron fence paint fails within a year. Step 2 - Rust Conversion. Ospho is brushed into all pitted and bare metal areas and allowed to fully react. The surface shifts from orange to a grayish-black iron phosphate layer. This stable base accepts primer without the risk of rust migrating upward through the paint film over time. Step 3 - Primer Coat. Rust-Oleum DTM rust-inhibitive primer is applied full coverage over the entire fence surface, including areas that appeared clean but showed minor surface oxidation. DTM primer acts as a moisture barrier and mechanical adhesion layer for the finish coats. Step 4 - Finish Coats. Two coats of Sherwin-Williams DTM acrylic topcoat are applied in satin black, with adequate dry time between coats. The DTM formula remains flexible after cure, allowing the iron to expand and contract through Chicago temperature swings without the topcoat cracking or peeling at joints. CHICAGO-SPECIFIC CHALLENGES Ornamental iron on Chicago greystones, two-flats, and Victorian brownstones was almost never hot-dip galvanized. It was painted from installation and has relied on continuous paint maintenance ever since. Chicago winters add specific stress: freeze-thaw cycles force water into any paint film crack, expanding it; road salt spray elevates corrosive chloride exposure; and humidity during spring thaw keeps metal surfaces wet for extended periods. This combination accelerates rust spread beneath paint films that appear intact on the surface. WHAT TO EXPECT LONG-TERM A properly prepped and primed iron fence finished with a DTM topcoat system should hold 5-8 years in Chicago conditions before any touch-up is warranted. Annual inspection of joints, welds, and areas near grade level will catch early moisture entry before it becomes a larger rust issue. Windy City Painters recommends scheduling touch-up earlier rather than waiting for full paint failure to protect the prep investment. PRO TIPS Tip 1 - Address joint separation before painting. If fence rails have separated at welds or mechanical joints, water will enter and rust will restart from inside the connection point regardless of the exterior coating. Flag any separated joints for welding before any paint system is applied. Tip 2 - Never use latex house paint on iron fences. Standard exterior latex lacks the adhesion and flexibility for bare metal. Always use a product labeled DTM or specify a rust-inhibitive primer underneath any finish coat applied to iron. Tip 3 - Paint in late spring or early fall. Iron fences exposed to full sun in peak summer heat can reach surface temperatures that cause solvent-based coatings to blister during application. Ideal application conditions are 50-85 degrees Fahrenheit with low humidity and no direct intense sun on the metal surface. Learn more about iron fence painting cost in Chicago and schedule your free estimate at windypainters.com FAQ Q: What does iron fence painting cost in Chicago? A: Windy City Painters typically prices residential iron fence painting at $8-$18 per linear foot. Variables include rust severity, spindle density, ornamental profile complexity, and whether rust conversion products like Ospho or Corroseal are required before priming. Q: Can you paint over rust without grinding it off first? A: No. Windy City Painters always performs mechanical prep before any coating. Wire wheel grinding removes loose scale and flaking paint. Rust converters handle residual oxidation chemically. Skipping this step means the new paint film will delaminate within one season. Q: How do I know if my iron fence needs a welder before painting? A: Windy City Painters inspects all joints and rail connections during the estimate. Rail separation, cracked welds, or sections that flex when pressed indicate structural issues that should be welded before any paint system is applied to avoid reopening at stress points. Q: What is the difference between Ospho and Corroseal? A: Both are rust converters. Ospho is a phosphoric acid solution applied as a separate step before priming, giving maximum control over conversion and primer selection. Corroseal combines conversion and primer in one product, which works well on complex ornamental profiles where a two-step system is harder to apply evenly. Q: How long does the paint last on an iron fence in Chicago? A: With full mechanical prep, rust conversion, DTM primer, and two DTM topcoats, Windy City Painters clients typically see 5-8 years of performance before touch-up is needed, even through Chicago freeze-thaw cycling and road salt exposure. Q: Do you paint iron fences that are still structurally sound but heavily rusted on the surface? A: Yes. Surface rust, even heavy pitting, does not necessarily indicate structural failure. Windy City Painters evaluates each fence individually. As long as the metal is sound under the rust, proper mechanical prep and a rust converter restore the surface to a paintable condition.

