In this video, Andrew Gonzalez explores the critical role of biodiversity science in achieving the targets set by the Kunming-Montreal Global Biodiversity Framework (GBF) for 2030. With growing global efforts to reverse biodiversity loss, urgent and integrated action across all sectors is essential to bend the biodiversity curve. However, the implementation of the GBF is currently hindered by a lack of comprehensive and accurate data on biodiversity change. Our ability to track and understand biodiversity loss remains geographically patchy and uncertain. In this video, we introduce a detection and attribution framework for biodiversity change, which is crucial for guiding effective conservation and recovery actions. We also highlight the importance of science in supporting key targets, such as ecological connectivity and the establishment of protected areas. Furthermore, we propose the creation of a Global Biodiversity Observing System (GBiOS) to address significant knowledge gaps and enhance global biodiversity monitoring. This system will strengthen our ability to detect and assess biodiversity changes over time and bridge the gap between science and policy. Join us as we delve into innovative approaches that will support biodiversity conservation efforts and help policymakers take decisive action to meet the global biodiversity goals for 2030.
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