Rothamsted Research Organisation

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Affiliation

people

• Abadie, Maïder
• Alonso-Chavez, Vasthi
• Andralojc, P.J.
• Antoniw, John
• Aradottir, Gudbjorg Inga
• Ashton, Rhys W.
• Bai, Caihong
• Bansal, Anuradha
• Bayon, Carlos
• Beale, Michael H.
• Belova, Tatiana
• Birkett, Michael A.
• Blackwell, Martin
• Blanchy, Guillaume
• Blyth, Hannah
• Bouton, Clement
• Broadley, Martin R.
• Brown, Neil Andrew
• Bruce, Toby J.A.
• Buchner, Peter
• Canning, Gail
• Carmo‐silva, Elizabete
• Carswell, Alison
• Castle, March
• Caulfield, John C.
• Clark, Ian M.
• Clark, Suzanne
• Cocq, Kate Le
• Collins, Adrian
• Cook, S. M.
• Cools, Hans
• Cooper, Hannah
• Corol, Delia I.
• Curtis, Tanya Y.
• De Vos, Rebecca P.
• Dilks, Tess
• Doherty, Angela
• Duan, Yabing
• Dunham, Sarah
• Evans, J.
• Evens, Nicholas Philip
• Fitt, Bruce D. L.
• Fraaije, Bart A.
• Freeman, Jackie
• Freeman, Jackie
• Gao, Runhong
• Ge, Yaoxiang
• Ge, Yufeng
• Gill, Manpartik S.
• Glendining, M. J.
• Gonzalez-Uriarte, Asier
• Gordon-Weeks, Ruth
• Goulding, Keith W. T.
• Granger, S. H.
• Griffiths, Cara A.
• Grün, A.
• Gurr, Sarah J.
• Gutteridge, R. J.
• Haefele, Stephan M.
• Hahn, Florian
• Halford, Nigel G.
• Halsey, Kirstie
• Hammond-Kosack, Kim E.
• Hanley, Steven J.
• Harkness, Caroline
• Haslam, Richard
• Hassall, Kirsty L
• Hassani-Pak, Keywan
• Hawkesford, Malcolm, Head of Department of Plant Sciences
• Hawkesford, Malcolm
• Hawkins, J. M. B.
• Hawkins, Nichola
• Hayat, Rifat
• Hedden, Peter
• Helps, Joe
• Hernández-Allica, Javier
• Heuer, Sigrid, Principal Scientist
• Heuer, Sigrid
• Hey, S. J.
• Hirsch, Penny R.
• Hofinger, Bernhard J.
• Hughes, David
• Huttly, Alison K.
• Hyde, Lucy
• Igna, Alina-Andrada
• Irons, Daisy
• Johnston, A. Edward
• Jones, Hamlyn
• Kanyuka, Kostya, Senior Research Scientist
• Kanyuka, Kostya
• Karp, Angela
• Kavamura, Vanessa Nessner
• Kettles, Graeme J.
• King, Robert C
• Kosik, Ondrej
• Kurup, Smita
• Lambing, Christophe
• Lee, Wing-Sham
• Lovegrove, Alison
• Lucas, John
• Lyra, Danilo H.
• Macdonald, Andy J
• Machado Wood, Ana K.
• Madgwick, James W.
• Madgwick, Pippa J.
• Manning-Smith, Robbie
• Martignago, Damiano
• Martin, Janet L.
• Mauchline, Tim H.
• Mcgrath, Simon
• Mcgrath, Steve P.
• Mcmillan, Vanessa E.
• Mead, Andrew
• Michalski, Adam
• Milne, A
• Misselbrook, Tom H.
• Mitchell, Rowan, Visiting Worker
• Mitchell, Rowan
• Moughan, J.
• Napier, Johnathan A.
• Neal, Andrew
• Nekrasov, Vladimir
• Oddy, Joseph
• Orr, Douglas John
• Osborne, Sarah-Jane
• Palma‐guerrero, Javier
• Palmer, Richard
• Parry, Martin A.J.
• Passmore, Diana
• Patil, Archana
• Paul, Matthew, Principal Research Scientist
• Paul, Matthew
• Pearce, Stephen
• Pell, J. K.
• Pellny, Till K.
• Pennacchi, João Paulo
• Perdomo, Juan Alejandro
• Phillips, Andrew
• Phillips, Andy, Principal Investigator
• Phillips, Andy
• Pickett, John A.
• Plummer, Amy
• Powers, Stephen J.
• Powlson, David
• Primavesi, Lucia F.
• Prins, Anneke
• Raffan, Sarah
• Rawlings, Christopher J.
• Reid, Tessa E.
• Riche, Andrew B.
• Riley, Mandy
• Robinson, Rebekah J.
• Rudd, Jason J.
• Sabermanesh, Kasra
• Sadeghi‐tehran, Pouria
• Sarria, André L. F.
• Savill, George Peter
• Scales, Joanna C.
• Semenov, Mikhail, PI
• Semenov, Mikhail
• Senapati, Nimai, Post-doc
• Senapati, Nimai
• Shewry, Peter Robert
• Shewry, Peter Robert
• Shi, Zhiqiang
• Shield, Ian
• Simon, Amma Larissa
• Simon, Amma Larissa
• Singh, Ajit Pratap
• Slavov, Gancho T
• Smart, Lesley E.
• Sparks, Caroline A.
• Stephens, Christopher
• Stratonovitch, Pierre
• Stroud, Jacqueline L.
• Takahashi, Taro
• Thomas, Stephen G.
• Thomas, Steve
• Tong, Wei
• Torres-Ballesteros, Adriana
• Tosi, Paola
• Townsend, James A.
• Urban, Martin
• Usher, Sarah
• van den Berg, F.
• van den Bosch, F.
• van den Bosch, Frank
• Virlet, Nicolas
• Wan, Yongfang
• Wang, Ruiyun
• Ward, Jane L.
• Watson, Amy Elizabeth
• Watts, Christopher W.
• Webster, Colin P.
• Webster, Gina
• West, Jon S.
• West, Jonathan S.
• Whalley, William R.
• White, Rodger P.
• Whitmore, Andrew P.
• Wilkinson, Mark David
• Withall, David
• Wood, Abigail J.
• Wu, Huixia
• Wu, Lianhai
• Xin, Wang
• Xu, Hongwei
• Yan, Wang
• Zhang, Xubo
• Zhang, Xuteng
• Zhao, Fang-Jie

