Return to the wild
12 October 2024Ambitious collaborations are bringing biodiversity back to the Scottish Highlands.
Ambitious collaborations are bringing biodiversity back to the Scottish Highlands.
A new way to price carbon credits could encourage desperately needed investment in forest preservation and boost vital progress towards net-zero.
Reconciling human activities with nature is never going to be easy, but a new Cambridge group is using everything it’s got to try and protect a vital part of the UK.
Cambridge researchers will tackle environmental threats that could affect a third of England’s home-grown vegetables and more than a quarter of the UK's rare and endangered wild animals. Eco-friendly farming in the Fens, pine martens in the Cairngorms, and disappearing woodlands in the Lake District will all benefit from a £10 million countryside regeneration programme to safeguard the country’s most important agricultural land and beloved rural idylls.
A new Cambridge centre will bring together computer scientists and conservation scientists to build a trusted marketplace for carbon credits and support global reforestation efforts, the first initiative of its kind in the UK.
A report launched today by the British Ecological Society, with contributions from the University of Cambridge, offers the first complete assessment of the potential of nature-based solutions to mitigate climate change and benefit biodiversity in the UK.
As societies face the triple challenge of avoiding the worst effects of climate change, protecting remaining biodiversity and improving human wellbeing, there are calls to end siloed thinking and design solutions that address these problems simultaneously.
River flow is reduced in areas where forests have been planted and does not recover over time, a new study has shown. Rivers in some regions can completely disappear within a decade. This highlights the need to consider the impact on regional water availability, as well as the wider climate benefit, of tree-planting plans.
Continually logging and re-growing tropical forests to supply timber is reducing the levels of vital nutrients in the soil, which may limit future forest growth and recovery, a new study suggests. This raises concerns about the long-term sustainability of logging in the tropics.
"Giant trees like the ones we found are simply awe-inspiring, they remind us how amazing the Amazon rainforest is, and how important it is to preserve it."