Timber frame homes offer unique challenges during a remodel. What often makes them beautiful and attractive to most homeowners, also makes them challenging for space requirements. Context: The lovely couple that owned this home were struggling with some interesting floor plan challenges that just didn't work for their family. The loved the beautiful timbers and woodwork of their home, but the dramatically sloping ceilings on the second floor, particularly in the bathroom, just didn't work for this 1 1/2 bath home. Needing to use the skylight to approach the toilet was a less then ideal scenario. Although the bathroom footprint was more then adequate, the sloped ceiling only made half of the space useable. Check out the Before/After post on our blog to see the photos of the house pre-renovation. As much as they loved all the wood features in their home, another challenge they had was light. The wood ceiling made everything inside the house darker, even with a fantastic array of south facing windows, there were spaces in the home that felt dark and small. When they contacted us they wanted to know how could they make their brighter and more inviting, were there solutions to the 2nd floor sloped ceiling issues, and if they were going to do all of this work, how could they make their home more comfortable and efficient. A nagging water leak in the upstairs bathroom spurred them into action and here is how we solved their dilemma. Conclusion: First, we added a little dormer to the rear of the house so we could get full headroom in nearly all of the upstairs bathroom! Then we decided to extend that dormer one more timber bay over to create a walk in closet with natural light and plenty of space. Since we were contemplating energy efficiency, we resolved a nagging issue that is present in a lot of timber frame construction, air tightness. Commonly found in timber frame construction, fiberglass insulation is installed in the rafter bays and board ceilings are installed over top. Unfortunately, board ceilings are anything but air tight, and fiberglass insulation needs to be in an airtight cavity for maximum effectiveness. So we were able to solve two issues at the same time for this homeowner. We removed the board ceiling and fiberglass insulation, we dense packed the rafter bays with cellulose insulation, and installed sheetrock in place of the boards. The boards were salvaged for re-use by the homeowner, and the space and light quality was dramatically improved. Some may think that losing the board ceiling took something away from the space, but what you'll see in the pictures is that it highly accentuates the heavy timbers and really makes them stand out in a beautiful way. Now with this added airtightness, better insulation, and brighter space, the homeowner hardly runs their wood stove, and it's so quiet in the space, an added bonus from changing the insulation. It became necessary to also add a sheetrock ceiling to the living room to hide the plumbing from the new bathroom layout above. Changing this ceiling gave the homeowner some real quality lighting that was lacking in the living room before. The brighter ceiling and new lighting layout completely transforms the living room into a space you want to hang out, even though the layout didn't change at all. When the homeowner saw the finished spaces she said "I can't believe this is my house, I want to live in this house" Energy Efficiency: I touched a little on the efficiency above, but like all projects done with Mottram Architecture, we always want to leave you with a little extra. Timber frame construction with board ceilings and fiberglass insulation are notoriously leaky! If you want to know what we think about fiberglass insulation, check our our blog post on Why Fiberglass Insulation Sucks. By installing cellulose insulation and covering it with sheetrock we were able to greatly reduce the heat flowing out of this home. It not only improves cashflow it improves the comfort level in the space. Who wants to sit in their living room and feel a draft? Let us remind you, we are not saying cellulose insulation is an air barrier, we use the sheetrock to help with that, but it does significantly reduce the air flow over fiberglass insulation. And when we reduce the airflow, we reduce the heat flow. And when we reduce the heat flow, we reduce the need to re-heat that drafty air from outside. When it comes to energy efficiency the first and best place to start is air infiltration. We greatly reduced the air infiltration with the new insulation, but we also added a hat and warm boots. What I mean by that is, we improved the insulation in the roof, and we installed insulation in the basement. Maybe it's a silly analogy, but when you think about keeping warm, we always start with the hat and boots! With sustainability in mind, the next project will be to add a deck to the front of this house with rain catchment barrels from the metal roof. They are planning to plant a garden in the spring and the rain catchment system will help to irrigate the new garden. Builder: East Shore Builders Photographer: Michael Eric Berube

Brooks Malone installed this beautiful Blue Hawaiian Lexington Fiberglass Pool with a granite finish. The decking and subtle landscape choices make this space very inviting for any backyard event.

