The main GeoArt piece (top left) serves as a detailed exploration of the landscape context through the integration of multiple data layers. These layers include hydrology, highlighting water systems and drainage patterns; catchments, illustrating the flow and collection of water within the landscape; and topography, which reveals the region’s landforms and elevations. Additionally, LiDAR-derived urban context offers a precise, three-dimensional perspective on the built environment and vegetation, while a recent aerial photograph provides a snapshot of the area’s current land use and spatial arrangement. Together, these layers form a comprehensive visual foundation, presenting a multi-dimensional understanding of the interconnected elements that define the local landscape.

Overlaying these contextual mappings are artistic expressions that emphasise the ecological and aesthetic value of Australian native grasses. These grasses are highlighted not only for their role in supporting biodiversity but also as a vital component of sustainable suburban design. The work proposes innovative strategies for integrating native grasses into various contexts, including nature reserves, where they can support endangered species; streetscapes, where they can contribute to greener, more resilient urban environments; and private front gardens, offering an opportunity for individual households to participate in enhancing local biodiversity.

This proposal reflects a broader vision of how suburban areas can transition toward climate-responsive landscapes, fostering a deeper connection between people and their local ecology. By elevating native grasses as a key element, the GeoArt piece encourages a reimagining of suburban spaces as dynamic, ecologically-rich environments that bridge the gap between natural systems and human habitation.