This project addressed the urgent need to restore the habitat of Abronia campbelli, a critically endangered species, by implementing innovative methods to understand and recreate its complex canopy ecosystems. The results of this project have significantly advanced the conservation of Abronia campbelli by addressing critical knowledge gaps and providing actionable habitat restoration strategies.

The team developed a novel methodology to survey vascular epiphyte richness and abundance, employing drones and digital image processing to overcome the challenges of assessing canopy-level biodiversity. Field activities included systematic sampling of climax-stage trees across two distinct elevation zones to document epiphyte communities and their ecological roles.

A transplantation program was launched to establish adult vascular epiphytes on young trees, integrating this approach into habitat restoration efforts. Additionally, a dedicated greenhouse was constructed to propagate key epiphyte species identified during the surveys, ensuring a reliable resource for future restoration initiatives.

Through these activities, the project not only laid the groundwork for enhancing habitat complexity but also strengthened the foundation for safeguarding Abronia campbelli and its critical ecosystems.