Gorgeous master bath with dramatic retro "wave" tile. Peak Photography
Example of a 1950s bathroom design in Los Angeles

Stuart Wade, Envision Virtual Tours, Inc. Envision Virtual Tours and High Resolution Photography is your best choice to find just what you are looking for in the Lake Burton Area . Knowing the areas and resources of Lake Burton is our specialty Lake Burton is a 2,775 acre man-made lake with 62 miles of shoreline located in the northeastern corner of Georgia in Rabun County. It is the first lake in a five-lake series called the Tallulah River Watershed that follows the original course of the Tallulah River. The series of lakes starts with Lake Burton as the northernmost lake followed by Lake Seed, Lake Rabun, Lake Tallulah Falls and the eastern arm of Lake Tugalo (the western arm is formed by the Chattooga River. The lakes are owned and operated by the Georgia Power Company to generate hydroelectric energy for Georgia's largest city, Atlanta. At one time these lakes were the largest producers of electricity in the state of Georgia. Now, they only provide peak power supply. The lake was built in a deep valley located along a 10 mile section of the Tallulah River. The Lake Burton Dam was closed on December 22, 1919 and the lake started to fill. The dam is a gravity concrete dam, with a height of 128 feet and a span of 1,100 feet. The spillway is equipped with eight gates 22 feet wide by 6.6 feet high. The total capacity at an elevation of 1,866.6 feet is 108,000 acre-ft, of which 106,000 acre-ft is usable storage. The generating capacity of the dam is 6,120 kilowatts (two units).Lake Burton is the highest Georgia Power lake in Georgia. Lake Burton gets its named from the town of Burton, which was the second largest town in Rabun County with a population of approximately 200 but now lies below the lake's surface. The town (and the lake) was named after local prominent citizen Jeremiah Burton and was situated along the road from Clayton, Georgia to the Nacoochee Valley. Andrew Jackson Ritchie served as the postmaster for the area for several years. Gold was first discovered in Rabun County where Dicks Creek and the Tallulah River come together and was the reason for the town's founding in the early 1800s. The Lake Burton Fish Hatchery and Moccasin Creek State Park are located on the western side of the lake. Lake Burton is home to several species of fish, including Spotted Bass, Largemouth Bass, White Bass, Black Crappie, Bluegill, Redear Sunfish, White Catfish, Walleye, Brown Trout, Rainbow Trout, and Yellow Perch. The residents of Lake Burton are a mix of permanent residents and seasonal vacationers who together make-up the Lake Burton Civic Association, a local organization who goal is to maintain the lake through volunteer clean-ups and other such events. Let a Lake Burton resident and expert show you the way The Lake Burton Civic Association is an active homeowners association for residents of the Lake Burton area and sponsors many events throughout the year such as: burton, custom, envision, georgia, lake, mountain, nc, north, photography, web, western, Lake Burton, Lake Rabun, Seed Lake,Virtual Tours.

