The Tarland Catchment: Monitoring landscape interventions to improve water quality, benefit riparian habitat and mitigate flooding

The Tarland Burn Catchment (~70 km2) has been studied since the year 2000 making it one of the longest running comprehensive catchment management case studies in the UK. Critically there has been core funding support through cycles of Scottish Government strategic research programmes in turn, enabling integration with UK and European projects.

Meet Scotland’s leaders in biodiversity conservation science

Biodiversity has never been under more pressure, with over a million species – around a quarter of the world’s mammals, one in seven birds and 40 percent of amphibians and plants – currently threatened with extinction. Land-use change, direct exploitation and climate change are the leading causes of what’s been dubbed the ‘sixth mass extinction event’ in the Earth’s history.

Does floodplain restoration help to reduce extremes of water availability and improve biodiversity?

Healthy, intact floodplains play an important role in mitigating extremes of water availability (droughts and floods) expected under climate change. Compared to other ecosystems, intact floodplains also support a disproportionately high biodiversity.

Floodplains often become detached from adjacent water courses by flood embankments resulting in a loss of these characteristics and reconnection through removing embankments can help to regain lost functions in river corridors. However, case studies of the effects on floodplain water levels and plant ecology remain rare.

Taking the scenic (and sustainable) route - exploring public engagement strategies to decarbonise transport in UK national parks

The climate emergency presents a double challenge for public bodies as they reduce their greenhouse gas emissions and learn to adapt to the already changing climate. The Scottish government is committed to delivering a Just Transition to Net Zero by 2045 meaning that public entities must come up with innovative ways to meet these targets.

Assessing the benefits of river restoration in low energy streams

Streams and rivers in farmland areas often have a degraded morphology due to straightening and run-off pollution (inputs of fine sediment, < 2 mm particle size diameter). Constraints on land use also mean restoration is limited to short sections of watercourse and long term (~10 years) restoration studies are currently limited, making it difficult to assess their success.