Friday, February 21, 2014

Back to Grass Roots

Datganiad I’r Cyfryngau – Aberystwyth Prifysgol

The unique Farm Platform facility of Rothamsted Research in North Wyke Devon will be used for a new project which aims to develop new grasses that enable grassland soils to capture increased volumes of rainfall, thereby reducing the risk of flooding downs.

A grass roots approach to flooding

Dr Mike Humphreys
Scientists at Aberystwyth University’s Institute of Biological, Environmental and Rural Sciences (IBERS), are working with partners at Rothamsted Research North Wyke in Devon to develop new grasses that enable grassland soils to capture increased volumes of rainfall, thereby reducing the risk of flooding downstream.

The 5 year £2.5 million LINK project named SUREROOT is funded by the BBSRC (Biotechnology and Biological Sciences Research Council), and match-funded by a range of industrial partners from across the food production spectrum, including a seed company, a major retailer and the meat, poultry and dairy industry.

Large areas of the UK are facing continued and widespread threats from flooding that damage UK homes, and are causing the UK economy and agricultural production significant losses (e.g. an estimated £600m in 2012). Many of our river catchments are upland grasslands predominating in the wettest areas of the UK.

If the rates of surface run-off could be reduced and rainfall captured more effectively by grassland soils, then the worst impacts of heavy rainfall down-stream may be reduced.

The SUREROOT project builds on earlier BBSRC-funded research published last year in the Nature Journal Scientific Reports (Scientific Reports SREP-12--03690.3d) where it was reported that a forage grass hybrid known as Festulolium and designed originally for livestock agriculture, also held a hidden underground and previously unknown property.

Dr Mike Humphreys (pictured) of IBERS is leading the project and said: “Festulolium, which are defined as natural hybrids between ryegrass and fescue species, are very much the grasses for the future. They are the way ahead for sustainable livestock agricultural practices.

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