My main research interest is focused on transferring genetic variation for agronomically and scientifically important traits from wild and distantly related species into wheat, and to distribute the germplasm generated world-wide for exploitation in breeding programmes and in scientific research.

My main research interest is focused on transferring genetic variation for agronomically and scientifically important traits from wild and distantly related species into wheat, and to distribute the germplasm generated world-wide for exploitation in breeding programmes and in scientific research. 

I am working on the molecular genotyping tools at the Nottingham BBSRC Wheat Research Centre. I am currently working on developing target-specific KASP assays and creating panels of homozygous introgression lines from various wild relative species that can be used in trait analysis studies. My research interests include genomics, genetics and cytogenetics. 

I lead the phenotyping aspects of our work at the BBSRC Nottingham Wheat Research Centre. I am currently working on trait analysis of the germplasm we produce and on producing introgressions from the wild relative species Aegilops umbellulata. My research interests also include photosynthesis and photoprotection. I lecture on the third year module D224P5 - Plants and the Light Environment and the first year Plant science module on photosynthesis.

I am a senior technical specialist in cytogenetic techniques which include GISH and FISH. My interests include anther and pollen development.

I am a research technician at the Nottingham BBSRC Wheat Research Centre growing plants in glasshouses and controlled environment rooms. I also work in the laboratory where we genotype and test samples.

I am a research technician at Nottingham BBSRC Wheat Research Centre, my main jobs include genotyping and GISH work in the lab, database analysis and general care and maintenance of the plants and the glasshouses. I have a big interest in genetics and genotyping, being colour blind I have always been fascinated with how genes can influence traits and get passed on through generations.

I am International Wheat Yield Partnership research fellow at the Nottingham BBSRC Wheat Research Centre. I recently completed my PhD in plant breeding and genetics. My PhD project focused mainly on winding the genetic diversity of durum wheat through D-genome introgression strategies and also durum wheat improvement to Septoria tritici blotch disease resistance. During my previous work experiences and my PhD research project I gained skills in the field of plant breeding, plant pathology, phenotyping for disease resistance as well as plant cytogenetics and genotyping. Currently, I am working on the phenotyping of the wheat/wild relative’s introgression lines for floret morphology and their potential use for hybrid wheat improvement. 

I am a research technician currently working on the International Wheat Yield Partnership project "Isolation of genetic variation for flowering morphology for hybrid wheat production". I am a recent graduate in Marine Biology from Portsmouth University and my research interests include food security.

I am a crop science research fellow working on the detection and characterisation of alien introgression in durum wheat lines using molecular markers (KASP) cytogenetics (GISH) and phenotypic data. This project is funded through the Crop Trust foundation and is in collaboration with CIMMYT (Mexico), ICARDA (Morocco) and IIWBR (India).

I am a PhD student in plant breeding and genetics at the Division of Plant and Crop Sciences. My studies are supported by a scholarship from the Turkish Ministry of Education and the Ministry of Agriculture and Forestry. I am working on enhancing wheat genetic variability through the introgression of Thinopyrum elongatum into wheat. My project is based on the development and the characterisation of the introgression lines via KASP^TM markers and their confirmation using genomic in situ hybridization (GISH).

I am a first year PhD student working on genetic biofortification of wheat with Zinc. My study will explore wider genetic diversity among wheat and wild relatives to breed new high-zinc wheat lines suited for sub-Saharan African environments specifically Ethiopia and Malawi.