Gardening experts are urging Colorado residents to use drought-resistant plants to maintain their landscapes as dry weather continues across the state [1].
This shift in planting strategy is critical for water conservation in the U.S. West, where prolonged dry spells threaten both residential gardens and large-scale agricultural production.
Ellen Becker, owner of Floral Culture, is providing planting options specifically designed for the Colorado climate [1]. Becker said her guidance focuses on helping gardeners maintain aesthetic appeal while significantly reducing the amount of water required to keep plants alive [1].
Experts have identified seven specific drought-tolerant perennials that require minimal maintenance [2]. These plants are designed to survive with little intervention, allowing homeowners to preserve local water supplies without sacrificing their greenery [2].
In addition to perennials, there are 10 drought-tolerant shrubs recommended for those looking to add structure and height to their gardens [3]. These shrubs are selected for their ability to withstand arid conditions, a necessity as the region continues to battle water scarcity [3].
The impact of the drought extends beyond home gardening into the commercial sector. The strain on water resources has forced some agricultural producers to make drastic changes to their operations [5]. For example, a farmer in Brighton is cutting his planted acreage by one-third due to the drought [5].
While some regions have seen intermittent wet weather, researchers and gardeners continue to prioritize drought-resistant strategies to mitigate the long-term risks of water shortages [4]. This proactive approach ensures that landscapes remain viable even when rainfall is insufficient.
“Gardeners are turning to specialized perennials and shrubs to conserve water.”
The transition toward drought-resistant landscaping in Colorado reflects a broader adaptation to permanent climate shifts in the U.S. West. When residential gardeners and commercial farmers both reduce water reliance, it suggests that temporary weather fluctuations are no longer sufficient to offset the systemic risk of chronic water scarcity.
