LANDSCAPE DESIGN
As our need to conserve water continues to grow with increasing environmental concerns, drought-tolerant landscapes are becoming increasingly desirable for many homeowners and businesses alike. This example show a proposal for a lawn conversion to a drought-tolerant landscape. Native plants that thrive in dry conditions provide various textures and colors. A thick layer of wood mulch and strategically placed boulders and gravel in the dry creek bed act as a swale, channeling rainwater during intermittent storms, helping to slow water runoff, gradually dispersing it through the landscape, encouraging infiltration into the soil. This process supports the health of surrounding vegetation and builds soil while sequestering carbon. This approach not only conserves water and minimizes runoff but also creates a visually pleasing and ecologically balanced habitat. Contact us for a free consultation to explore how we can help you create a beautiful and water-efficient outdoor space.
Photos and detailed measurements of the property are gathered, accompanied by a clear and comprehensive understanding of the clients' unique vision and specific needs, ensuring that every detail is addressed with precision and care. This approach fosters a collaborative relationship, allowing for ideas to flourish and ultimately leading to successful project outcomes.
A detailed 3D model is created using the photos and measurements so that pathways, hardscaping elements, and plants can be accurately arranged to scale. This process allows for a highly realistic visualization of the overall landscape design. By incorporating detailed elements and varying perspectives, it enhances the understanding of how the space will ultimately appear.
Textures and lighting are added based on the property's location and latitude ensuring an accurate environment. Still images, engaging videos, or immersive VR experiences are thoughtfully created for the client to effectively showcase the final product in a compelling and visually appealing manner, enhancing the understanding of how the space will ultimately appear.