Narrow lpa1 Metaxylems Enhance Drought Tolerance and Optimize Water Use for Grain Filling in Dwarf Rice

Rice cultivation needs extensive amounts of water. Moreover, increased frequency of droughts and water scarcity has become a global concern for rice cultivation. Hence, optimization of water use is crucial for sustainable agriculture. Here, we characterized ( ) in vasculature development, water tran...

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Published inFrontiers in plant science Vol. 13; p. 894545
Main Authors Priatama, Ryza A, Heo, Jung, Kim, Sung Hoon, Rajendran, Sujeevan, Yoon, Seoa, Jeong, Dong-Hoon, Choo, Young-Kug, Bae, Jong Hyang, Kim, Chul Min, Lee, Yeon Hee, Demura, Taku, Lee, Young Koung, Choi, Eun-Young, Han, Chang-Deok, Park, Soon Ju
Format Journal Article
LanguageEnglish
Published Switzerland Frontiers Media S.A 10.05.2022
Subjects
drought tolerance
grain filling
metaxylem
Plant Science
rice
semi-dwarf rice
metaxylem
drought tolerance
rice
semi-dwarf rice
grain filling
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Abstract Rice cultivation needs extensive amounts of water. Moreover, increased frequency of droughts and water scarcity has become a global concern for rice cultivation. Hence, optimization of water use is crucial for sustainable agriculture. Here, we characterized ( ) in vasculature development, water transport, drought resistance, and grain yield. We performed genetic combination of with semi-dwarf mutant to offer the optimum rice architecture for more efficient water use. expressed in pre-vascular cells of leaf primordia regulates genes associated with carbohydrate metabolism and cell enlargement. Thus, it plays a role in metaxylem enlargement of the aerial organs. Narrow metaxylem of exhibit leaves curling on sunny day and convey drought tolerance but reduce grain yield in mature plants. However, the genetic combination of with semi-dwarf mutant ( or ) offer optimal water supply and drought resistance without impacting grain-filling rates. Our results show that water use, and transports can be genetically controlled by optimizing metaxylem vessel size and plant height, which may be utilized for enhancing drought tolerance and offers the potential solution to face the more frequent harsh climate condition in the future.
AbstractList Rice cultivation needs extensive amounts of water. Moreover, increased frequency of droughts and water scarcity has become a global concern for rice cultivation. Hence, optimization of water use is crucial for sustainable agriculture. Here, we characterized Loose Plant Architecture 1 (LPA1) in vasculature development, water transport, drought resistance, and grain yield. We performed genetic combination of lpa1 with semi-dwarf mutant to offer the optimum rice architecture for more efficient water use. LPA1 expressed in pre-vascular cells of leaf primordia regulates genes associated with carbohydrate metabolism and cell enlargement. Thus, it plays a role in metaxylem enlargement of the aerial organs. Narrow metaxylem of lpa1 exhibit leaves curling on sunny day and convey drought tolerance but reduce grain yield in mature plants. However, the genetic combination of lpa1 with semi-dwarf mutant (dep1-ko or d2) offer optimal water supply and drought resistance without impacting grain-filling rates. Our results show that water use, and transports can be genetically controlled by optimizing metaxylem vessel size and plant height, which may be utilized for enhancing drought tolerance and offers the potential solution to face the more frequent harsh climate condition in the future.
Rice cultivation needs extensive amounts of water. Moreover, increased frequency of droughts and water scarcity has become a global concern for rice cultivation. Hence, optimization of water use is crucial for sustainable agriculture. Here, we characterized Loose Plant Architecture 1 ( LPA1 ) in vasculature development, water transport, drought resistance, and grain yield. We performed genetic combination of lpa1 with semi-dwarf mutant to offer the optimum rice architecture for more efficient water use. LPA1 expressed in pre-vascular cells of leaf primordia regulates genes associated with carbohydrate metabolism and cell enlargement. Thus, it plays a role in metaxylem enlargement of the aerial organs. Narrow metaxylem of lpa1 exhibit leaves curling on sunny day and convey drought tolerance but reduce grain yield in mature plants. However, the genetic combination of lpa1 with semi-dwarf mutant ( dep1-ko or d2 ) offer optimal water supply and drought resistance without impacting grain-filling rates. Our results show that water use, and transports can be genetically controlled by optimizing metaxylem vessel size and plant height, which may be utilized for enhancing drought tolerance and offers the potential solution to face the more frequent harsh climate condition in the future.
