Plant growth forms shaping biodiversity patterns can guide conservation planning on the Qinghai-Tibet Plateau

AI justification

Landmark biodiversity conservation framework with global scalability and high scientific rigor. | The study represents a significant advancement in conservation science by providing a data-driven, functional approach to biodiversity protection. It aligns with multiple SDGs (13, 14, 15) and planetary boundaries by offering a scalable framework to maximize conservation efficacy with minimal spatial footprint. No ethical violations or negative impacts are identified in the research action itself.