In the early days of the 3d architectural visualisation studio, the focus was on creating photo-realistic images of buildings that didn't yet exist. This allowed potential buyers or renters to see what their future home or office would look like. Nowadays, the role of the 3d architectural visualizer has evolved. While still involved in the sale or rental of property, they are also heavily involved in the design process. By using 3d architectural visualization, architects and designers can explore different design options and make sure that the final product meets the needs of the client. In this blog post, we will take a look at a recent project by a 3d architectural visualizer - the Visualize a Residential Colony in Meridian Idaho. A 3D architectural visualisation is an important tool for architects and engineers. It allows them to create realistic images of their designs, which can be used to present their ideas to clients or investors. The studio Visualize was commissioned to create a 3D visualisation of a proposed residential colony in Meridian, Idaho. The colony will be built on a site that is currently occupied by a golf course. The studio used a variety of software to create the visualisation, including 3ds Max, V-Ray, and Photoshop. The finished product is a realistic and accurate representation of the proposed colony. The 3D visualisation has been used to convince the local authorities to approve the project. It has also been used to help raise investment for the colony.

In the early days of the 3d architectural visualisation studio, the focus was on creating photo-realistic images of buildings that didn't yet exist. This allowed potential buyers or renters to see what their future home or office would look like. Nowadays, the role of the 3d architectural visualizer has evolved. While still involved in the sale or rental of property, they are also heavily involved in the design process. By using 3d architectural visualization, architects and designers can explore different design options and make sure that the final product meets the needs of the client. In this blog post, we will take a look at a recent project by a 3d architectural visualizer - the Visualize a Residential Colony in Meridian Idaho. A 3D architectural visualisation is an important tool for architects and engineers. It allows them to create realistic images of their designs, which can be used to present their ideas to clients or investors. The studio Visualize was commissioned to create a 3D visualisation of a proposed residential colony in Meridian, Idaho. The colony will be built on a site that is currently occupied by a golf course. The studio used a variety of software to create the visualisation, including 3ds Max, V-Ray, and Photoshop. The finished product is a realistic and accurate representation of the proposed colony. The 3D visualisation has been used to convince the local authorities to approve the project. It has also been used to help raise investment for the colony.

Lobelia Bungalow Single family residence near Hillsboro WV. Highlight This home is constructed with hempcrete. Hempcrete is a biocomposite material composed of hemp fiber and a lime based binder. For more detailed information on hempcrete see our blog post. The hempcrete on this project was cast in place. The walls are 12" thick and extend from the foundation up to the bottom of the trusses. 2x4 studs on 24" centers sit at the center of the wall, serving to transfer the roof load to the foundation. Hempcrete forms a monolithic wall assembly, replacing the batt insulation, drywall, OSB sheathing, and siding that would be used in a conventional stick built house. Both the inside and outside of the hempcrete walls are finished with 2 layers of lime based plaster. Detail The structure is built into a hillside to the North and has full exposure and a partial basement on the South side. A slab on grade with in-floor hydronic radiant heat conditions the main level. Supplemental passive solar heating was achieved by orienting the house due south and adding extra glazing to the south wall. Overhangs were designed to prevent overheating in the summertime. Mechanical: Heat pump water heater provides domestic hot water A concrete cistern was installed in the hillside above the house to provide gravity fed water

Lobelia Bungalow Single family residence near Hillsboro WV. Highlight This home is constructed with hempcrete. Hempcrete is a biocomposite material composed of hemp fiber and a lime based binder. For more detailed information on hempcrete see our blog post. The hempcrete on this project was cast in place. The walls are 12" thick and extend from the foundation up to the bottom of the trusses. 2x4 studs on 24" centers sit at the center of the wall, serving to transfer the roof load to the foundation. Hempcrete forms a monolithic wall assembly, replacing the batt insulation, drywall, OSB sheathing, and siding that would be used in a conventional stick built house. Both the inside and outside of the hempcrete walls are finished with 2 layers of lime based plaster. Detail The structure is built into a hillside to the North and has full exposure and a partial basement on the South side. A slab on grade with in-floor hydronic radiant heat conditions the main level. Supplemental passive solar heating was achieved by orienting the house due south and adding extra glazing to the south wall. Overhangs were designed to prevent overheating in the summertime. Mechanical: Heat pump water heater provides domestic hot water A concrete cistern was installed in the hillside above the house to provide gravity fed water