Photo: Jordana Nicholson © 2016 Houzz
Inspiration for an eclectic bedroom remodel in Nashville

THE SETUP The original primary bathroom was characterized by a disjointed and segmented layout. The shower featured a bulky glass-block enclosure that overwhelmed the space visually. There was a considerable amount of open, unused space, and despite having a his and hers vanity, the arrangement lacked personal space for each user, as they shared the conjoined space between the sinks. The toilet was inconveniently located right by the door, with a half-wall partition meant to provide privacy but instead contributing to a cramped and unbalanced feel. Overall, the bathroom’s layout and design were fragmented, failing to make the most of the available space and lacking adequate storage solutions. Design objectives: - Reconfigure the layout to enhance functionality and flow. - Create an elegant, upscale aesthetic that is light and bright. - Incorporate specialized storage solutions for female hair care needs. - Increase overall storage capacity. - Develop a spa-like shower experience. - Provide a significant wow factor to the space. THE REMODEL Design challenges to be solved: - Repositioning the toilet to a more suitable location. - Designing hair care storage solutions without cluttering the elegant space. - Balancing an upscale, elegant design with a feminine touch in the color palette. - Increasing the brightness of the room without adding windows. - Completely replacing the existing shower to create a spa-like experience. - Planning new storage solutions without adding bulkiness or clutter to the cabinetry. THE RENEWED SPACE Design solutions: Toilet Relocation: Moved the toilet by the window, creating a better overall layout that also opened up two full walls for cabinetry and storage solutions. Specialized Vanity Storage: The left side of the left vanity is the wife’s. Open shelves facing across the vanity can be used for decorative or daily needs items. Pull-out docking drawers with power outlets and metal basins handle hot hair appliances. Bright and Elegant Color Scheme: White cabinets, countertops, floors, and shower walls keep the space bright. The just-off-white wall color with a hint of pink adds a feminine touch. Thin wainscoting with white trim offers traditional-leaning elegance. Layered Lighting Strategy: Ceiling can lights, sconces, lighted mirrors, and toe-kick lighting were installed. Natural light-rated bulbs keep the space bright and natural-feeling. Spa-Like Shower: An extra-large shower was created using the same floor tile materials for continuity. Equipped with a Kohler Anthem system with a shower head, hand-held, and four body sprays. His and Hers niches for separate body care product storage. Enhanced Storage Solutions: Added a linen cabinet within the vanity area for efficient storage of towels and bathroom essentials. This elegant bathroom feels incredibly spacious now. The color palette and lights keep the room bright and cheery. Gold fixtures, the herringbone pattern on the floor, and exquisite trim work add an elegant touch. With the husband and wife having their own vanity wall sections joined at the corner, each user truly has their own space within the space. The clients are very happy with the final result.

