There’s no denying it - summers are getting hotter. Fortunately, nature offers us a powerful ally in maintaining comfortable indoor temperatures in the form of the humble tree.

As we all know, trees provide shade. But what many people don’t consider is how we can make smart decisions about trees to help regulate indoor temperatures. By choosing the right type of tree (deciduous, evergreen, dense canopy, light canopy) and using strategic placement, we can manipulate the amount of sunshine that is making it into the home.

A simple way to reduce the need for active heating and cooling is by using deciduous trees. Positioned carefully around the home, they provide shade during hot summers, shielding buildings from direct sunlight and blocking hot afternoon sun from coming through windows. As the seasons change, they shed their leaves, allowing sunlight to filter through during the cooler months, thus aiding passive solar heating. This natural cycle helps regulate indoor temperatures by reducing the need for excessive heating or cooling, consequently lowering energy bills. It is also possible to use evergreen trees for seasonal shading that allows low-angled winter sun to penetrate beneath the tree canopy. This however requires precise placement which can be tricky to achieve.

Apart from temperature regulation, trees also contribute to improved air quality and overall well-being. They absorb carbon dioxide, mitigate pollution, and release oxygen, creating a healthier environment indoors and out. In addition, trees enhance the aesthetic appeal of a property, increasing its value and creating a tranquil outdoor space.

One last note - consideration should be given to growth patterns of the selected trees. Using trees that have non-invasive root systems and manageable sizes is essential to avoid structural damage to foundations, footpaths, or utility lines.

When thoughtfully incorporated into landscaping plans, trees become invaluable allies in creating energy-efficient, sustainable homes while simultaneously contributing to a greener environment. Embracing the power of trees isn't just about aesthetics—it's a smart, eco-friendly choice with far-reaching benefits for homeowners and the planet alike.

At Platylobium Landscape Design we use 3D computer modelling to take the guesswork out of strategic tree placement. See our next post for more!

In the realm of landscape design and construction, few elements resonate with the beauty of the natural world quite like Rammed Earth Walls. These structures not only exude timeless charm but also boast sustainability, especially when the soil used for their creation is sourced directly from the site itself. Recently, in the scenic suburb of Glen Iris, a breathtaking seat came to life, courtesy of Atlas Concrete and Landscapes, using soil from onsite, and beautifully documented by the talented team at One Monkey Media.

The journey from conceptualization to realization of these rammed earth walls involves a careful choreography of design and construction, marrying ancient techniques with modern innovation. However, what sets this particular project apart is the utilization of soil obtained directly from the site. Every grain of earth used in crafting these walls was meticulously sourced from the very grounds on which this masterpiece now stands.

The process began with a discerning selection of earth materials rich in clay, sand, and gravel, all excavated from the local site. This deliberate choice not only ensured a harmonious integration of the structure with its environment but also highlighted the inherent beauty of the region's natural resources.

Atlas Concrete and Landscapes embarked on a meticulous process, layering the on-site soil mixture within formwork and compacting it with precision. This technique not only enhanced the walls' strength but also created captivating patterns and textures, each telling a unique story of the land from which it was drawn.

What makes these rammed earth walls truly enchanting is their seamless integration into the landscape. The colors and textures mirror the site's unique characteristics, displaying an array of earthy tones that evolve with the changing light throughout the day, a living testament to the beauty found in nature's raw materials.

Beyond their aesthetic appeal, these walls boast remarkable practicality and sustainability. Their thermal mass properties offer natural insulation, contributing to energy efficiency by regulating interior temperatures. Moreover, by utilizing locally-sourced soil, this construction approach significantly minimizes environmental impact, reducing the need for transportation and embracing a truly eco-friendly ethos.

The finished seat in Glen Iris stands not just as a stunning structure but as a testament to the harmonious relationship between human creativity and the environment. Its presence invites a profound connection with nature while showcasing the enduring beauty and sustainability of rammed earth construction using on-site soil.

The collaboration between Atlas Concrete and Landscape and Platylobium Landsape Design, has brought to life a remarkable creation. It serves as a beacon, inspiring us to embrace sustainable design practices that not only captivate but also honor the inherent beauty of our surroundings.