Impluvium Architecture Location: Copperopolis, CA, USA This project was a direct referral from a friend. I was the Architect and helped coordinate with various sub-contractors. I also co-designed the project with various consultants including Interior and Landscape Design I really enjoyed working with the owner on the materials / finishes / interior design including the outdoor areas. This house I brought in a number of very traditional details from Italy.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Stuart Wade, Envision Virtual Tours Envision Virtual Tours and High Resolution Photography is your best choice to find just what you are looking for in the Ellijay, Ga. area .Ellijay, Georgia, known as the “Apple Capital” of Georgia, is located between the Ellijay and Cartecay Rivers where they join to make the Coosawattee River and is the county seat of Gilmer County, Georgia. The origin of the city’s name is not certain but thought to be the English derivative of an Indian word(s) meaning “many waters”, “place of green things” or “new ground”. Some histories say it may have been named for an Indian chief. Inhabited for countless years by the Cherokee people indigenous to the North Georgia, the area was first mentioned as a village and trade center before the onslaught of white settlers inhabited the region. During the 1830’s both white settlers and Indians occupied Ellijay. During the original land lottery in 1832, Martin Scalf acquired the 160 acre lot where the town now stands. In 1833, Clemonds Quinland bought 10 acres from Scalf, retained one acre for himself and donated the rest of the purchase to the County. A plan for twenty town lots, streets and a public square was created and the streets were oriented to allow maximum sunlight exposure to the buildings. Proceeds from lot sales were used to build a jail and courthouse and pay other city expenses. During this same year, Gilmer County was appropriated $800.00 from the State to build a school, and a three-acre lot was donated for the city cemetery. On December 29, l834, Ellijay was incorporated and designated as the County seat of Gilmer County. By 1837, the town had twenty dwellings, three stores and one attorney. Most of these early buildings were of log construction. Many roads led to Ellijay by 1849. The population had grown to 150 by 1850 and the town at five stores. Some wood-frame buildings were being constructed at this time and in 1854, a new courthouse was built in the center of the square, replacing the earlier building. The County’s first newspaper was the Ellijay Courier, started in 1875, and during this time period, Ellijay was a stop on the stagecoach line. The railroad bridge over the Cartecay River was completed in 1884 and the town now had rail service. With the arrival of the railroad and subsequent tracks to White Path, Ellijay began to grow much faster. Many hotels were constructed and land was donated for a depot east of town. More industries, such as a cheese factory and the Shippen Brothers Lumber Mill, located in Ellijay. By 1898, the city had expanded its limits in every direction and now included the depot. By 1900, all the buildings on the town square were brick. This included the recently completed Hyatt Hotel. Most of the other buildings in town were still of log construction, but new wood-frame buildings were being built. The Shippen Brothers Lumber Company production was expanding and exporting their lumber to Europe. Within the next few decades, this company grew to be one of the largest employers in Ellijay, often with five to six million feet of lumber in the yard at one time. The population of Ellijay grew to 659 by 1910, and began to acquire many new modern conveniences such as electric lights and power, a telephone company and many new businesses. Then in 1912, a fire ravaged the city, destroying 23 buildings. As a result, many new buildings were constructed under new and stricter fire and safety guidelines. The population, however, decreased slightly at this time to 632 in 1920. During the 1920’s the town’s population began to grow again and, by this time, apples were being shipped out of the county and new storage facilities were built. Chickens were also shipped to markets outside of Ellijay and Gilmer County. From the mid 1930’s to 1950, Ellijay received much assistance from the Federal WPA Programs. The old courthouse was removed from the center of town square and the Hyatt Hotel was remodeled to be the new courthouse. A park was created on the site of the old courthouse and the streets around the square were paved. A new street was built at this time entering town from the northeast. Other new roads, bridges, sidewalks and gutters were constructed to improve the city. A school and gymnasium were also built and other structures improved. This growth began to impact the city’s infrastructure and in the l950’s and l960’s, a period of upgrading water systems, roads, and power supplies began. New low-rent housing appeared in l960 and a new hospital was built in l957. Georgia Highway 5 was widened in l962, new buildings around the square replaced old ones and some were remodeled. In 1974, the hospital was enlarged. Currently, Ellijay attracts tourists who love the small-town feel and friendly atmosphere. Hotels and restaurants, unique shops, antiques and art galleries lend their charms to those who visit. A new courthouse constructed to resemble the old one, new streetscaping, family-oriented downtown events and the beautification of the square have stepped up the social and economic activity and have made Ellijay a popular destination.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Stuart Wade, Envision Virtual Tours, Inc. Envision Virtual Tours and High Resolution Photography is your best choice to find just what you are looking for in the Lake Burton Area . Knowing the areas and resources of Lake Burton is our specialty Lake Burton is a 2,775 acre man-made lake with 62 miles of shoreline located in the northeastern corner of Georgia in Rabun County. It is the first lake in a five-lake series called the Tallulah River Watershed that follows the original course of the Tallulah River. The series of lakes starts with Lake Burton as the northernmost lake followed by Lake Seed, Lake Rabun, Lake Tallulah Falls and the eastern arm of Lake Tugalo (the western arm is formed by the Chattooga River. The lakes are owned and operated by the Georgia Power Company to generate hydroelectric energy for Georgia's largest city, Atlanta. At one time these lakes were the largest producers of electricity in the state of Georgia. Now, they only provide peak power supply. The lake was built in a deep valley located along a 10 mile section of the Tallulah River. The Lake Burton Dam was closed on December 22, 1919 and the lake started to fill. The dam is a gravity concrete dam, with a height of 128 feet and a span of 1,100 feet. The spillway is equipped with eight gates 22 feet wide by 6.6 feet high. The total capacity at an elevation of 1,866.6 feet is 108,000 acre-ft, of which 106,000 acre-ft is usable storage. The generating capacity of the dam is 6,120 kilowatts (two units).Lake Burton is the highest Georgia Power lake in Georgia. Lake Burton gets its named from the town of Burton, which was the second largest town in Rabun County with a population of approximately 200 but now lies below the lake's surface. The town (and the lake) was named after local prominent citizen Jeremiah Burton and was situated along the road from Clayton, Georgia to the Nacoochee Valley. Andrew Jackson Ritchie served as the postmaster for the area for several years. Gold was first discovered in Rabun County where Dicks Creek and the Tallulah River come together and was the reason for the town's founding in the early 1800s. The Lake Burton Fish Hatchery and Moccasin Creek State Park are located on the western side of the lake. Lake Burton is home to several species of fish, including Spotted Bass, Largemouth Bass, White Bass, Black Crappie, Bluegill, Redear Sunfish, White Catfish, Walleye, Brown Trout, Rainbow Trout, and Yellow Perch. The residents of Lake Burton are a mix of permanent residents and seasonal vacationers who together make-up the Lake Burton Civic Association, a local organization who goal is to maintain the lake through volunteer clean-ups and other such events. Let a Lake Burton resident and expert show you the way The Lake Burton Civic Association is an active homeowners association for residents of the Lake Burton area and sponsors many events throughout the year such as: burton, custom, envision, georgia, lake, mountain, nc, north, photography, web, western, Lake Burton, Lake Rabun, Seed Lake,Virtual Tours.