Rice cultivation needs extensive amounts of water. Moreover, increased frequency of droughts and water scarcity has become a global concern for rice cultivation. Hence, optimization of water use is crucial for sustainable agriculture. Here, we characterized ( ) in vasculature development, water transport, drought resistance, and grain yield. We performed genetic combination of with semi-dwarf mutant to offer the optimum rice architecture for more efficient water use. expressed in pre-vascular cells of leaf primordia regulates genes associated with carbohydrate metabolism and cell enlargement. Thus, it plays a role in metaxylem enlargement of the aerial organs. Narrow metaxylem of exhibit leaves curling on sunny day and convey drought tolerance but reduce grain yield in mature plants. However, the genetic combination of with semi-dwarf mutant ( or ) offer optimal water supply and drought resistance without impacting grain-filling rates. Our results show that water use, and transports can be genetically controlled by optimizing metaxylem vessel size and plant height, which may be utilized for enhancing drought tolerance and offers the potential solution to face the more frequent harsh climate condition in the future.
Author Park, Soon Ju
Jeong, Dong-Hoon
Choi, Eun-Young
Yoon, Seoa
Heo, Jung
Kim, Sung Hoon
Lee, Young Koung
Priatama, Ryza A
Rajendran, Sujeevan
Han, Chang-Deok
Choo, Young-Kug
Lee, Yeon Hee
Demura, Taku
Kim, Chul Min
Bae, Jong Hyang
AuthorAffiliation 5 Department of Horticulture Industry, Wonkwang University , Iksan , South Korea
2 Institute of Plasma Technology, Korea Institute of Fusion Energy , Gunsan , South Korea
3 Division of Biological Sciences and Research Institute for Basic Science, Wonkwang University , Iksan , South Korea
4 Environmental Exposure & Toxicology Research Center, Korea Institute of Toxicology , Jinju , South Korea
9 Department of Agricultural Science, Korea National Open University , Seoul , South Korea
8 Division of Biological Science, Graduate School of Science and Technology, Nara Institute of Science and Technology , Ikoma , Japan
6 Department of Life Science and Multidisciplinary Genome Institute, Hallym University , Chuncheon , South Korea
1 Division of Applied Life Science (BK21 Program), Plant Molecular Biology and Biotechnology Research Center (PMBBRC), Gyeongsang National University , Jinju , South Korea
7 National Institute of Agricultural Biotechnology , Suwon , South Korea
AuthorAffiliation_xml – name: 4 Environmental Exposure & Toxicology Research Center, Korea Institute of Toxicology , Jinju , South Korea
– name: 7 National Institute of Agricultural Biotechnology , Suwon , South Korea
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CitedBy_id crossref_primary_10_1111_eva_13673
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Keywords metaxylem
drought tolerance
rice
semi-dwarf rice
grain filling
Language English
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Edited by: Paolo Bonini, Ngalab, Spain
Reviewed by: Raju Soolanayakanahally, Agriculture and Agri-Food Canada, Canada; Ki-Hong Jung, Kyung Hee University, South Korea
These authors have contributed equally to this work
This article was submitted to Crop and Product Physiology, a section of the journal Frontiers in Plant Science
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Snippet Rice cultivation needs extensive amounts of water. Moreover, increased frequency of droughts and water scarcity has become a global concern for rice...
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StartPage 894545
SubjectTerms drought tolerance
grain filling
metaxylem
Plant Science
rice
semi-dwarf rice
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Title Narrow lpa1 Metaxylems Enhance Drought Tolerance and Optimize Water Use for Grain Filling in Dwarf Rice
URI https://www.ncbi.nlm.nih.gov/pubmed/35620680
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