Elusive but not hypothetical: axillary meristems in Wollemi nobilis.

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Abstract

Background The branches of Wollemia nobilis are unbranched; however, it has been noted that new branches can form from the distal end of damaged ones, and branches can grow from axillary structures once a terminal strobilus has fallen. Tomlinson and Huggett (2011, Annals of Botany 107: 909'916) have recently investigated the formation of these reiterative branches and stated in the title of their paper that 'Partial shoot reiteration in Wollemia nobilis (Araucariaceae) does not arise from 'axillary meristems' '. They go on to state 'Further research may reveal the presence of these elusive, but still only hypothetical, axillary meristems'. Response In this Viewpoint, I argue that Tomlinson and Huggett do not refer to previously published information that indicates that axillary meristems are present in Wollemia nobilis branch leaf axils, and that their anatomical methods were probably not optimal for locating and examining these minute structures. Thus, whilst I would agree that the axillary meristems in branch leaf axils of Wollemia nobilis are elusive, I contend that they are not hypothetical.
Original languageEnglish
Pages (from-to)1-2
Number of pages2
JournalAnnals of Botany
Volume109
Issue number1
DOIs
Publication statusPublished - Jan 2012

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meristems
Araucariaceae
botany
leaves
shoots
methodology

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title = "Elusive but not hypothetical: axillary meristems in Wollemi nobilis.",
abstract = "Background The branches of Wollemia nobilis are unbranched; however, it has been noted that new branches can form from the distal end of damaged ones, and branches can grow from axillary structures once a terminal strobilus has fallen. Tomlinson and Huggett (2011, Annals of Botany 107: 909'916) have recently investigated the formation of these reiterative branches and stated in the title of their paper that 'Partial shoot reiteration in Wollemia nobilis (Araucariaceae) does not arise from 'axillary meristems' '. They go on to state 'Further research may reveal the presence of these elusive, but still only hypothetical, axillary meristems'. Response In this Viewpoint, I argue that Tomlinson and Huggett do not refer to previously published information that indicates that axillary meristems are present in Wollemia nobilis branch leaf axils, and that their anatomical methods were probably not optimal for locating and examining these minute structures. Thus, whilst I would agree that the axillary meristems in branch leaf axils of Wollemia nobilis are elusive, I contend that they are not hypothetical.",
author = "Geoffrey Burrows",
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Elusive but not hypothetical : axillary meristems in Wollemi nobilis. / Burrows, Geoffrey.

In: Annals of Botany, Vol. 109, No. 1, 01.2012, p. 1-2.

Research output: Contribution to journalArticle

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AU - Burrows, Geoffrey

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N2 - Background The branches of Wollemia nobilis are unbranched; however, it has been noted that new branches can form from the distal end of damaged ones, and branches can grow from axillary structures once a terminal strobilus has fallen. Tomlinson and Huggett (2011, Annals of Botany 107: 909'916) have recently investigated the formation of these reiterative branches and stated in the title of their paper that 'Partial shoot reiteration in Wollemia nobilis (Araucariaceae) does not arise from 'axillary meristems' '. They go on to state 'Further research may reveal the presence of these elusive, but still only hypothetical, axillary meristems'. Response In this Viewpoint, I argue that Tomlinson and Huggett do not refer to previously published information that indicates that axillary meristems are present in Wollemia nobilis branch leaf axils, and that their anatomical methods were probably not optimal for locating and examining these minute structures. Thus, whilst I would agree that the axillary meristems in branch leaf axils of Wollemia nobilis are elusive, I contend that they are not hypothetical.

AB - Background The branches of Wollemia nobilis are unbranched; however, it has been noted that new branches can form from the distal end of damaged ones, and branches can grow from axillary structures once a terminal strobilus has fallen. Tomlinson and Huggett (2011, Annals of Botany 107: 909'916) have recently investigated the formation of these reiterative branches and stated in the title of their paper that 'Partial shoot reiteration in Wollemia nobilis (Araucariaceae) does not arise from 'axillary meristems' '. They go on to state 'Further research may reveal the presence of these elusive, but still only hypothetical, axillary meristems'. Response In this Viewpoint, I argue that Tomlinson and Huggett do not refer to previously published information that indicates that axillary meristems are present in Wollemia nobilis branch leaf axils, and that their anatomical methods were probably not optimal for locating and examining these minute structures. Thus, whilst I would agree that the axillary meristems in branch leaf axils of Wollemia nobilis are elusive, I contend that they are not hypothetical.

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