The species plays a key ecological role in its native ecosystems. Its dense, woolly foliage provides microhabitats for invertebrates, and its showy inflorescences attract native pollinators like flies and bees, supporting biodiversity in harsh environments. The drought-tolerant, slow-growing nature enables it to colonize disturbed rocky terrain, suggesting potential for use in xeriscaping and ecosystem restoration projects.

Sun, 03 May 2026 01:24:38 +0000

**Why The Species Plays a Key Ecological Role in Its Native Ecosystems — And How It Could Transform Landscaping and Restoration** Beneath the rugged resilience of a species once overlooked, a quiet revolution in ecological understanding is unfolding. The species plays a key ecological role in its native ecosystems. Its dense, woolly foliage forms intricate microhabitats for invertebrates, fungi, and soil microbes, creating refuges in environments where life is hard-earned. Showy inflorescences draw native pollinators—including flies, bees, and beetles—offering vital nectar and pollen during periods when few other plants bloom. This dynamic interaction sustains biodiversity in some of the planet’s harshest landscapes, where water is scarce and conditions extreme. The growing interest in this species reflects broader shifts in public awareness around climate-resilient ecosystems. As droughts intensify and land degradation accelerates across the United States, scientists and land managers are re-evaluating plant species that support ecological recovery. Its drought tolerance and slow growth allow it to stabilize disturbed rocky soils, reducing erosion and paving the way for native vegetation to reestablish. These traits also open new possibilities for sustainable xeriscaping and passive restoration projects in both urban and rural settings. ### Why The Species Plays a Key Ecological Role in Its Native Ecosystems. Its Dense, Woolly Foliage Provides Microhabitats for Invertebrates, and Its Showy Inflorescences Attract Native Pollinators Like Flies and Bees, Supporting Biodiversity in Harsh Environments. The Drought-Tolerant, Slow-Growing Nature Enables It to Colonize Disturbed Rocky Terrain, Suggesting Potential for Use in Xeriscaping and Ecosystem Restoration Projects.