Research

administers grant

• 13TSB_N4L2CRD: High fibre wheat for healthier white bread
• 15AGRITECHCAT4: Novel low viscosity wheats for distilling
• 21ENGBIO: Re-engineering amino acid metabolism in wheat grain
• A new generation of insect resistant GM crops: Transgenic wheat synthesising the aphid alarm signal
• A new generation of insect resistant GM crops: transgenic wheat synthesising the aphid alarm signal
• An integrated approach to stabilising HFN in wheat: screens genes & understanding
• An integrated approach to stabilising HFN in wheat: screens, genes and understanding
• An integrated genomics/genetics approach for development of mungbean varieties with improved disease resistance
• Automated analysis of free amino acids for acrylamide reduction in wheat-based food matrixes: applications in food production and commercial testing
• BBSRC Embrapa - Exploiting new technologies to improve drought resilience in wheat
• BBSRC Embrapa - Understanding the importance of the wheat root microbiome for sustainable crop production.
• BBSRC Embrapa - Using HIGS and si-RNA technologies to explore and control Fusarium Head Scab disease in wheat fields
• BBSRC Embrapa: Temperature resilience of flowering in UK and Brazilian wheat (TempRe)
• BBSRC IPA: Improving the nitogen response of UK wheat varieties
• BBSRC:India Wheat Wortkshop
• Bilateral BBSRC - Embrapa. Exploitation of the rhizosphere microbiome for sustainable wheat production
• Bilateral BBSRC-Embrapa: Using disease risk forecasting, NGS and HIGS to explore and control Fusarium Head Blight disease in wheat fields
• Bilateral wheat improvement workshop with BalticWheat network
• Brazil-UK Collaboration on Technologies for Wheat Improvement
• Catalysing collaboration and exchange between wheat scientists in the UK and West Asia
• Catalysing collaborations between wheat scientists in the UK and Central Asia
• DFW - Designing Future Wheat - Work package 1 (WP1) - Increased efficiency and sustainability
• DFW - Designing Future Wheat - Work package 2 (WP2) - Added value and resilience
• DFW - Designing Future Wheat - Work package 3 (WP3) - Germplasm
• DFW - Designing Future Wheat - Work package 4 (WP4) - Data access and analysis
• Defining the signalling network linking pathogen infection and asparagine accumulation in wheat grain
• Delivering Sustainable Wheat: Delivering Resilience to Biotic Stress (Rothamsted Research)
• Delivering Sustainable Wheat: Nutritional Traits (Rothamsted Research)
• Delivering Sustainable Wheat: Sustainable Data Frameworks for Wheat (Rothamsted Research)
• Delivering Sustainable Wheat: Targeted Sustainability-Trait Discovery (Rothamsted Research)
• Delivering high dietary fibre via improved wheat cultivars and products
• Developing novel types of low protein wheat for breadmaking
• Development of specific TALENs for precision engineering in wheat
• Development of the Lightscanner as a generic platform for novel allele discovery.
• Do G-protein coupled receptors regulate pathogenesis and mycotoxin biosynthesis in filamentous phytopathogenic fungi?
• Enhancing Diversity in UK wheat through a public sector prebreeding programme
• Enhancing diversity in UK wheat through a public sector prebreeding programme
• Enhancing wheat field performance and response to abiotic stress with novel growth-regulatory alleles
• Enhancing wheat field performance and response to abiotic stress with novel growth-regulatory allelles
• Exploiting variation in wheat land races to optimise dietary fibre content and viscosity in commercial wheats
• Extraction and characterisation of insoluble arabinoxylan from wheat white flour.
• FACCE-JPI Knowledge Hub: MACSUR-Partner 25
• Field assessment of ultra-low asparagine, low acrylamide, gene edited wheat
• Genetic improvement of wheat to reduce the potential for acrylamide formation during processing.
• Genetics and mechanisms of resistance to diseases caused by viral and fungal pathogens in wheat, barley and related plant species
• Genetics and mechanisms of resistance to diseases caused by viral and fungal pathogens in wheat, barley and related plant species
• How do class II trehalose phosphate synthase proteins regulate wheat spike development?
• IWYP Call 2: Transforming yield through source-sink synchronisation
