OVERVIEW
Phillip Johnson Sustainable Landscape Systems creates environmentally sustainable, natural landscapes that draw their design inspiration from Australia’s indigenous beauty. We provide innovative solutions in residential/commercial landscape design, construction and maintenance – where water conservation and capture are the central premise.
Aesthetically, our designs blend the rainforest with the Australian outback. Nature never goes out of fashion.
The cornerstone of our landscapes is the billabong – a waterhole that sustains the surrounding habitat, whilst creating a stunning natural pool for swimming or aquaculture, and assisting to fire proof properties. Other prominent design features include waterfalls and vertical gardens.
Each Phillip Johnson sustainable landscape becomes an oasis for indigenous flora and fauna. Sustainability comes from the billabong, fed using ground breaking conservation methods including grey water systems, drive way run off, storm or roof water, and on-site treatment plants.
Our use of solar power, local materials and indigenous flora means that Phillip Johnson landscape designs not only stand the test of time in our harsh Australian environment, they flourish and invite you to give back to this land that has given us so much.
OUR DIFFERENCE
Phillip Johnson Sustainable Landscape Systems do not simply build gardens, we build sustainable habitats for you to enjoy in your every day life. A Phillip Johnson landscape design works with nature, not against it, and is designed to promote health and wellbeing.
Each of our designs helps to rebuild the earth in a way that ensures it can continue to heal itself long after our highly qualified team has finished work.
Our designs give you the opportunity to contribute positively to the planet, using innovative conservation methods. Our team of skilled professionals is at the forefront of environmental sustainability practices – the environment is our passion.
We design for tomorrow, not just for today. We’re the leaders in landscape designs which account for the impact of ever-increasing water restrictions and climate change.
