Manual on mutation breeding

The 2nd edition of Manual on Mutation Breeding (MMB) was published in 1977. After nearly 40 years it is necessary to update Member States (MSs) with current knowledge in practical plant mutation breeding methods and to provide a comprehensive overview and guidelines for crop improvement using induced mutation and mutation breeding techniques. In 1977 there were 106 IAEA Member States, and as of March 2015 there are 164 MSs. The irradiation services for mutation induction in plant breeding has risen proportionally with the number of MSs. Therefore, the interest for mutation breeding has been increasing. There are now over 3222 mutant varieties released worldwide in over 200 crop species, as compared to 571 mutant varieties in 84 crop species in 1977. Plant mutation breeding continues to be an active area for crop improvement. Plant mutation breeding is under-going a renaissance with new methods and wide application to more crop species in which it can provide shortcuts in developing new mutant varieties. This is particularly relevant in safeguarding food security and is required to meet environmental challenges caused by climate change (resistance to pest and diseases and tolerance to abiotic stresses).

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Main Authors: Spencer-Lopes, M.M. (ed.) 1423211774817, Joint FAO/IAEA Div. of Nuclear Techniques in Food and Agriculture, Vienna (Austria) eng 183491, Forster, B.P. (ed.) 1423211774818, Jankuloski, L. (ed.) 1423211774819
Format: Texto biblioteca
Language:eng
Published: Vienna (Austria) FAO/IAEA 2018
Subjects:plant breeding, mutation breeding, mutagenesis, induced mutation, crop improvement, yield increases, plant biotechnology,
Online Access:http://www.fao.org/3/i9285en/I9285EN.pdf
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spelling unfao:8500502021-05-07T13:51:07ZManual on mutation breeding Spencer-Lopes, M.M. (ed.) 1423211774817 Joint FAO/IAEA Div. of Nuclear Techniques in Food and Agriculture, Vienna (Austria) eng 183491 Forster, B.P. (ed.) 1423211774818 Jankuloski, L. (ed.) 1423211774819 textVienna (Austria) FAO/IAEA2018engThe 2nd edition of Manual on Mutation Breeding (MMB) was published in 1977. After nearly 40 years it is necessary to update Member States (MSs) with current knowledge in practical plant mutation breeding methods and to provide a comprehensive overview and guidelines for crop improvement using induced mutation and mutation breeding techniques. In 1977 there were 106 IAEA Member States, and as of March 2015 there are 164 MSs. The irradiation services for mutation induction in plant breeding has risen proportionally with the number of MSs. Therefore, the interest for mutation breeding has been increasing. There are now over 3222 mutant varieties released worldwide in over 200 crop species, as compared to 571 mutant varieties in 84 crop species in 1977. Plant mutation breeding continues to be an active area for crop improvement. Plant mutation breeding is under-going a renaissance with new methods and wide application to more crop species in which it can provide shortcuts in developing new mutant varieties. This is particularly relevant in safeguarding food security and is required to meet environmental challenges caused by climate change (resistance to pest and diseases and tolerance to abiotic stresses). The 2nd edition of Manual on Mutation Breeding (MMB) was published in 1977. After nearly 40 years it is necessary to update Member States (MSs) with current knowledge in practical plant mutation breeding methods and to provide a comprehensive overview and guidelines for crop improvement using induced mutation and mutation breeding techniques. In 1977 there were 106 IAEA Member States, and as of March 2015 there are 164 MSs. The irradiation services for mutation induction in plant breeding has risen proportionally with the number of MSs. Therefore, the interest for mutation breeding has been increasing. There are now over 3222 mutant varieties released worldwide in over 200 crop species, as compared to 571 mutant varieties in 84 crop species in 1977. Plant mutation breeding continues to be an active area for crop improvement. Plant mutation breeding is under-going a renaissance with new methods and wide application to more crop species in which it can provide shortcuts in developing new mutant varieties. This is particularly relevant in safeguarding food security and is required to meet environmental challenges caused by climate change (resistance to pest and diseases and tolerance to abiotic stresses). plant breedingmutation breedingmutagenesisinduced mutationcrop improvementyield increasesplant biotechnologyhttp://www.fao.org/3/i9285en/I9285EN.pdfURN:ISBN:978-92-5-130526-3
institution FAO IT
collection Koha
country Italia
countrycode IT
component Bibliográfico
access En linea
En linea
databasecode cat-fao-it
tag biblioteca
region Europa del Sur
libraryname David Lubin Memorial Library of FAO
language eng
topic plant breeding
mutation breeding
mutagenesis
induced mutation
crop improvement
yield increases
plant biotechnology
plant breeding
mutation breeding
mutagenesis
induced mutation
crop improvement
yield increases
plant biotechnology
spellingShingle plant breeding
mutation breeding
mutagenesis
induced mutation
crop improvement
yield increases
plant biotechnology
plant breeding
mutation breeding
mutagenesis
induced mutation
crop improvement
yield increases
plant biotechnology
Spencer-Lopes, M.M. (ed.) 1423211774817
Joint FAO/IAEA Div. of Nuclear Techniques in Food and Agriculture, Vienna (Austria) eng 183491
Forster, B.P. (ed.) 1423211774818
Jankuloski, L. (ed.) 1423211774819
Manual on mutation breeding
description The 2nd edition of Manual on Mutation Breeding (MMB) was published in 1977. After nearly 40 years it is necessary to update Member States (MSs) with current knowledge in practical plant mutation breeding methods and to provide a comprehensive overview and guidelines for crop improvement using induced mutation and mutation breeding techniques. In 1977 there were 106 IAEA Member States, and as of March 2015 there are 164 MSs. The irradiation services for mutation induction in plant breeding has risen proportionally with the number of MSs. Therefore, the interest for mutation breeding has been increasing. There are now over 3222 mutant varieties released worldwide in over 200 crop species, as compared to 571 mutant varieties in 84 crop species in 1977. Plant mutation breeding continues to be an active area for crop improvement. Plant mutation breeding is under-going a renaissance with new methods and wide application to more crop species in which it can provide shortcuts in developing new mutant varieties. This is particularly relevant in safeguarding food security and is required to meet environmental challenges caused by climate change (resistance to pest and diseases and tolerance to abiotic stresses).
format Texto
topic_facet plant breeding
mutation breeding
mutagenesis
induced mutation
crop improvement
yield increases
plant biotechnology
author Spencer-Lopes, M.M. (ed.) 1423211774817
Joint FAO/IAEA Div. of Nuclear Techniques in Food and Agriculture, Vienna (Austria) eng 183491
Forster, B.P. (ed.) 1423211774818
Jankuloski, L. (ed.) 1423211774819
author_facet Spencer-Lopes, M.M. (ed.) 1423211774817
Joint FAO/IAEA Div. of Nuclear Techniques in Food and Agriculture, Vienna (Austria) eng 183491
Forster, B.P. (ed.) 1423211774818
Jankuloski, L. (ed.) 1423211774819
author_sort Spencer-Lopes, M.M. (ed.) 1423211774817
title Manual on mutation breeding
title_short Manual on mutation breeding
title_full Manual on mutation breeding
title_fullStr Manual on mutation breeding
title_full_unstemmed Manual on mutation breeding
title_sort manual on mutation breeding
publisher Vienna (Austria) FAO/IAEA
publishDate 2018
url http://www.fao.org/3/i9285en/I9285EN.pdf
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