Ever notice how your iron fence looks worse every spring after another Chicago winter? That slow deterioration is not cosmetic - it is active metal failure that compounds every freeze-thaw cycle until replacement becomes the only option. Windy City Painters works with homeowners across the Chicago North Side and Near West Side to restore original iron fencing on greystones, two-flats, Victorian brownstones, and coach houses before that point is reached. PROJECT OVERVIEW This iron fence restoration involved a classic Chicago residential property with original wrought iron fencing showing surface rust across the majority of pickets, flaking previous paint coats, and localized deep pitting near the base rails. A structural check identified two loose pickets requiring welding before any surface preparation or coating began. Total linear footage fell in the mid-range for a standard Chicago residential lot. MATERIALS AND PRODUCTS Windy City Painters selected Ospho rust converter for chemically neutralizing active iron oxide before priming. Ospho reacts with rust to form a stable phosphate compound that stops corrosion progression rather than simply sealing over it. Sherwin-Williams DTM rust-inhibitive primer was applied to all bare and converted surfaces, followed by two finish coats of Rust-Oleum DTM in satin black. DTM - direct to metal - formulas provide corrosion inhibitors built into the coating matrix, which matters significantly in Chicago's climate. THE PROCESS Step 1 - Structural Assessment and Welding Coordination. Before any surface preparation begins, Windy City Painters inspects every picket and rail connection for structural integrity. Loose or cracked iron must be welded before coating. Paint applied over a compromised joint will fail within one season as movement continues to break the bond. On this project, two pickets were tack-welded by a coordinating welder before prep started. Step 2 - Wire Wheel Grinding and Needle Gun Descaling. All rusted sections were ground to bare or near-bare metal using wire wheel attachments and needle gun descaling tools. This step removes loose scale, flaking previous coatings, and surface contamination that would prevent primer adhesion. Skipping mechanical prep is the single most common reason iron fence paint fails prematurely on Chicago properties. Step 3 - Ospho Rust Converter Application. Ospho was brushed into all pitted and converted areas and allowed to cure fully. The phosphoric acid chemistry converts iron oxide into iron phosphate, arresting active rust and creating a surface that accepts primer more effectively than bare metal alone. Corroseal is an equivalent alternative used on projects with heavier pitting. Step 4 - DTM Primer and Finish Coat Application. Sherwin-Williams DTM rust-inhibitive primer was applied across all prepared surfaces. Two topcoats of Rust-Oleum DTM in satin black followed after full primer cure. DTM finish coats add a second corrosion-inhibiting layer and provide the UV and weather resistance needed for Chicago exterior iron work. CHICAGO-SPECIFIC CHALLENGES Chicago iron fencing faces conditions that accelerate corrosion faster than most US markets. Lake humidity keeps metal surface moisture elevated through much of the year. Road salt splash from winter maintenance reaches fencing along parkways and sidewalk edges, introducing chlorides that aggressively attack iron. Freeze-thaw cycles expand any rust pocket that has formed under paint, lifting coatings from the inside and creating the classic bubbled-paint appearance homeowners notice every spring. WHAT TO EXPECT LONG-TERM With Ospho conversion, DTM primer, and two DTM finish coats properly applied over mechanically prepared surfaces, most Chicago residential iron fences hold 5-8 years before needing significant touch-up. Annual visual inspection for any chips or bare spots, with immediate touch-up using Rust-Oleum DTM, extends that window considerably. PRO TIPS Tip 1 - Address any bare metal spot the same season you notice it. A pinhole of exposed iron becomes a rust bubble within one Chicago winter and a flaking section by the following spring. Tip 2 - Never paint over active rust without a converter step. Ospho or Corroseal is inexpensive insurance against a complete repaint two years early. Tip 3 - Check picket bases at grade level every spring. Ground contact accelerates corrosion at the base faster than anywhere else on the fence. Catching it early keeps welding out of the equation. Contact Windy City Painters at windypainters.com for a project estimate. FAQ Q: What does iron fence painting cost in Chicago? A: Residential iron fence painting with proper rust prep typically runs $300-$900 for standard lot footage. Windy City Painters provides itemized estimates based on linear footage, rust severity, and whether structural welding is required before surface preparation begins. Q: Do you paint over rust or remove it first? A: Windy City Painters always addresses active rust before priming. Ospho or Corroseal rust converter chemically neutralizes iron oxide, and wire wheel grinding removes loose scale - coating over unaddressed rust guarantees early failure on Chicago iron fences. Q: When does an iron fence need welding before painting? A: Loose pickets, cracked rails, or connections with visible movement require welding before any coating work begins. Paint cannot stabilize a structural joint - Windy City Painters coordinates with welders when this condition is identified during initial assessment. Q: How long does iron fence paint last in Chicago? A: With mechanical prep, Ospho conversion, and Sherwin-Williams or Rust-Oleum DTM coatings, properly restored iron fencing holds 5-8 years in Chicago's freeze-thaw climate before needing significant maintenance. Q: Is Ospho better than Corroseal for Chicago iron fences? A: Both are effective rust converters. Ospho is a liquid phosphoric acid treatment suited for moderate rust and pitting. Corroseal is a latex-based converter-primer hybrid better suited to heavier rust profiles. Windy City Painters selects based on site conditions. Q: What finish sheen works best on iron fencing? A: Satin or semi-gloss black is the traditional and most durable choice for Chicago greystone and brownstone properties. Satin hides minor surface imperfections better than gloss while still providing adequate UV and moisture resistance. Q: Can iron fence painting be done in spring or fall in Chicago? A: Yes. Windy City Painters schedules iron fence work in temperatures above 50 degrees Fahrenheit with low ambient humidity - spring and early fall are often ideal windows that avoid both winter cold and peak summer humidity.

