Tag: NERC

Less lightning in a warmer world

Lightning may strike less often in future across the globe as the planet warms, a scientific study suggests.

The research forecasts a 15% drop in the average number of lightning flashes worldwide by the turn of this century, if global temperatures are in the top range of forecasts.

Scientists join forces with farmers, communities and local authorities in major flood mitigation project

Choosing different crops, building soil organic matter and planting more trees could allow farmers to reduce the risk of nearby rivers from bursting their banks miles downstream, according to an innovative new research project.

Researchers in a collaborative project led by the University of Reading will work with farmers, advisors, communities and local authorities across the West Thames area to learn how different land management methods impact on flood risk.

The LANDWISE (LAND management in loWland catchments for Integrated flood riSk rEduction) proposal is one of three projects funded under the Natural Environment Research Council (NERC)’s £4m Understanding the Effectiveness of Natural Flood Management (NFM) programme, and will receive £1.25m.

Dramatic changes needed in farming practices to keep pace with climate change

© James Hutton InstituteMajor changes in agricultural practices will be required to offset increases in nutrient losses due to climate change, according to research published by a scientific consortium including the James Hutton Institute

Agroforestry could help UK hit carbon emission reduction targets

© University of ReadingResearchers exploring how planting trees alongside crops could help put Britain on track to reduce its climate change impact have been awarded a share of £8.6m funding.

Agroforestry involves farmers planting rows of trees in crop fields to act as greenhouse gas removers. Co-delivery of food and climate regulation by temperate agroforestry, led by Dr Martin Lukac at the University of Reading, is a model-based project examining the potential use of this technique in temperate regions of the UK.