Stuart Wade, Envision Virtual Tours Envision Virtual Tours and High Resolution Photography is your best choice to find just what you are looking for in the Lake Burton Area . Knowing the areas and resources of Lake Burton is our specialty Lake Burton is a 2,775 acre man-made lake with 62 miles of shoreline located in the northeastern corner of Georgia in Rabun County. It is the first lake in a five-lake series called the Tallulah River Watershed that follows the original course of the Tallulah River. The series of lakes starts with Lake Burton as the northernmost lake followed by Lake Seed, Lake Rabun, Lake Tallulah Falls and the eastern arm of Lake Tugalo (the western arm is formed by the Chattooga River. The lakes are owned and operated by the Georgia Power Company to generate hydroelectric energy for Georgia's largest city, Atlanta. At one time these lakes were the largest producers of electricity in the state of Georgia. Now, they only provide peak power supply. The lake was built in a deep valley located along a 10 mile section of the Tallulah River. The Lake Burton Dam was closed on December 22, 1919 and the lake started to fill. The dam is a gravity concrete dam, with a height of 128 feet and a span of 1,100 feet. The spillway is equipped with eight gates 22 feet wide by 6.6 feet high. The total capacity at an elevation of 1,866.6 feet is 108,000 acre-ft, of which 106,000 acre-ft is usable storage. The generating capacity of the dam is 6,120 kilowatts (two units).Lake Burton is the highest Georgia Power lake in Georgia. Lake Burton gets its named from the town of Burton, which was the second largest town in Rabun County with a population of approximately 200 but now lies below the lake's surface. The town (and the lake) was named after local prominent citizen Jeremiah Burton and was situated along the road from Clayton, Georgia to the Nacoochee Valley. Andrew Jackson Ritchie served as the postmaster for the area for several years. Gold was first discovered in Rabun County where Dicks Creek and the Tallulah River come together and was the reason for the town's founding in the early 1800s. The Lake Burton Fish Hatchery and Moccasin Creek State Park are located on the western side of the lake. Lake Burton is home to several species of fish, including Spotted Bass, Largemouth Bass, White Bass, Black Crappie, Bluegill, Redear Sunfish, White Catfish, Walleye, Brown Trout, Rainbow Trout, and Yellow Perch. The residents of Lake Burton are a mix of permanent residents and seasonal vacationers who together make-up the Lake Burton Civic Association, a local organization who goal is to maintain the lake through volunteer clean-ups and other such events. Let a Lake Burton resident and expert show you the way The Lake Burton Civic Association is an active homeowners association for residents of the Lake Burton area and sponsors many events throughout the year such as: burton, custom, envision, georgia, lake, mountain, nc, north, photography, web, western, Lake Burton, Lake Rabun, Seed Lake,Virtual Tours.

Stuart Wade, Envision Virtual Tours, Inc. Envision Virtual Tours and High Resolution Photography is your best choice to find just what you are looking for in the Lake Burton Area . Knowing the areas and resources of Lake Burton is our specialty Lake Burton is a 2,775 acre man-made lake with 62 miles of shoreline located in the northeastern corner of Georgia in Rabun County. It is the first lake in a five-lake series called the Tallulah River Watershed that follows the original course of the Tallulah River. The series of lakes starts with Lake Burton as the northernmost lake followed by Lake Seed, Lake Rabun, Lake Tallulah Falls and the eastern arm of Lake Tugalo (the western arm is formed by the Chattooga River. The lakes are owned and operated by the Georgia Power Company to generate hydroelectric energy for Georgia's largest city, Atlanta. At one time these lakes were the largest producers of electricity in the state of Georgia. Now, they only provide peak power supply. The lake was built in a deep valley located along a 10 mile section of the Tallulah River. The Lake Burton Dam was closed on December 22, 1919 and the lake started to fill. The dam is a gravity concrete dam, with a height of 128 feet and a span of 1,100 feet. The spillway is equipped with eight gates 22 feet wide by 6.6 feet high. The total capacity at an elevation of 1,866.6 feet is 108,000 acre-ft, of which 106,000 acre-ft is usable storage. The generating capacity of the dam is 6,120 kilowatts (two units).Lake Burton is the highest Georgia Power lake in Georgia. Lake Burton gets its named from the town of Burton, which was the second largest town in Rabun County with a population of approximately 200 but now lies below the lake's surface. The town (and the lake) was named after local prominent citizen Jeremiah Burton and was situated along the road from Clayton, Georgia to the Nacoochee Valley. Andrew Jackson Ritchie served as the postmaster for the area for several years. Gold was first discovered in Rabun County where Dicks Creek and the Tallulah River come together and was the reason for the town's founding in the early 1800s. The Lake Burton Fish Hatchery and Moccasin Creek State Park are located on the western side of the lake. Lake Burton is home to several species of fish, including Spotted Bass, Largemouth Bass, White Bass, Black Crappie, Bluegill, Redear Sunfish, White Catfish, Walleye, Brown Trout, Rainbow Trout, and Yellow Perch. The residents of Lake Burton are a mix of permanent residents and seasonal vacationers who together make-up the Lake Burton Civic Association, a local organization who goal is to maintain the lake through volunteer clean-ups and other such events. Let a Lake Burton resident and expert show you the way The Lake Burton Civic Association is an active homeowners association for residents of the Lake Burton area and sponsors many events throughout the year such as: burton, custom, envision, georgia, lake, mountain, nc, north, photography, web, western, Lake Burton, Lake Rabun, Seed Lake,Virtual Tours.