Urban gray tile pebble tile floor alcove shower photo in San Francisco with gray walls

We had the awesome opportunity to complete this 8ft Western Red Cedar board-on-board privacy fence that included metal gate frames with industrial hinges and 2x6 single stage trim cap. We used exterior rated GRK screws for 100% of the installation, not a single nail on the entire project. The project also included demolition and removal of a failed retaining wall followed by the form up and pouring of a new 24” tall concrete retaining wall. As always we are grateful for the opportunity to work with amazing clients who allow us to turn ideas into reality. If you have an idea for a custom fence, retaining wall, or any other outdoor project, give 806 Outdoors a call. 806 690 2344.

Malm Fireplaces Zircon 34" Freestanding Gas Fireplace Unit with Matte Black Base The Gas Zircon 34" is a modern design providing an excellent view of the fire. The Gas Zircon 34" does not require electricity to operate the burner. If the power fails the flame will continue to burn. Available in all the Malm colors, the Gas Zircon 34" is the perfect unit to add atmosphere, color and beauty to any room.

Custom shelving installed above the doorways of this home lead cats from one room to the next.
Eclectic terra-cotta tile hallway photo in Santa Barbara with beige walls

Our Austin studio decided to go bold with this project by ensuring that each space had a unique identity in the Mid-Century Modern style bathroom, butler's pantry, and mudroom. We covered the bathroom walls and flooring with stylish beige and yellow tile that was cleverly installed to look like two different patterns. The mint cabinet and pink vanity reflect the mid-century color palette. The stylish knobs and fittings add an extra splash of fun to the bathroom. The butler's pantry is located right behind the kitchen and serves multiple functions like storage, a study area, and a bar. We went with a moody blue color for the cabinets and included a raw wood open shelf to give depth and warmth to the space. We went with some gorgeous artistic tiles that create a bold, intriguing look in the space. In the mudroom, we used siding materials to create a shiplap effect to create warmth and texture – a homage to the classic Mid-Century Modern design. We used the same blue from the butler's pantry to create a cohesive effect. The large mint cabinets add a lighter touch to the space.

MA Peterson www.mapeterson.com
Inspiration for a small transitional single-wall medium tone wood floor laundry closet remodel in Minneapolis with open cabinets, white cabinets, wood countertops, white walls and a side-by-side washer/dryer

Rich earthy tones, and bringing in the exterior ledgestone to this master bedroom give it a strong, desert presence. The round swiveling chase gives a perfect place to enjoy the pocketing window walls in the corner (not shown) which open up to the pool patio and beautiful distant views. Photography: Mark Boisclair

Large 1950s white one-story brick exterior home photo in Orlando

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 trendy kitchen design in Minneapolis

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

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

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

I wanted a large, simple trellis to fill a blank, uninteresting wall that forms the main approach to my front door. I chose a plant (Espalier Camellia) that would not grow into the brick and mortar since I have read this can compromise the integrity of the brickwork and is difficult to remove. The challenge was finding a large enough trellis that would also look good. I thought metal would be the best material for the trellis since I knew it would be durable over the years and I worried that a wooden trellis would start to fall apart from moisture and under the weight of the mature plants as they grew. I did not want my trellis to start failing just as my plants were reaching their most beautiful stage! I found some rod iron trellises but, they were all too small and not nearly the height and scale I needed. The Garden Metalwork trellis was perfect since it had a beautiful dark bronze finish and because the metal is aluminum it was also lightweight and very durable. A rod iron trellis (if you could find one) in the size of the Garden Metalwork aluminum trellis would weigh a ton! Now I have a worry-free, beautiful trellis for my plants to climb that will last for years and continue to get more beautiful over time. The wall already looks so much better since the trellis adds dimension with a material that compliments the brickwork. And once the plants form around the trellis it will be a beautiful focal point to my entranceway!