Collaboration and utilisation

Working collaboratively with relevant organisations and networks helps to ensure that the UKVGB collections have maximum benefit for society.

Over 450 scientific studies have been published that use our collections. The most recent papers citing our accessions are listed on the publications page.

Warwick Crop Centre ResearchLink opens in a new window

Researchers at the Warwick Crop Centre use seed from the UKVGB collections to help deliver better crops in the future. Find out about some of the different areas they are working on.

• Rosemary CollierLink opens in a new window explains why we need resistance to insect pestsLink opens in a new window in our crops, and how the UKVGB collections can help.
• Will Crowther highlights how the UKVGB collections have helped identify resistance to white rustLink opens in a new window in brassica crops.
• Nicole Pereira and John ClarksonLink opens in a new window talk about the search for resistance to cavity spotLink opens in a new window in carrots.
• John WalshLink opens in a new window explains how genetic diversity is important for resistance to virusesLink opens in a new window in brassica crops.
• Dave ChandlerLink opens in a new window talks about Integrated Pest ManagementLink opens in a new window and how crop diversity can help.

European Evaluation NetworkLink opens in a new window

The UKVGB is part of a European Evaluation Network (EVA) on vegetable crops.

This is a network of genebanks, researchers and commercial breeding companies who are co-evaluating material from partner genebanks in order to identify useful traits for future breeding programmes.

Using diversity more efficiently

It can take 10-15 years to develop a new crop variety by conventional breeding, particularly if the new variety contains traits from wild species related to the crop.

There are various approaches which can speed this process up; from using genetic markers to tag areas of the genome underpinning useful traits, through to genome editing where targeted changes are made to genes in order to alter traits such as disease resistance.

Understanding what genes underpin a trait like disease resistance can be a complex task in itself - any approach which streamlines this process will help to speed up the use of the diversity in genebank collections in the development of better crops.

Arts projects

We also collaborate with those from other disciplines, like artists and poets. This help us to bringing the work we do to new audiences, and get a different perspective on our collections.