Development of Pollen-free Easter Lily strains by Cross-breeding Lilium × formolongi hort. and Easter Lily (Lilium longiflorum Thunb.)

A pollen-free strain was obtained in the F2 generation by cross-breeding of Lilium × formolongi variety ‘Akita Kiyohime’ and Easter lily (Lilium longiflorum) variety. The gene for pollen-free is recessive inheritance. The incidence of pollen-free individuals in the F2 generation is influenced by see...

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Published inEngeigaku kenkyuu Vol. 22; no. 3; pp. 197 - 206
Main Authors Okazaki, Keiichi, Yokoi, Naoto, Imakiire, Seiro, Saito, Takaaki
Format Journal Article
LanguageJapanese
Published Kyoto-City THE JAPANESE SOCIETY FOR HORTICULTURAL SCIENCE 2023
Japan Science and Technology Agency
Subjects
Bolting
Cross-breeding
Cut flowers
Filament
Flowering
Germination
Increased consumption
Lilium
Lilium longiflorum
Male sterility
Pollen
Recessive inheritance
Seed germination
Online AccessGet full text
ISSN1347-2658
1880-3571
DOI10.2503/hrj.22.197

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Abstract A pollen-free strain was obtained in the F2 generation by cross-breeding of Lilium × formolongi variety ‘Akita Kiyohime’ and Easter lily (Lilium longiflorum) variety. The gene for pollen-free is recessive inheritance. The incidence of pollen-free individuals in the F2 generation is influenced by seed germination rate, bolting rate, and flowering rate of the strain, and fluctuates. The cultivated strain shows vigorous growth of Lilium × formolongi in addition to being completely pollen-free, and can produce cut flowers with smaller bulbs than the conventional Easter lily variety.
AbstractList A pollen-free strain was obtained in the F2 generation by cross-breeding of Lilium × formolongi variety ‘Akita Kiyohime’ and Easter lily (Lilium longiflorum) variety. The gene for pollen-free is recessive inheritance. The incidence of pollen-free individuals in the F2 generation is influenced by seed germination rate, bolting rate, and flowering rate of the strain, and fluctuates. The cultivated strain shows vigorous growth of Lilium × formolongi in addition to being completely pollen-free, and can produce cut flowers with smaller bulbs than the conventional Easter lily variety.
Author Yokoi, Naoto
Okazaki, Keiichi
Saito, Takaaki
Imakiire, Seiro
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Cites_doi 10.3389/fpls.2022.914671
10.2503/hrj.8.155
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鹿児島県園芸振興協議会．2019．テッポウユリ（本土）．鹿児島県花き栽培技術指針
農林水産省．2021．令和2年産花き生産出荷統計．〈http://www.maff.go.jp/j/tokei/kouhyou/sakumotu/sakkyou_kaki/index.html
横井直人・山形敦子・間藤正美．2016．シンテッポウユリの新品種育成③有葯無花粉系統の特性調査及び選抜育成．秋田県農業試験場単年度試験研究成績書．平成28年度．P 65
松川時晴．1993．品種および改良．p. 105–117．国重正昭編著．花専科＊育種と栽培ユリ．新光社．東京
今給黎征郎・岡崎桂一・横井直人・齋藤隆明．2020．交雑育種による無花粉テッポウユリの新品種育成．九農研発表要旨集．83: 28.
今給黎征郎・白山竜次・岡崎桂一・横井直人・齋藤隆明．テッポウユリとシンテッポウユリの交配から得られたF1個体にみられる諸特性．2019．園学研．18（別2）: p148.
佐藤孝夫・柴田　浩・有野賢三・工藤寛子・間藤正美・山形敦子・三吉一光．2009．雄性不稔ユリ‘秋田プチホワイト’の稔性回復と花被斑点出現に対する栽培温度の影響．園学研．8: 155–159.
横井直人・山形敦子・間藤正美．2017．シンテッポウユリの新品種育成③有葯無花粉系統の特性調査及び選抜育成．秋田県農業試験場単年度試験研究成績書．平成29年度．P 52
