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-The frailejón, plants of the genus Espeletia, is a quintessential plant in Andean high-altitude [[18|paramo]] ecosystems. The frailejón plays a fundamental role in [[36|hydrological]] regulation. With an extended root matrix and dense, trichome-covered leaves, its morphological features are highly effective in intercepting the atmospheric moisture from fog and [[21|rainfall]] (Rockstroh, 2024). This intercepted water is allowed to run down the stem and infiltrate the [[26|soil]] to recharge the subterranean aquifers that feed regional [[20|river]] systems. Paramos are usually referred to as "water factories" since they supply as much as 85% of the potable water in Colombia, aided by its sponge like features contributing to greater water capture (Baruffol, 2020).+The frailejón, plants of the genus Espeletia, is a quintessential plant in Andean high-altitude [[18|paramo]] ecosystems. The frailejón plays a fundamental role in [[39|hydrological]] regulation. With an extended root matrix and dense, trichome-covered leaves, its morphological features are highly effective in intercepting the atmospheric moisture from fog and [[21|rainfall]] (Rockstroh, 2024). This intercepted water is allowed to run down the stem and infiltrate the [[26|soil]] to recharge the subterranean aquifers that feed regional [[20|river]] systems. Paramos are usually referred to as "water factories" since they supply as much as 85% of the potable water in Colombia, aided by its sponge like features contributing to greater water capture (Baruffol, 2020).
  
 Beyond water capture, frailejones act as ecosystem engineers, structurally modifying their environment to form microhabitats. The retention of large leaves along the stem provides critical shelter and nesting resources for a diversity of high-altitude fauna, including birds, insects, and small mammals (WCS Colombia, n.d.). This capacity to shape biotic communities underlines its identification as a potential "key to restoring" degraded páramos. Indeed, efforts in Ecuador have so far established the propagation and replanting of native frailejón species as a primary methodology for post-disturbance recovery, such as following wildfires and erosion events (Mongabay, 2025). Beyond water capture, frailejones act as ecosystem engineers, structurally modifying their environment to form microhabitats. The retention of large leaves along the stem provides critical shelter and nesting resources for a diversity of high-altitude fauna, including birds, insects, and small mammals (WCS Colombia, n.d.). This capacity to shape biotic communities underlines its identification as a potential "key to restoring" degraded páramos. Indeed, efforts in Ecuador have so far established the propagation and replanting of native frailejón species as a primary methodology for post-disturbance recovery, such as following wildfires and erosion events (Mongabay, 2025).
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