Water conservation is becoming a critical issue in landscape architecture, particularly in regions like the Southwest, where resources are limited and demand is ever-growing. At ABLA, water management is at the heart of every design, ensuring that projects are not only beautiful but sustainable over the long term. With the region’s increasing focus on water, ABLA’s innovative approaches are more relevant than ever.
ABLA’s water conservation strategies begin with comprehensive planning that involves close collaboration with land and water experts. Each project is assessed to ensure compliance with regional water regulations, particularly when it comes to securing necessary certifications, such as certificates of shared water or Assured Water Supply (AWS) documents. This approach ensures that projects are designed with the future in mind, safeguarding water resources for the next hundred years.
A key component of ABLA’s water strategy is the utilization of both potable and non-potable (reclaimed) water. By integrating reclaimed water into irrigation systems, ABLA reduces the strain on potable water supplies while still maintaining lush, healthy landscapes. These irrigation systems are not an afterthought; they are carefully designed with the latest technologies to ensure efficiency. ABLA uses data-driven methods to calculate water needs, tailoring the amount used for each plant and section of the landscape.
Our designs focus on features that retain water more effectively, such as drought-tolerant plantings and efficient irrigation systems. Additionally, ABLA aims to reuse stormwater and natural rainfall wherever possible. By creating retention basins or directing runoff back into the landscape, they reduce the need for additional irrigation and support local water cycles.
By making water conservation a priority, ABLA helps our clients reduce long-term water costs while also developing a more sustainable community. Our innovative strategies are setting a new standard in sustainable landscape design, particularly in water-sensitive regions.