• Identification of traits and genetic markers to reduce the nitrogen requirement and improve the grain protein concentration of winter wheat
• Identification of traits and genetic markers to reduce the nitrogen requirement and improve the grain protein concentration of winter wheat
• Impact of mutations in the target-encoding CYP51 gene in Mycosphaerella graminicola populations developing resistance to triazole fungicides
• Improving the N response of UK wheat varieties
• Improving the yield stability of durum wheat under Mediterranean conditions OPTIWHEAT
• Improving wheat as a source of essential micronutrients
• Improving wheat grain quality by exploiting novel sources of genetic variation
• Increasing wheat drought tolerance and recovery throughout the life cycle through regulation of plant growth mechanisms
• Indo-UK Centre for the improvement of Nitrogen use Efficiency in Wheat (INEW)
• Investigating the role of flavonoid biosynthesis in coat-imposed dormancy to facilitate the breeding of white-grained varieties of wheat
• Investigating the role of flavonoid biosynthesis in coat-imposed dormancy to facilitate the breeding of white-grained varieties of wheat
• Joint EMBRAPA: UK Workshop on Wheat Improvement
• Low viscosity wheat for improved properties for fermentation and animal feed
• Manipulation of cell wall synthesis to improve the dietary fibre composition of wheat flour
• Manipulation of cell wall synthesis to improve the dietary fibre composition of wheat flour
• Manipulation of photosynthetic carbon metabolism in wheat to improve yield
• Manipulation of wheat grain development for improved yield and processing
• Maximising yield potential of wheat
• Meiotic recombination: how has this adaptive and evolutionary force been influenced by domestication and selective breeding?
• Metabolomic analysis of the plant pathogenic microbes Fusarium graminearum and F. culmorum
• Mining diversity of cereal (wheat) fibre to improve the nutritional quality of wheat
• Modulating seed size in oilseed rape
• Novel real-time disease surveillance and fungicide resistance monitoring tools to foster a smart and sustainable crop protection platform in Brazil
• Optimising water use in wheat
• Optimising wheat grain shape and size for improved processing quality
• Optimising wheat grain shape and size for improved processing quality.
• Phenotyping root function in wheat
• Ploughing on regardless?
• Protecting second wheat through the reduction of take-all inoculum build up
• Protecting yield potential of wheat
• Provision of TILLING resources and platforms in wheat.
• Provision of tilling resources and platforms in wheat
• Remote detection of cereal aphid infestation and virus transmission in wheat
• SAFERGUARDING SONORA'S WHEAT FROM CLIMATE CHANGE
• Speciation and bioavailability of iron in plant foods
• Spraying for Yield
• The BBSRC Sustainable Bioenergy Centre (BSBEC): Perennial Bioenergy Crops Programme
• The potential to control insects and other organisms antagonistic to wheat by the up regulation of hydroxamic acids
• The potential to control insects and other organisms antagonistic to wheat by the up regulation of hydroxamic acids.
• The role of gibberellin in the regulation of wheat grain development
• The role of gibberellin in the regulation of wheat grain development.
• The role of lipids in determining gas bubble retention in wheat dough
• Triticeae Genomics for Sustainable Agriculture
• UK - China Virtual Joint Centre for Improved Nitrogen Agronomy (CINAG)
• UK-Brazil Partnering Award for Developing New Aphid Resistance in Wheat
• UK-Brazil partnership.
• UKRI/BBSRC-NSF/BIO Determining the Roles of Fusarium Effector Proteases in Plant Pathogenesis
• Understanding evolution of fungicide resistance in wheat blast field populations in Brazil; can we learn lessons for future disease management?
• Unlocking the potential of wheat grain heterogeneity using machine vision
• Unravelling the meiotic single-cell transcriptomic atlas for the control of recombination.
• Wheat biotechnology and gene validation platform
• Wheat root microbiome ISIS
• Xylan arabinosyl transferases: identification and characterisation of their role in determining properties of grass cell walls

Contact

mailing address

• AL5 2JQ