University of Nottingham Organisation

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Affiliation

people

• Ahmad, S.
• Ajigboye, Olubukola
• Al-Azri, M.
• Ashling, Stephen
• Atkinson, Brian
• Atkinson, J. A.
• Atkinson, Jonathan
• Atkinson, Jonathan A
• Bailey, E.H.
• Bakalis, Serafim
• Baker, Lauren
• Band, Leah
• Bannayan, M
• Barnett, V.
• Bashir, Zeenat
• Bennett, Malcolm
• Bennett, Malcolm
• Bergin, Aislinn
• Binner, Eleanor
• Bishopp, Anthony
• Blower, Anisa
• Brameld, John
• Broadley, M.
• Brown, M.J.
• Brown, Matthew
• Caporaso, Nicola
• Carvalho, Pedro
• Chinnathambi, K.
• Collin, François
• Colls, J.J.
• Cortes, Sandra
• Cousins, Olivia H.
• Craigon, J.
• Crout, N.M.J
• Crout, Neil
• Crowe, John
• Cseh, Andras
• da Silva, Glacy J.
• Dale, Tom N
• Davies, E. Bethan
• De Silva, Jayalath G
• Desilva, Jayalath
• Devi, Urmila
• Drakulic, Jassy
• Dryden, Ian L
• Dyer, Paul
• Edwards, Stella Hubbart
• Ehoche, O. G.
• Farooqi, Arifa
• Fernandez, Jose
• Fernando, K. M. C.
• Fernández-Gómez, José
• Fisk, Ian
• Fisk, Ian D.
• Flis, Paulina
• Foulkes, John
• Foulkes, M John
• Foulkes, M.J.
• Fray, Rupert
• French, Andrew
• Gaju, Oorbessy
• Gerjets, Tanja
• Gibbs, Alexandra
• Glithero, N.J.
• Graham, Neil
• Grewal, Surbhi
• Griffiths, Marcus
• Harding, Stephen
• Heap, John
• Heath, Jack
• Hodgman, Thomas
• Holdsworth, M. J.
• Howells, Caroline
• Hubbart, Stella
• Hubbart-Edwards, Stella
• Hunt, Annabel
• Ibbett, Roger
• Jabloun, M.
• Jackson, Michael
• Jayaweera, Dasuni
• Jones, Stephen
• Khalil, A M
• Khokhar, J.S.
• Kim, Dong-Hyun
• King, Ian Phillip
• King, John
• King, Julie, Prof of Cereal Genetics
• King, Julie
• King, Julie
• Knights, Eda
• Lark, R. Murray
• Lark, Richard M.
• Leibovici, D.
• Linforth, Robert
• Lu, Chungui
• Mairhofer, Stefan
• Mathers, Andrew W.
• May, Sean
• Mayes, Sean
• Mcausland, Lorna
• Mendiondo, Guillermina
• Minton, Nigel
• Minton, Nigel P.
• Mitchell, Emily G.
• Mj, Foulkes
• Mooney, S J
• Mooney, S. J.
• Mooney, Sacha
• Muleya, Molly
• Murchie, E H
• Murchie, E.
• Nehe, A.S.
• Othmeni, Manel
• Pandey, Bipin
• Parr, Tim
• Pascut, Flavius Cristian
• Pinera-Chavez, Francisco J.
• Piñera-Chavez, F.J.
• Pound, Michael P.
• Preston, Simon
• Pridmore, Tony
• Pyke, Kevin
• Ramkissoon, C.
• Ramsden, S.J.
• Randall, Jamie W.P.
• Rasmussen, Amanda
• Ray, R. V.
• Ray, Rumiana
• Ren, Runsheng
• Retkute, Renata
• Ritz, Karl
• Rivera-Amado, C.
• Roghazai, Yadgar
• Roy, Johar
• Salt, David
• Scholefield, Duncan
• Shen, Cheng-guo
• Sheng, Lili
• Sierra-Gonzalez, Aleyda
• Simon, Amma
• Sjogersten, Sofie
• Slack, Shaunagh
• Sparkes, D. L.
• Sparkes, D.L.
• Stupfler, Gilles
• Sturrock, Craig
• Sturrock, Craig J
• Swarup, Ranjan
• Talle, Behzad
• Tidy, Alison C
• Tomlinson, Daniel
• Townsend, Alexandra J.
• Townsend, T.J.
• Trujillo-Negrellos, Eliseo
• Tucker, Gregory
• Tucker, Gregory A.
• Voss, Ute
• Walker, Jack
• Webb, Kevin
• Wells, Darren
• Wells, Darren M
• Wilson, L.
• Wilson, Michael H.
• Wilson, P.
• Wilson, Zoe
• Wilson, Zoe A
• Wood, Andrew T A
• Xie, Quan
• Yakubov, Gleb
• Yang, Cai-Yun
• Yant, Levi
• Ying, Zhang
• Young, S.D.
• Young, Scott
• Zhou, H.
• Zhou, Min

