Comparing Biodiversity Predictions by People and Computer Models for Woodland Management

Combining local, contextualised knowledge with generalised, scientific knowledge is seen as best practice in decision making for biodiversity management. However, there is the potential for conflict if these two knowledges do not concur. We compared people’s predictions for biodiversity change under different woodland management scenarios with those from a simple ecological model. We found general agreement, but stakeholders were more optimistic about the benefits of some scenarios compared to the models.

Going underground: testing the potential of citizen science and DNA to explore alpine soil biodiversity

Soil biodiversity is critical to ecosystem functioning, but our understanding of the richness and distribution of soil organisms lags far behind that of biodiversity above ground. The difficulties of detecting organisms that spend all or most of their time living below ground and a shortage of skilled scientists able to identify them have contributed to our general lack of knowledge. This is particularly true in alpine zones which support some of our most natural habitats and provide important ecosystem services, including supporting unique biodiversity, carbon storage and water supply.

Water Words

Working with Scotland’s water sector and water users such as the farming sector, school children and teachers, we have designed this informative, engaging and fun series of educational posters on the important topic of water. We hope that by communicating a clear message about water, and explaining the very words used to best describe it and its many links to human life, young people and the general public will be better able to respond with real solutions in the places they live and work.

Centres of Expertise: Delivering Evidence Directly to Policy

The CoEs, funded by the Scottish Government, work directly at the interface between policy and research, providing responsive outputs and outcomes in areas of high policy importance: climate change, animal disease outbreaks, plant health, water and knowledge exchange and impact. The Centres draw upon the wide range of up-to-date research expertise within the Scottish Environment, Food and Agriculture Research Institutes (SEFARI), universities, colleges, government agencies and research organisations across Scotland. 

Exploring the potential of spatially referenced data to support the evolution of land-based policy in Scotland

The way we manage land and plan land-use change plays an integral role in the efforts for meeting climatic targets and for mitigating and adapting to climate change impacts. According to the current Land Use Strategy, the scale of future land-use change required is significant if we were to maximise the contribution of land towards a sustainable future for Scotland.