Progenitor species hold untapped diversity for potential climate-responsive traits for use in wheat breeding and crop improvement

Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate novel traits. Major variation exists in crop progenitor species for seasonal adaptation, photosynthetic characteristics, and root system architec...

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Published inHeredity Vol. 128; no. 5; pp. 291 - 303
Main Authors Leigh, Fiona J, Wright, Tally I C, Horsnell, Richard A, Dyer, Sarah, Bentley, Alison R
Format Journal Article
LanguageEnglish
Published England Springer Nature B.V 01.05.2022
Springer International Publishing
Subjects
Abiotic stress
Adaptation
Agricultural production
Bioinformatics
Bread
Cereal crops
Chromosomes
Climate Change
Computer architecture
Crop diseases
Crop improvement
Crop production
Crops
Crops, Agricultural - genetics
Domestication
Food security
Gene pool
Genes
Genetic diversity
Genetics
Genomes
Genomics
Germplasm
Goat grass
Laboratories
Nutrition
Photosynthesis
Physiology
Plant Breeding
Review
Species diversity
Triticum - genetics
Wheat
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Abstract Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate novel traits. Major variation exists in crop progenitor species for seasonal adaptation, photosynthetic characteristics, and root system architecture. Wheat is crucial for securing future food and nutrition security and its evolutionary history and progenitor diversity offer opportunities to mine favourable functional variation in the primary gene pool. Here we provide a review of the status of characterisation of wheat progenitor variation and the potential to use this knowledge to inform the use of variation in other cereal crops. Although significant knowledge of progenitor variation has been generated, we make recommendations for further work required to systematically characterise underlying genetics and physiological mechanisms and propose steps for effective use in breeding. This will enable targeted exploitation of useful variation, supported by the growing portfolio of genomics and accelerated breeding approaches. The knowledge and approaches generated are also likely to be useful across wider crop improvement.
AbstractList Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate novel traits. Major variation exists in crop progenitor species for seasonal adaptation, photosynthetic characteristics, and root system architecture. Wheat is crucial for securing future food and nutrition security and its evolutionary history and progenitor diversity offer opportunities to mine favourable functional variation in the primary gene pool. Here we provide a review of the status of characterisation of wheat progenitor variation and the potential to use this knowledge to inform the use of variation in other cereal crops. Although significant knowledge of progenitor variation has been generated, we make recommendations for further work required to systematically characterise underlying genetics and physiological mechanisms and propose steps for effective use in breeding. This will enable targeted exploitation of useful variation, supported by the growing portfolio of genomics and accelerated breeding approaches. The knowledge and approaches generated are also likely to be useful across wider crop improvement.
Abstract Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate novel traits. Major variation exists in crop progenitor species for seasonal adaptation, photosynthetic characteristics, and root system architecture. Wheat is crucial for securing future food and nutrition security and its evolutionary history and progenitor diversity offer opportunities to mine favourable functional variation in the primary gene pool. Here we provide a review of the status of characterisation of wheat progenitor variation and the potential to use this knowledge to inform the use of variation in other cereal crops. Although significant knowledge of progenitor variation has been generated, we make recommendations for further work required to systematically characterise underlying genetics and physiological mechanisms and propose steps for effective use in breeding. This will enable targeted exploitation of useful variation, supported by the growing portfolio of genomics and accelerated breeding approaches. The knowledge and approaches generated are also likely to be useful across wider crop improvement.
Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate novel traits. Major variation exists in crop progenitor species for seasonal adaptation, photosynthetic characteristics, and root system architecture. Wheat is crucial for securing future food and nutrition security and its evolutionary history and progenitor diversity offer opportunities to mine favourable functional variation in the primary gene pool. Here we provide a review of the status of characterisation of wheat progenitor variation and the potential to use this knowledge to inform the use of variation in other cereal crops. Although significant knowledge of progenitor variation has been generated, we make recommendations for further work required to systematically characterise underlying genetics and physiological mechanisms and propose steps for effective use in breeding. This will enable targeted exploitation of useful variation, supported by the growing portfolio of genomics and accelerated breeding approaches. The knowledge and approaches generated are also likely to be useful across wider crop improvement.Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate novel traits. Major variation exists in crop progenitor species for seasonal adaptation, photosynthetic characteristics, and root system architecture. Wheat is crucial for securing future food and nutrition security and its evolutionary history and progenitor diversity offer opportunities to mine favourable functional variation in the primary gene pool. Here we provide a review of the status of characterisation of wheat progenitor variation and the potential to use this knowledge to inform the use of variation in other cereal crops. Although significant knowledge of progenitor variation has been generated, we make recommendations for further work required to systematically characterise underlying genetics and physiological mechanisms and propose steps for effective use in breeding. This will enable targeted exploitation of useful variation, supported by the growing portfolio of genomics and accelerated breeding approaches. The knowledge and approaches generated are also likely to be useful across wider crop improvement.
Author Wright, Tally I C
Horsnell, Richard A
Bentley, Alison R
Leigh, Fiona J
Dyer, Sarah
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  orcidid: 0000-0003-2689-0112
  surname: Horsnell
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  organization: The John Bingham Laboratory, NIAB, 93 Lawrence Weaver Road, Cambridge, CB3 0LE, UK
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  givenname: Sarah
  orcidid: 0000-0001-5690-9633
  surname: Dyer
  fullname: Dyer, Sarah
  organization: European Molecular Biology Laboratory, European Bioinformatics Institute (EMBL-EBI), Wellcome Genome Campus, Hinxton, Cambridge, CB10 1SD, UK
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  givenname: Alison R
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  surname: Bentley
  fullname: Bentley, Alison R
  email: a.bentley@cgiar.org, a.bentley@cgiar.org
  organization: International Maize and Wheat Improvement Center (CIMMYT), Texcoco, Mexico. a.bentley@cgiar.org
BackLink https://www.ncbi.nlm.nih.gov/pubmed/35383318$$D View this record in MEDLINE/PubMed
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Snippet Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and incorporate...
Abstract Climate change will have numerous impacts on crop production worldwide necessitating a broadening of the germplasm base required to source and...
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StartPage 291
SubjectTerms Abiotic stress
Adaptation
Agricultural production
Bioinformatics
Bread
Cereal crops
Chromosomes
Climate Change
Computer architecture
Crop diseases
Crop improvement
Crop production
Crops
Crops, Agricultural - genetics
Domestication
Food security
Gene pool
Genes
Genetic diversity
Genetics
Genomes
Genomics
Germplasm
Goat grass
Laboratories
Nutrition
Photosynthesis
Physiology
Plant Breeding
Review
Species diversity
Triticum - genetics
Wheat
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Title Progenitor species hold untapped diversity for potential climate-responsive traits for use in wheat breeding and crop improvement
URI https://www.ncbi.nlm.nih.gov/pubmed/35383318
https://www.proquest.com/docview/2660202614
https://www.proquest.com/docview/2647653188/abstract/
https://pubmed.ncbi.nlm.nih.gov/PMC9076643
Volume 128
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