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- W1973492183 abstract "Agricultural crops are exposed to greater water deficits as production regions receive less rainfall and producers move into more arid landscapes to meet demand. Maintenance of root elongation is vital for seedling establishment in these types of climates. Some maize ( Zea mays L.) lines can maintain primary root elongation under severe water stress (SS) conditions. Twelve maize inbred lines were examined at the seedling stage before leaf expansion to assess the phenotypic diversity in primary root elongation rate and root elongation zone abscisic acid (ABA) content at three water potentials, −0.03 MPa, −0.3 MPa, and −1.6 MPa. A phylogenetic tree was constructed using 93 simple sequence repeat (SSR) markers to examine genetic and phenotypic relationships among the lines in relation to stress response. Statistical analysis revealed phenotypic diversity in both primary root elongation rate and ABA content. No correlations were detected between the amount of ABA present in the root tip and the rate of root elongation in any of the treatments. Histograms of primary root elongation response to the varying water deficits suggest multiple mechanisms may be responsible for the response to water stress observed in different maize lines. Different phenotypic responses toward water stress were observed for lines with small genetic distances, which will aid in identification of specific alleles for maintenance of primary root growth under water deficits." @default.
- W1973492183 created "2016-06-24" @default.
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- W1973492183 date "2011-01-01" @default.
- W1973492183 modified "2023-09-26" @default.
- W1973492183 title "Primary Root Elongation Rate and Abscisic Acid Levels of Maize in Response to Water Stress" @default.
- W1973492183 cites W1531265697 @default.
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- W1973492183 cites W16422398 @default.
- W1973492183 cites W1824346405 @default.
- W1973492183 cites W1956684926 @default.
- W1973492183 cites W1964486320 @default.
- W1973492183 cites W1974439236 @default.
- W1973492183 cites W1974473562 @default.
- W1973492183 cites W1976187350 @default.
- W1973492183 cites W1977544308 @default.
- W1973492183 cites W1977937523 @default.
- W1973492183 cites W1978896921 @default.
- W1973492183 cites W1986795408 @default.
- W1973492183 cites W1993348882 @default.
- W1973492183 cites W2011837250 @default.
- W1973492183 cites W2012614890 @default.
- W1973492183 cites W2018796051 @default.
- W1973492183 cites W2024662697 @default.
- W1973492183 cites W2028215843 @default.
- W1973492183 cites W2030292756 @default.
- W1973492183 cites W2032482913 @default.
- W1973492183 cites W2034466140 @default.
- W1973492183 cites W2044246194 @default.
- W1973492183 cites W2048664587 @default.
- W1973492183 cites W2049391032 @default.
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- W1973492183 cites W2067364090 @default.
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- W1973492183 cites W2077705954 @default.
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- W1973492183 cites W2080108537 @default.
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- W1973492183 cites W208832757 @default.
- W1973492183 cites W2089441770 @default.
- W1973492183 cites W2094265622 @default.
- W1973492183 cites W2098846969 @default.
- W1973492183 cites W2099360929 @default.
- W1973492183 cites W2102222986 @default.
- W1973492183 cites W2103467395 @default.
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- W1973492183 cites W2122802918 @default.
- W1973492183 cites W2123067457 @default.
- W1973492183 cites W2124819604 @default.
- W1973492183 cites W2125864356 @default.
- W1973492183 cites W2132143571 @default.
- W1973492183 cites W2138394741 @default.
- W1973492183 cites W2143240348 @default.
- W1973492183 cites W2145583586 @default.
- W1973492183 cites W2150421418 @default.
- W1973492183 cites W2150737701 @default.
- W1973492183 cites W2156916824 @default.
- W1973492183 cites W2157608408 @default.
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- W1973492183 cites W2163320247 @default.
- W1973492183 cites W2171539964 @default.
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- W1973492183 cites W2526097170 @default.
- W1973492183 cites W25568698 @default.
- W1973492183 cites W4229628595 @default.
- W1973492183 cites W4233937454 @default.
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- W1973492183 doi "https://doi.org/10.2135/cropsci2009.12.0708" @default.
- W1973492183 hasPublicationYear "2011" @default.
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