SectionsFiguresSections Introduction Agricultural landscapes Forests Rivers Figures Intensification of land use leads to landscape homogenisation and decline in biodiversity (with farmlands as an example). Pathways linking land use and landscape structure to functional diversity and human well-being with examples of possible ways of quantification in italic. Effect of forest characteristics of…
Through NetworkNature, Biodiversa+ has expanded the Nature-based Solutions (NbS) Knowledge Gaps Database. Using a refined screening methodology, this update brings enhanced insights…
Biodiversa+ analysed Web of Science data from 2013 to 2023 to identify key topics and trends, offering insights into the structure and dynamics of research collaboration on biodiversity and transformative change…
Covering 2013-2023, this mapping examines co-authoring networks to provide insights into the structure and dynamics of research collaboration on biodiversity and transformative change.
Biodiversa+ will participate in COP16, co-hosting two side events on science-policy interfacing alongside other Horizon Europe-funded projects: CO-OP4CBD, BioAgora, and RESPIN…
This concept note presents a user-centered approach to establish priorities for biodiversity monitoring. The methodology involves a recurring survey process designed to align monitoring efforts with stakeholder needs…
IPBES is seeking experts for a new assessment on integrated biodiversity-inclusive spatial planning and ecological connectivity, known as the “spatial planning assessment”…
In late September, Biodiversa+ participated in the NetworkNature Annual Event, “Busting Myths: People with Nature”…
Biodiversa+ surveyed its partners on the deployment of five novel monitoring technologies: bioacoustics, camera traps, eDNA/genomics, UAV (drones), and sensor networks. The survey also evaluated the taxa and Essential Biodiversity Variables (EBVs) targeted by these technologies…
Biodiversa+ surveyed its partners on the deployment of five novel monitoring technologies: bioacoustics, camera traps, eDNA/genomics, UAV (drones), and sensor networks. The survey also evaluated the taxa and Essential Biodiversity Variables (EBVs) targeted by these technologies…