Most mammal species discovered in the Global South since 1990 end up in Northern collections

The study's findings highlight a concerning trend in the global distribution of biodiversity knowledge and specimen collections. Despite the majority of new mammal species being discovered in the Global South, they are often housed in institutions in the Global North, which can limit access to this knowledge and specimens for local researchers and communities. This imbalance can hinder the development of biological research and conservation efforts in the regions where these species are found.

This phenomenon is particularly relevant to engineering audiences, as advances in fields like biotechnology, ecology, and environmental monitoring rely heavily on access to diverse biological specimens and data. The concentration of collections in Northern institutions can create barriers to innovation and collaboration, particularly in developing countries where local expertise and infrastructure may be underdeveloped. Furthermore, the lack of representation and control over biological collections can exacerbate existing power imbalances between the Global North and South.

As researchers and engineers, it's essential to watch how this trend evolves and to consider potential solutions, such as increased collaboration and capacity-building between institutions in the Global North and South. Additionally, initiatives like digital repositories and open-access databases may help democratize access to biodiversity knowledge and specimens, enabling more inclusive and equitable research practices. The next step will be to see whether the scientific community can adapt and respond to these challenges, promoting a more distributed and collaborative approach to biodiversity research and conservation.

Originally reported by phys.org. EngineeringNews adds analysis for science & discovery readers.