Lobelia Bungalow Single family residence near Hillsboro WV. Highlight This home is constructed with hempcrete. Hempcrete is a biocomposite material composed of hemp fiber and a lime based binder. For more detailed information on hempcrete see our blog post. The hempcrete on this project was cast in place. The walls are 12" thick and extend from the foundation up to the bottom of the trusses. 2x4 studs on 24" centers sit at the center of the wall, serving to transfer the roof load to the foundation. Hempcrete forms a monolithic wall assembly, replacing the batt insulation, drywall, OSB sheathing, and siding that would be used in a conventional stick built house. Both the inside and outside of the hempcrete walls are finished with 2 layers of lime based plaster. Detail The structure is built into a hillside to the North and has full exposure and a partial basement on the South side. A slab on grade with in-floor hydronic radiant heat conditions the main level. Supplemental passive solar heating was achieved by orienting the house due south and adding extra glazing to the south wall. Overhangs were designed to prevent overheating in the summertime. Mechanical: Heat pump water heater provides domestic hot water A concrete cistern was installed in the hillside above the house to provide gravity fed water

Lobelia Bungalow Single family residence near Hillsboro WV. Highlight This home is constructed with hempcrete. Hempcrete is a biocomposite material composed of hemp fiber and a lime based binder. For more detailed information on hempcrete see our blog post. The hempcrete on this project was cast in place. The walls are 12" thick and extend from the foundation up to the bottom of the trusses. 2x4 studs on 24" centers sit at the center of the wall, serving to transfer the roof load to the foundation. Hempcrete forms a monolithic wall assembly, replacing the batt insulation, drywall, OSB sheathing, and siding that would be used in a conventional stick built house. Both the inside and outside of the hempcrete walls are finished with 2 layers of lime based plaster. Detail The structure is built into a hillside to the North and has full exposure and a partial basement on the South side. A slab on grade with in-floor hydronic radiant heat conditions the main level. Supplemental passive solar heating was achieved by orienting the house due south and adding extra glazing to the south wall. Overhangs were designed to prevent overheating in the summertime. Mechanical: Heat pump water heater provides domestic hot water A concrete cistern was installed in the hillside above the house to provide gravity fed water

Photography by Meredith Heuer
Mid-sized ornate master multicolored tile and ceramic tile marble floor and white floor claw-foot bathtub photo in New York with flat-panel cabinets, medium tone wood cabinets, white walls and a trough sink

How about spending a lovely afternoon listening to the waterfall and chilling next to this cozy fiberglass pool? This pool is the Baja model by Viking Pools. It was installed by Viking Pools of Sacramanto.

The color scheme and design of this poolscape screams elegance and we love it! This is a gorgeous example of the Viking Fiberglass Carmel model in the Pebble Beach color. With added custom mosaic tile and a unique decking material, this project is one to remember. This was installed by Viking Pools of Redding in California.