Bringing Nature Indoors Potted grasses are an excellent way to infuse a touch of nature into your home decor. Unlike live plants, artificial potted grass requires minimal maintenance while still providing vibrant greenery. They can easily enhance any room, turning a bare corner into a lively focal point. With designs like artificial pampas grass, brands such as Longjin Craft offer a range of options that mimic the ethereal beauty of natural flora. These faux plants not only look stunning but also stand the test of time, ensuring your home remains beautiful without the hassle of regular care. Versatile Home Decor Options One of the most appealing aspects of indoor artificial potted grasses is their versatility. Whether you’re aiming for a modern aesthetic or a more rustic vibe, there’s a fake potted grass option suitable for every taste. Tall grasses can add height to your decor, while shorter versions fit perfectly on shelves or tabletops. The aesthetic possibilities are endless; you can mix different types of artificial grasses for a more textured look. This creative freedom allows you to personalize your decor in a way that might be harder to achieve with live plants, which often come with their own growth limitations. Ideal for Any Environment Artificial potted grass is perfect for various settings, from homes to offices. In workspaces, they can provide an element of tranquility amidst busy schedules. Moreover, they are an excellent choice for individuals who may have allergies or pets that could interact poorly with natural plants. Longjin Craft’s artificial varieties are designed to withstand various indoor conditions and maintain their allure without fading over time. This makes them an ideal choice for those seeking stylish yet practical decor solutions. Whether you’re hosting a gathering or enjoying a quiet evening at home, these faux plants charm any space effortlessly. This article is sourced from Longjin Craft Artificial Potted Grass (longjincraft.com).

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.

Photography by Natalie Marotta Bungalows are lovable homes, but how can they be better? Along with many of our clients, we find that older (early 20th c.) homes have a lot of character and a comfortable scale, but are leaky, damp (especially in the basement), have fair to poor air quality, and use unconscionable amounts of fossil fuels to heat. The owners of this bungalow were ready to change that, and wanted to do so with minimal upfront carbon emissions as well. The gut renovation included replacing the basement slab and providing capillary breaks and insulation continuously below grade. The brick structure was treated with a fluid-applied air and water barrier from the interior and insulated entirely with cellulose, a carbon-storing insulation. The roof used HFO-blown spray foam to provide sufficient insulation while allowing headroom for bedrooms, bathrooms, and laundry. One great benefit of a full renovation is the possibility of reconfiguring spaces to suit the family’s lifestyle, and to make the best of indoor-outdoor connections. We opened up the main rooms on the first floor, creating a family gathering spot with a view to the back yard, and a spacious kitchen that supports the family’s commitment to cooking for healthy eating. The stair uses a north-facing skylight to bring light from above into the middle of the home, where it was previously dark. As a decarbonization retrofit, the inefficient furnace was replaced with two small ducted heat pump systems, water heating and clothes drying are powered by air-source heat pumps, and cooking uses an induction cooktop plus electric ovens. Energy recovery ventilation provides filtered fresh air continuous exhaust from the kitchen, baths, and laundry, and supplies fresh, highly filtered air to bedrooms and living spaces. The Better Bungalow now makes sense for the 21st century–it now fits the owners’ life-patterns, is super comfortable, has great air quality, and uses a fraction of the energy it did before, greatly lowering the demand on the utility grid. In the near future, when solar PV is installed, it can achieve net zero or near net zero emissions, and with battery backup, can provide great resilience in the event of power outages.