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Adopting Drought-Resistant Landscaping in Los Angeles
Meeting the 2026 Challenge for California Water Use
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Extensive water recycling, with 70-80% percent of stormwater overflow from around the website infiltrated natural wetlands and mechanical systems, and then utilized to water the surrounding parkland. 4,609,504 gallons of rainwater captured per year. Yearly carbon emissions decrease due to planting location of about 240,000 pounds of CO2 sequestered by trees on site 16.65 acres of total planting area (5.4 acres at SoFi Stadium, 2.75 acres at Lake Park, and 7 acres of streetscape planting, amongst others 6-plus miles of new trails and paths (4.17 miles of improved linear streetscape including sidewalks, 1.89 miles of brand-new multi-use routes, and about 2,300 linear feet of new Class II on-street bikeways) More information in the full press release listed below: a near 300-acre sports and entertainment location being developed by worked with a landscape architecture and city design studio, to develop civic and ecologically mindful landscape services throughout three key locations: water capture and reuse, the utilization of 100 percent Southern California-native plant species, and the continued development of public parks for year-round usage.


Motivated by the original water feature that became part of the former Hollywood Park racetrack, Lake Park consists of an upper and lower lake separated by cascading waterfalls. At around 6 acres and 16 million gallons of water, the lake is surrounded by an extra 6 acres of parkland. The lake works as a water recycling system by gathering 70-80 percent of stormwater runoff from around the website, filtering it through natural wetlands and mechanical systems, and after that using it to irrigate the surrounding parkland.
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Scaling Water-Efficient Landscaping in SOCAL

Adopting Drought-Resistant Landscaping in Los Angeles
Meeting the 2026 Challenge for California Water Use