If you’re active on GardenWeb sharing plant photos, asking for advice, tracking seasonal progress you already understand how much detail goes into gardening. Soil pH, rainfall, emerging leaves, bloom counts, fertilizer schedules it adds up fast. But all that rich information often remains buried in posts, lists or memory. What if you could visualize that data and turn it into clear quick insights? That’s where a graph maker becomes a game-changer for your gardening workflow. 1. Why garden data belongs on a graph On GardenWeb, you’ll find forums for everything from perennial care, vegetable gardening, patios, herbs, even cooking and craft projects. While plant lovers share observations and ask questions, many track progress manually in spreadsheets or memory. A graph maker flips that around: Instead of a list of numbers (e.g., “Soil test: pH 6.4 in May, 6.1 in October”), you get a line graph showing the decline over time. Instead of guessing which plant bloomed most, you see a bar chart comparing counts across plants. Instead of manually calculating average rainfall effect, you plot scatter points of bloom count vs. rainfall. By turning your data into visuals, you’re not just recording—you’re analysing, learning and improving. For GardenWeb users this means smarter decisions: Which fertilizer actually improves bloom count? Which shady spot recovers slower? A graph maker gives clarity. 2. What is a graph maker and how to use one A graph maker is a web tool or software that lets you input raw data (numbers, dates, categories) and output visual charts like line graphs, bar charts, scatter plots, etc. It might allow you to import a spreadsheet, select chart type, customize colours, label axes, and export the image for your blog, forum post or personal log. Here’s how you could apply it for gardening: Log blooms per week for each rose plant. Using the graph maker, choose line graph to track changes over weeks. Label your y-axis “Number of Blooms”, x-axis “Week of Year”. Add colour lines for each plant for easy comparison. Export as PNG and embed it in a GardenWeb forum post: “See bloom trend for my ‘Peace’ vs ‘Knock Out’ roses”. This isn’t just pretty-to-look-at: it makes the trend obvious, invites discussion (“Hey, your ‘Knock Out’ line dips after week 28—what changed?”) and helps you refine your routine. 3. Use these specific scenarios on GardenWeb A. Soil pH and plant health tracking After multiple tests you have pH values over time and bloom results. Upload both datasets into the graph maker, produce a dual-axis line graph: soil pH on one axis, bloom count on the other. Post your findings in the “Soil, Fertility & Nutrients” forum and get feedback. B. Seasonal pest or disease appearance Record number of aphids spotted each month and whether you used treatment. A bar chart via the graph maker can show pre- and post-treatment figures. Then ask the “Insect & Disease Control” forum for advice based on your visual data. C. Yield comparison between varieties You grow two zucchini varieties. You keep weekly yield in pounds. Use the graph maker for a side-by-side bar chart. Share in the “Vegetable Gardening” forum: “Which was better this year? See the chart”. D. Rainfall vs growth rate You log weekly rainfall and growth (in cm) of your tomato plants. Use scatter plot in graph maker. If a pattern emerges, you’re ready to post: “Is my growth plateau due to drought? Chart shows a clear correlation.” 4. Why this elevates your GardenWeb contributions When you post with a chart made by a graph maker, you’re doing more than asking or showing off. You’re investigating. You’re analysing. You invite the community to give feedback on data, not just anecdotes. That elevates the discussion. Instead of “My plant died, any ideas?” you post “See this graph of pH drop and bloom count—what might be the limiting factor?” High-quality visuals raise your post’s value and garner more thoughtful responses. Plus, your posts become useful references for others: someone else can say, “Cool graphic, can you share your data sheet?” You build credibility and help the forum become a learning hub—not just a Q&A board. 5. Tips for using a graph maker effectively in the GardenWeb context Keep it simple: One chart, one insight. Don’t overcrowd. Label clearly: Titles, axis labels, units (e.g., cm/week, mg/L, °F). Use readable colours: Avoid faint tones that vanish on mobile. Annotate when needed: Add notes like “Fertiliser switched week 12” or “Shade cloth added”. Provide context in your post: Don’t leave the chart alone—write a few sentences explaining what it shows and what you’re seeking. Embed carefully: Make sure your image displays properly in GardenWeb; check mobile view. Share raw data: If possible link to your spreadsheet so others can replicate or comment. Be open to feedback: The chart invites questions; embrace them. 6. Possible pitfalls and how to avoid them Bad data = bad chart: If your measurements aren’t consistent, your graph will mislead. Use standardized data collection. Too much complexity: Multi-axis charts, too many variables—confusing. Stick to one or two variables. Overlooking mobile viewers: Many GardenWeb users browse via phones. Use large fonts and simple visuals. Ignoring the narrative: Chart alone won’t answer. Explain what it means and what you need. Outdated charts: If you update your data annually, keep your visuals current or label them clearly as “2024 data”. 7. Final thoughts On GardenWeb you’ll find a vibrant community of gardeners, DIYers, cooks and design lovers.Using a graph maker for your posts and progress turns your experience from casual hobby-logging into smart data-driven gardening. You’ll not only learn more—your peers will learn more, too. So next time you log your plant growth, record your yield, test your soil or track pests—don’t just note it. Plot it. Use a graph maker. Share it in the forum. Let your garden tell the story, and let the community help you write the next chapter.

This Viking Fiberglass swim/spa combo was installed by the Pool Guyz in Virginia Beach, VA in 2014. The chosen color, pebble beach, gives the entire backyard a new exotic feel that the family can enjoy in both warm and cold temperatures. The swimming pool also has some great add-ons such as custom bench seating and an automatic safety cover.

