Abstract

Climate change is a pivotal driver of global biodiversity transformation, reshaping ecosystems and altering species distribution patterns. This study investigates the extent and nature of these transformations by addressing key sub-questions: changes in species distribution, ecosystem dynamics, adaptive mechanisms, human intervention roles, and future biodiversity trajectories. A qualitative methodology incorporating literature reviews, case studies, and thematic analysis highlights significant findings. Species are moving habitats poleward or to higher altitudes, thus disrupting interactions within ecosystems, such as predator-prey dynamics and pollination networks. Adaptive strategies, such as genetic and behavioral changes, are manifestations of resilience, but limitations in pace and scope are evident. Human intervention through conservation measures such as habitat restoration and assisted migration remains essential but requires more integrated, adaptive strategies to enhance effectiveness. Projections suggest a mix of species loss and ecological adaptation, which underscores the need for refined predictive models and forward-looking policies. The study emphasizes the need to mitigate biodiversity risks while developing innovative conservation approaches that would help navigate the complexities of a climate-altered future.