“…First, preliminary examination of Oreocnide species distributions indicates distribution patterns closely related to specific tectonomorphological features, making it a suitable plant model to investigate past geological and climatic events. Second, potential capabilities for dispersal by rats and local birds (Nago et al, 2019;Osuri et al, 2017) and for at least some species across long distances in seawater (Wu et al, 2018), means that the genus could be representative of typical modes and directions of dispersal for biota in SE Asia. Finally, the genus consistently inhabits tropical and subtropical forests (Chen, Lin, Friis, Wilmot-Dear, & Monro, 2003), where both the mean annual temperature and precipitation are very high (Fig.…”