Elegant hallway photo in Boston

Kerri Fukui
Living room library - mid-sized scandinavian open concept light wood floor living room library idea in Salt Lake City with white walls

Small minimalist master white tile and subway tile porcelain tile corner shower photo in Baltimore with flat-panel cabinets, medium tone wood cabinets, a one-piece toilet, white walls, a wall-mount sink and quartz countertops

A beautiful backyard now made even better with a Viking Fiberglass Caribbean pool. Not only is the pool great for the summer, but they added a spa so that they can enjoy this investment all year round! The design also sports custom tiling, bubblers, deck jets, and a beautiful brick paver patio. This project was done by Florida Concepts Pools in Mahopac, NY.

Modern Minimalism Meets Everyday Life in Lancaster Project Overview Challenge: With three children, two cats, and frequent visits from friends and extended family, the homeowners needed a kitchen that could keep up with their active household. As certified foster parents, [LINK TO THIS MONTH’S BLOG POST] they also required secure, lockable storage for knives, alcohol, and cleaning supplies. While functional, the existing kitchen felt dated and lacked efficiency. Their vision: clean countertops, hidden appliances, and durable finishes with timeless appeal. Design: Lenton Company created a tailored plan that honored the family’s budget and priorities. The U-shaped layout was preserved, but the stove was moved to the opposite wall to improve flow for two active cooks. Dark green shaker-style base cabinets were paired with white uppers and quartz countertops, delivering a high-contrast, classic look. Water resistant, wood-tone flooring was installed throughout the kitchen and main living areas for durability and cohesion. The drop ceiling remained due to ductwork but was refinished for a fresh appearance. Build: Construction began with a full demo and was carefully sectioned off to maintain a safe environment. The remodel included all-new appliances, lighting, cabinetry, and finishes. Thoughtful features like soft-close drawers, oversized pull-out trash and recycling, locking storage, a hidden microwave, and dedicated space for a toaster oven contributed to a clutter-free and functional kitchen. Under-cabinet lighting, overhead fixtures, and a half lazy Susan further enhanced efficiency and usability. Reveal: In the words of our homeowners, “Working with Lenton Company made the process feel seamless and turnkey. Having the designer, project manager, and build team all under one roof was a huge advantage. Our designer really listened to our needs and design preferences, offering thoughtful layout options and guiding us toward choices that fit our style and budget. The build team was efficient, professional, and kept everything on track—and tidy! After the renovation, we knew without a doubt we had made the right decision.”

Modern Minimalism Meets Everyday Life in Lancaster Project Overview Challenge: With three children, two cats, and frequent visits from friends and extended family, the homeowners needed a kitchen that could keep up with their active household. As certified foster parents, [LINK TO THIS MONTH’S BLOG POST] they also required secure, lockable storage for knives, alcohol, and cleaning supplies. While functional, the existing kitchen felt dated and lacked efficiency. Their vision: clean countertops, hidden appliances, and durable finishes with timeless appeal. Design: Lenton Company created a tailored plan that honored the family’s budget and priorities. The U-shaped layout was preserved, but the stove was moved to the opposite wall to improve flow for two active cooks. Dark green shaker-style base cabinets were paired with white uppers and quartz countertops, delivering a high-contrast, classic look. Water resistant, wood-tone flooring was installed throughout the kitchen and main living areas for durability and cohesion. The drop ceiling remained due to ductwork but was refinished for a fresh appearance. Build: Construction began with a full demo and was carefully sectioned off to maintain a safe environment. The remodel included all-new appliances, lighting, cabinetry, and finishes. Thoughtful features like soft-close drawers, oversized pull-out trash and recycling, locking storage, a hidden microwave, and dedicated space for a toaster oven contributed to a clutter-free and functional kitchen. Under-cabinet lighting, overhead fixtures, and a half lazy Susan further enhanced efficiency and usability. Reveal: In the words of our homeowners, “Working with Lenton Company made the process feel seamless and turnkey. Having the designer, project manager, and build team all under one roof was a huge advantage. Our designer really listened to our needs and design preferences, offering thoughtful layout options and guiding us toward choices that fit our style and budget. The build team was efficient, professional, and kept everything on track—and tidy! After the renovation, we knew without a doubt we had made the right decision.”