IWYP
@IWYP_wheat
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International Wheat Yield Partnership-Research to Deliver Wheat For the Future.
Global
Joined November 2015
Check out our latest IWYP Science Brief showing the positive impact our research is having on wheat yield potential in diverse environments. https://t.co/Q01oLclfYd
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New article published today from our group on genetic variation for flowering traits in Triticum timopheevii introgression lines useful for hybrid wheat production. Also in collaboration with @KWSUKLtd @LimagrainWheat @Syngenta @ragtseedsuk as part of @IWYP_wheat funded project
Our latest study published in @FrontPlantSci by @manel_othmeni Exploring the genetic variation of wheat-Triticum timopheevii introgression lines for flowering morphology traits for hybrid wheat use Funded by @IWYP_wheat @BBSRC
https://t.co/3Euqzr9O4c
@UoNBiosciences
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Blazing-fast image & video creation – using just your voice. Try Grok Imagine.
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IWYP is seeking applicants for the position of Program Director. Deadline for receipt of applications: 17:00 GMT Tuesday 19 November 2024. Details of the position can be found @
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The September 2024 IWYP Science Brief is now available at https://t.co/Q01oLclfYd…… This Brief describes some extremely interesting research on mining new genetic variants for traits associated environmental adaptation in wheat wild relatives and ancestors.
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The August 2024 IWYP Science Brief is now available at https://t.co/Q01oLclfYd… This Brief describes an exciting new structure in IWYP for more efficient and speedy translation of high value trait targets for yield and climate resilience to create global impact.
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My review of the most impressive molecular breeding and germplasm utilization article I've read in at least a decade just went online. https://t.co/OLXTbHE2Ny The authors original amazing paper on the Watkins landrace wheat collection is here https://t.co/ACBZudO692
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NEWS - How bread dough gave rise to civilisation A major international study has explained how bread wheat helped to transform the ancient world https://t.co/e6gPQO59Kk
@NorwichResearch @CristobalUauy
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@sbodes12 knows #phenologyisfun ! 🌾
Gene could unlock big wheat yields for a growing population https://t.co/IE1aTGMqTd via @uniofadelaide #Agriculture
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Matthew Reynolds, Head of #Wheat Physiology @CIMMYT, received the 2024 Leader Award in Plant Science & Agronomy in 🇲🇽 for being 53rd in the 🌐 & 1st in the country in the https://t.co/ZaSEXYiyhJ ranking of Best Plant Science & Agronomy Scientists 2023. https://t.co/54gabbRPgu
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IWYP is pleased to release our Annual Report for 2022-23 ( https://t.co/eb4e9dVllY). The Report describes the Program's major activities and a synthesis of scientific achievements over the latter part of 2022 and all of 2023. We hope you will enjoy reading and sharing it.
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The June 2024 IWYP Science Brief is now available at https://t.co/Q01oLckI8F This Brief describes the need, opportunities and benefits of regularly updating the Wheat Wiring Diagrams for breeders and researchers.
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“Gene editing could achieve gains 10-15 times faster than traditional plant breeding.” Australian trial of gene-edited wheat aims for 10% bigger yields https://t.co/Y0G61NmqRn
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The May 2024 IWYP Science Brief is now available at https://t.co/Q01oLckI8F……. This Brief describes the effect of high nighttime temperatures on wheat productivity and how improving tolerance to nighttime heat could increase yield stability and impact climate resilience.
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Perspectives on improving photosynthesis to increase crop yield
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The April 2024 IWYP Science Brief is available at https://t.co/Q01oLckI8F…. This Brief describes additional key findings of an international IWYP research project on the association of wheat root system architecture and function with grain yield.
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Really pleased to see my first company spin out of the Earlham. Thanks everyone.
earlham.ac.uk
A new spin-out company is set to transform the agricultural sector by revolutionising plant and animal breeding, as well as the development of inputs such as agrochemicals, biostimulants, biologica...
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To follow up on the Triticum timopheevii genome assembly work...our manuscript has now been published by @ScientificData The final chromosome-scale assembly was deposited at @ENASequence under the accession number GCA_963921465.1 https://t.co/YCnWu4h58o
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UK translation of fundamental discovery science into practical farming innovations is too slow and fragmented compared to other countries. Bridging this ‘valley of death’ may require a major re-organisation of our R&D landscape, says NIAB CEO @mcaccamo
https://t.co/IwSw8mDkBF
scienceforsustainableagriculture.com
The importance of translating plant science into practice
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🌱🌾Remembering Norman Borlaug on his birth anniversary. His work sparked a global agricultural revolution, aiming to end hunger. At #CIMMYT, we continue his mission for a #hungerfree #future through #innovation. Join us in making a difference👉 https://t.co/ftGDTm2Q9T
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@tomallenstevens @Rothamsted @Halford1Nigel @JohnInnesCentre Really proud to be working with @simmojsimmo @NikolaiAdamski and with the fantastically enthusiastic @tomallenstevens on testing Genome Edited wheat in UK farmers field. We hope this contributes to UK agriculture using science-based innovations #EngBio
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