Farming News - £3m grant to boost sustainable agriculture

£3m grant to boost sustainable agriculture


On Thursday, three of the UK’s research councils announced that ten interdisciplinary research projects will each receive a share of a £3.2 million pot aimed at improving the sustainability of UK farming.

The Biotechnology and Biological Sciences Research Council (BBSRC), Natural Environment Research Council (NERC), Economic and Social Research Council (ESRC) announced details of the public funding, which was awarded under the second round of the Sustainable Agriculture Research and Innovation Club (SARIC), in partnership with 12 industry partners. SARIC was formed in 2014 with the input of agricultural levy boards, trade associations and academics with the aim of translating research findings into solutions and knowledge in the field.

The public-private partnership has a total budget of £10m for use in supporting projects that will bolster the sustainability of UK agriculture. SARIC backed six projects with £4.7m of funding in 2015.

Among the funded research studies is work to improve the weather resilience of crops, sensing soil nitrogen, and advanced technologies for crop management. Work to improve slurry usage and potato cyst nematode management is also being funded, alongside devices to assess and improve the use of animal nutrients, and an assessment of the risks of pesticide run-off.

Speaking on behalf of the collaborating UK Research Councils, BBSRC spokesperson Dr Karen Lewis said, “The projects recommended for funding through this round of the Sustainable Agriculture Research and Innovation Club will contribute to addressing issues relevant both to sustainable intensification of farming and the agricultural industry.

“We are pleased that the projects will investigate a diverse range of topics that explore biological, environmental and social issues in agriculture. The SARIC community is well placed to ensure the results of these studies can be translated into benefits for society.”

SARIC was formed following consultation with trade associations, levy boards, policy makers and academia. The discussions identified a need to bring together researchers from the environmental, biological and social sciences with industry, to translate knowledge for the purpose of progressing towards more sustainable agricultural systems.

Industry partners pay a subscription fee to be part of SARIC and benefit from improved connectivity with the UK research base and early access to research and translation outcomes. This five year public-private partnership will result in approximately £10M being invested to address key challenges identified by industry.

For more information about SARIC visit the website here

The funded research projects are:

 

SARIC funded research projects

 

 

 

 

Principal investigator

Organisation

Title

Value

George Blackburn

Lancaster University

Increasing the resilience of cereal and oilseed rape production to weather damage

£548,121

Davey Jones

University of Bangor

Real-time in situ sensing of soil nitrogen status to promote enhanced nitrogen use efficiency in agricultural systems

£549,266

Matthew Williams

The University of Edinburgh

Advanced technologies for efficient crop management: A participatory approach with application at farm scale

£773,320

 

The translational research projects backed under the scheme are:

 

SARIC funded translational research projects

 

 

 

 

Principal investigator

Organisation

Title

Value

Alexis Comber

University of Leeds

Real-time predictions of pesticide run-off risk multi-scale visualisations of water quality risks and costs

£199,966

Bruce Grieve

The University of Manchester

Low-cost fibre optic matting for direct live-mapping of livestock weight to improve feed efficiency. Development, demonstration & imaging integration

£199,999

Alison Kingston-Smith

Aberystwyth University

Hand Held Technologies for Assessment of Nutrient Digestibility

£195,386

David Ross

SRUC

Novel animal-mounted sensor technology to improve efficiency and sustainability

£200,000

Elizabeth Stockdale

Newcastle University

Delivering a decision-support framework – soilquality.org.uk

£190,849

Peter Urwin

University of Leeds

Development of a PCN population advisory tool that provides robust advice and management

£167,601

Claire Waterton

Lancaster University

Holistic decision-support system for organic slurry storage and treatment techniques for maximum nutrient use efficiencies (SLURRY-MAX)

£195,750