Moriyama, T., D. J. Shea, N. Yokoi, S. Imakiire, T. Saito, H. Ohshima, H. Saito, E. Fukai and K. Okazaki. 2022. Identification of a male sterile candidate gene in Lilium × formolongi and transfer of the gene to Easter Lily (L. longiflorum) via hybridization. Front. Plant Sci. 13: 914671. DOI: 10.3389/fpls.2022.914671. <https://pubmed.ncbi.nlm.nih.gov/35845645/>.
横井直人・齋藤隆明・今給黎征郎・岡崎桂一．2021．異なる生育温度における無花粉シンテッポウユリの花蕾肥大と葯形成の推移．園学研．20（別1）: p 296.
秋田県農林水産部．2021．花粉のできないシンテッポウユリ「あきた清ひめ」．研究スポット40
九州沖縄農業研究センター．2003．シンテッポウユリ開花制御技術．新規野菜・花き栽培マニュアル第1部．〈https://www.naro.go.jp/laboratory/karc/vege_flow_manu/products/lily/index
鈴木誠一・佐々木　厚・高橋真紀．2014．無花粉のユリ新品種‘ルビーマジック’の育成経過とその特性．宮城農園総研報．82: 27–46.
農林水産省．2013．花き卸売市場調査．〈http://www.maff.go.jp/j/tokei/kouhyou/kaki_orosi
坂園聡美・比良松道一・黄　光亮・黄　杰豊・大久保　敬．2012．テッポウユリにおける自生集団の自家和合性レベルと花器形質間の系統発生的関係．J. Japan. Soc. Hort. Sci. 81: 80–90.
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References_xml – reference: 鹿児島県園芸振興協議会．2019．テッポウユリ（本土）．鹿児島県花き栽培技術指針．
– reference: 松川時晴．1993．品種および改良．p. 105–117．国重正昭編著．花専科＊育種と栽培ユリ．新光社．東京．
– reference: 佐藤孝夫・柴田　浩・有野賢三・工藤寛子・間藤正美・山形敦子・三吉一光．2009．雄性不稔ユリ‘秋田プチホワイト’の稔性回復と花被斑点出現に対する栽培温度の影響．園学研．8: 155–159.
– reference: 農林水産省．2021．令和2年産花き生産出荷統計．〈http://www.maff.go.jp/j/tokei/kouhyou/sakumotu/sakkyou_kaki/index.html〉．
– reference: Moriyama, T., D. J. Shea, N. Yokoi, S. Imakiire, T. Saito, H. Ohshima, H. Saito, E. Fukai and K. Okazaki. 2022. Identification of a male sterile candidate gene in Lilium × formolongi and transfer of the gene to Easter Lily (L. longiflorum) via hybridization. Front. Plant Sci. 13: 914671. DOI: 10.3389/fpls.2022.914671. <https://pubmed.ncbi.nlm.nih.gov/35845645/>.
– reference: 横井直人・齋藤隆明・今給黎征郎・岡崎桂一．2020．無花粉テッポウユリ及びシンテッポウユリの無花粉形質安定性における温度の影響．園学研．19（別1）: p 117.
– reference: 横井直人・齋藤隆明・今給黎征郎・岡崎桂一．2021．異なる生育温度における無花粉シンテッポウユリの花蕾肥大と葯形成の推移．園学研．20（別1）: p 296.
– reference: 今給黎征郎・岡崎桂一・横井直人・齋藤隆明．2020．交雑育種による無花粉テッポウユリの新品種育成．九農研発表要旨集．83: 28.
– reference: 九州沖縄農業研究センター．2003．シンテッポウユリ開花制御技術．新規野菜・花き栽培マニュアル第1部．〈https://www.naro.go.jp/laboratory/karc/vege_flow_manu/products/lily/index〉．
– reference: 今給黎征郎・白山竜次・岡崎桂一・横井直人・齋藤隆明．テッポウユリとシンテッポウユリの交配から得られたF1個体にみられる諸特性．2019．園学研．18（別2）: p148.
– reference: 農林水産省．2013．花き卸売市場調査．〈http://www.maff.go.jp/j/tokei/kouhyou/kaki_orosi/〉．
– reference: 横井直人・山形敦子・間藤正美．2016．シンテッポウユリの新品種育成③有葯無花粉系統の特性調査及び選抜育成．秋田県農業試験場単年度試験研究成績書．平成28年度．P 65．
– reference: 秋田県農林水産部．2021．花粉のできないシンテッポウユリ「あきた清ひめ」．研究スポット40．
– reference: 横井直人・山形敦子・間藤正美．2017．シンテッポウユリの新品種育成③有葯無花粉系統の特性調査及び選抜育成．秋田県農業試験場単年度試験研究成績書．平成29年度．P 52．
– reference: 坂園聡美・比良松道一・黄　光亮・黄　杰豊・大久保　敬．2012．テッポウユリにおける自生集団の自家和合性レベルと花器形質間の系統発生的関係．J. Japan. Soc. Hort. Sci. 81: 80–90.
– reference: 鈴木誠一・佐々木　厚・高橋真紀．2014．無花粉のユリ新品種‘ルビーマジック’の育成経過とその特性．宮城農園総研報．82: 27–46.
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Snippet A pollen-free strain was obtained in the F2 generation by cross-breeding of Lilium × formolongi variety ‘Akita Kiyohime’ and Easter lily (Lilium longiflorum)...
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SubjectTerms Bolting
Cross-breeding
Cut flowers
Filament
Flowering
Germination
Increased consumption
Lilium
Lilium longiflorum
Male sterility
Pollen
Recessive inheritance
Seed germination
Title Development of Pollen-free Easter Lily strains by Cross-breeding Lilium × formolongi hort. and Easter Lily (Lilium longiflorum Thunb.)
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