Research

administers grant

• "Mutagenomic" dissection of virulence and avirulence in the wheat pathogen Zymoseptoria tritici
• 14TSB_ATC_IR Exploiting novel canopy sensors for improved disease management, variety selection and resilience in wheat
• 15-IWYP -Wider and faster: high-throughout phenotypic exploration of novel genetic variation for breeding high biomass and yield in wheat
• ACR4-mediated signalling in Arabidopsis and wheat root development - identification of ACR4-interacting proteins
• Advancing Harvest Index in Winter Wheat in High Biomass Backgrounds through Genomics Enabled Breeding
• An integrated approach to stabilising HFN in wheat: screens genes & understanding
• BBSRC Embrapa - Developing mitochondrial mediated resilience to abiotic stress during plant reproduction.
• BBSRC Institute Strategic Programme: Delivering Sustainable Wheat (DSW) Partner Grant
• BREAKTHRU: developing soil compaction resistant wheat
• Biophysical defence in the mammalian gut: Unlocking the molecular mechanisms of dietary fibre interaction with mucin glycoproteins.
• Cells to Fields: crop movement characterisation across scales of order
• Characterisation of major genes (Stb)-mediated resistance to Septoria tritici blotch disease in wheat
• Deciphering the mechanisms of non-host resistance to Zymoseptoria tritici
• Delivering low-cost, high-throughput root phenotyping screens for arable crops
• Developing Net Zero Wheat Varieties
• Developing Net Zero Wheat Varieties
• Developing a Cereal Fertility Pipeline (CerFip) for wheat and barley.
• Developing systems to control male fertility in wheat for hybrid breeding, enhanced pollen production and increased yield.
• Developing tools for introgression into wheat where recombination is not possible
• Dissecting brassinosteroid signaling mediated regulation of root growth angle in wheat
• Diversifying world agriculture - a common framework for crop data comparison
• Elucidating the Mechanism of Aphid Resistance in Wheat
• Elucidating the role of DELLAs in controlling GAMYB activity during wheat grain development
• Engineering root architecture using a predictive integrative systems biology approach
• Enhancing diversity in UK wheat through a public sector prebreeding programme
• Enhancing diversity in UK wheat through a public sector prebreeding programme
• Evaluating the potential of Phialophora spp. for the control of take-all disease in wheat
• Exploitation of interspecific biodiversity for wheat improvement
• Exploitation of related species for developing superior adapted wheat varieties
• Exploitation of related species for developing superior adapted wheat varieties
• Exploiting night-time traits to improve wheat yield and water use efficiency in the warming climate of North-western Mexico
• Exploiting the untapped potential of non-foliar photosynthesis in a warming world
• Exploiting wheat-wild relative introgression lines and synthetics for resistance to viral diseases under climate change
• Exploration of NIABs synthetic wheats as a new source of disease resistance for effective genetic control of Septoria tritici blotch disease
• Exploration of NIABs synthetic wheats as a new source of disease resistance for effective genetic control of Septoria tritici blotch disease
• Exploring root resistance to take-all disease from wheat landraces and ancestral wheat relatives
• Fine mapping and characterisation of resistance to Septoria tritici blotch in winter wheat
• Functional characterisation of candidate Fusarium effectors
• Fusarium and aphids, friends or foes on their shared wheat host
• Geospatial Resource for Agricultural Species and Pests with integrated workflow modelling to support Global Food Security (GRASP-GFS): a prototype
