Gardening and landscaping experts said careful plant selection can significantly conserve water as drought conditions persist across several global regions [1].
This shift in landscaping is critical because drought reduces water availability and often triggers municipal watering restrictions. Planning gardens with drought-resistant species allows homeowners to maintain greenery while protecting limited water resources [4, 5].
A certified arborist specializing in drought-resistant plants said that landscaping becomes more difficult during these periods [1]. To combat this, experts in regions ranging from Australia to the U.S. and Canada suggest moving away from water-intensive greenery. In Aspen, Colorado, reports indicate that native plants require less than half as much water as a traditional lawn [5].
Regional challenges vary based on local climates. In Florida, the dry spring season has made gardening more difficult [3]. Conversely, in Calgary, Canada, some garden center favorites struggle during early summers that can be rainy or snowy [2]. Despite these differences, the core strategy remains the same: selecting plants adapted to the local environment.
Water conservation programs are becoming more common to address these shortages. Aspen has implemented a specific garden program to address drought and water conservation [5]. These initiatives aim to educate the public on how to sustain landscapes without depleting reservoirs.
The urgency of these changes is reflected in recent guidance published this month. "When the well is dry, we learn the worth of water," Benjamin Franklin is quoted as saying in a report by The Gazette [6]. This sentiment underscores the transition toward more sustainable, low-water gardening practices as a necessity rather than a preference.
“Native plants require less than half as much water as a traditional lawn”
The global push toward drought-resistant landscaping reflects a broader adaptation to volatile weather patterns. By transitioning from traditional lawns to native flora, urban areas can reduce the strain on municipal water grids and decrease the reliance on emergency irrigation measures during peak dry seasons.
