28 June 2017
Allerton Project - 25th Anniversary Open Day

Agricology Field Day at the Allerton Project

6 July 2017
National Organic Combinable Crops (NOCC) 2017

OF&G's flagship event will be held in Hampshire



23 June 2017
'Plant teams' may help feed a rising population, researchers say

New project to devise novel cropping systems using 'plant teams'

23 June 2017
Team ORC cycles the Magnificat!

Please support us!



1 February 2017
The future of UK organic support

Defra minister announces continued support post-Brexit

Plant breeding projects

Current projects

Project title (acronym)FunderDescription
Wheat and barley Legacy for Breeding Improvement (WHEALBI)EU FP 7The aim of the WHEALBI project is to apply genomic, genetic and agronomic approaches to improve European wheat and barley production in competitive and sustainable cropping systems.

Completed projects

Project title (acronym)FunderDescription
Coordinating organic plant breeding activities for diversity (COBRA)Core Organic/DefraCOBRA involves 41 partners from 18 European countries which will focus on coordinating, linking and expanding on-going organic breeding activities in cereals and grain legumes across Europe, drawing together experts from previously fragmented areas.
Strategies for Organic and Low-input Integrated Breeding and Management (SOLIBAM)EU FP7Develop specific and novel breeding approaches integrated with management practices to improve performance, quality, sustainability and stability of crops adapted to organic and low-input systems in Europe and small-scale farms in Africa.
Harnessing new technologies for sustainable oat production and utilization (QUOATS)Defra, BBSRCThis project integrates various breeding and selection methods with high throughput analysis of grain composition to develop oats varieties for human consumption, livestock production and industrial uses.
Adaptive winter wheat populations: development, genetic characterisation and applicationDefraWe study the yield, quality, and stability of wheat Composite Cross Populations (CCPs) under high and low input over a range of environments through phenotypic and genotypic analyses and develop the processing capabilities of CCPs for various end users.