• Herbivore-Plant-Soil microbe interactions: who is helping whom
• Hijacking plant immunity: winners and losers in dual pest and pathogen attacks on a shared host
• IWYP Call 2 - Isolation of genetic variation for flowering morphology for hybrid wheat production.
• Identification and Validation of Candidate Genes for Aphid Resistance in Wheat
• Identification of traits and genetic markers to reduce the nitrogen requirement and improve the grain protein concentration of winter wheat
• Identifying novel traits and molecular markers for improved N use efficiency in malting barley AbinBEV contribution
• Impact of abiotic stress on plant reproduction and seed set
• Improving wheat photosynthesis through wide crossing with wild relatives and selection using novel environments
• In vitro digestibility - reducing animal use whilst meeting the demand to evaluate alternative proteins
• Investigating the role of phosphite in plant development
• Is Rht-a1 a target for the generation of novel green revolution dwarfing genes in wheat?
• Laser Ablation Tomography: delivering high-throughput anatomical-scale phenotyping
• Mapping the Breaker Element of the Cuckoo Chromosome 4SL of Wheat Wild Relative Aegilops Sharonensis
• New strategies and models for commercialising innovations in the processing of agri- and food co-streams
• Novel Wheat Processing for Sodium Reduction
• Novel ingredients from wheat bran
• PUSHING THROUGH HARD TIMES: uncovering how roots sense soil compaction
• Physiological responses to humidity: a whole plant perspective
• Plant-based controls on soil structural dynamics: elucidating the interactive roles of the genotype, phenotype and soil microbial community
• Raising the ceiling on UK wheat yields / introgression and assessment of novel 'large-ear' CIMMYT germplasm into UK pre-breeding lines
• Removing the inefficiencies of 3-dimensional canopy photosynthesis by the alteration of leaf light-response dynamics and plant architecture
• Rooting benefits of penthiopyrad
• Screening for costs of disease resistance caused by stomatal dysfunction
• Second Generation Sustainable Bacterial Biofuels
• Supporting Future Wheat Improvement Underpinned By Novel Genetic Diversity For Root Traits
• Supporting future wheat improvement underpinned by novel genetic diversity for root traits
• Suppression of wheat defences by Fusarium graminearum
• Systems biology approach to unravel how wheat roots emerge and grow at specific angle in soil
• The 4-dimensional plant: enhanced mechanical canopy excitation for improved crop performance
• The establishment and application of a forward genetic resource for the development of efficient breeding strategies in grass and cereals
• The generation of wheat/Aegilops umbellulata wild relative lines and characterisation of their traits associated with high protein content and disease
• The impact of microbial communities on the incidence of foliar fungal disease symptoms in wheat
• Truly Predicting Root Uptake of Water: Case Study with Wheat
• Uncovering Root Responses to Environmental Signals with Dynamic microCT Image Analysis
• Understanding molecular basis of disease resistance against Septoria tritici blotch in wheat
• Understanding the role of phytohormones in controlling heat stress tolerance during pollen development in wheat.
• Unlocking the potential of wheat grain heterogeneity using machine vision
• Unravelling interactions between cereal aphids and ancestral wheat lines to elucidate mechanisms of aphid resistance
• What makes a good female? Trait characterization of female fertility traits for hybrid development in wheat.
• What triggers the production of Lysin-domain (LysM) virulence effectors by plant pathogenic fungi?

Contact

mailing address

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