Variation in the angiosperm ionome

The ionome is defined as the elemental composition of a subcellular structure, cell, tissue, organ or organism. The subset of the ionome comprising mineral nutrients is termed the functional ionome. A ‘standard functional ionome’ of leaves of an ‘average’ angiosperm, defined as the nutrient composit...

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Published inPhysiologia plantarum Vol. 163; no. 3; pp. 306 - 322
Main Authors Neugebauer, Konrad, Broadley, Martin R., El‐Serehy, Hamed A., George, Timothy S., McNicol, James W., Moraes, Milton F., White, Philip J.
Format Journal Article
LanguageEnglish
Published Oxford, UK Blackwell Publishing Ltd 01.07.2018
Wiley Subscription Services, Inc
Subjects
Agricultural land
allometry
Angiosperms
Biological evolution
Brassicales
Calcium
Caryophyllales
Chemical composition
Composition
Contaminated land
Dietary minerals
ecology
elemental composition
Environmental effects
Genetics
humans
hyperaccumulators
ionome
Land pollution
Leaves
Livestock
Livestock nutrition
Magnesium
Mineral composition
mineral content
mineral cycle
nitrogen
nutrient content
nutrient deficiencies
Nutrients
Nutrition
Phosphorus
Phylogenetics
Phylogeny
Phytoremediation
Plant nutrition
Poales
polluted soils
Sulfur
Sustainable agriculture
toxic substances
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Abstract The ionome is defined as the elemental composition of a subcellular structure, cell, tissue, organ or organism. The subset of the ionome comprising mineral nutrients is termed the functional ionome. A ‘standard functional ionome’ of leaves of an ‘average’ angiosperm, defined as the nutrient composition of leaves when growth is not limited by mineral nutrients, is presented and can be used to compare the effects of environment and genetics on plant nutrition. The leaf ionome of a plant is influenced by interactions between its environment and genetics. Examples of the effects of the environment on the leaf ionome are presented and the consequences of nutrient deficiencies on the leaf ionome are described. The physiological reasons for (1) allometric relationships between leaf nitrogen and phosphorus concentrations and (2) linear relationships between leaf calcium and magnesium concentrations are explained. It is noted that strong phylogenetic effects on the mineral composition of leaves of angiosperm species are observed even when sampled from diverse environments. The evolutionary origins of traits including (1) the small calcium concentrations of Poales leaves, (2) the large magnesium concentrations of Caryophyllales leaves and (3) the large sulphur concentrations of Brassicales leaves are traced using phylogenetic relationships among angiosperm orders, families and genera. The rare evolution of hyperaccumulation of toxic elements in leaves of angiosperms is also described. Consequences of variation in the leaf ionome for ecology, mineral cycling in the environment, strategies for phytoremediation of contaminated land, sustainable agriculture and the nutrition of livestock and humans are discussed.
AbstractList The ionome is defined as the elemental composition of a subcellular structure, cell, tissue, organ or organism. The subset of the ionome comprising mineral nutrients is termed the functional ionome. A ‘standard functional ionome’ of leaves of an ‘average’ angiosperm, defined as the nutrient composition of leaves when growth is not limited by mineral nutrients, is presented and can be used to compare the effects of environment and genetics on plant nutrition. The leaf ionome of a plant is influenced by interactions between its environment and genetics. Examples of the effects of the environment on the leaf ionome are presented and the consequences of nutrient deficiencies on the leaf ionome are described. The physiological reasons for (1) allometric relationships between leaf nitrogen and phosphorus concentrations and (2) linear relationships between leaf calcium and magnesium concentrations are explained. It is noted that strong phylogenetic effects on the mineral composition of leaves of angiosperm species are observed even when sampled from diverse environments. The evolutionary origins of traits including (1) the small calcium concentrations of Poales leaves, (2) the large magnesium concentrations of Caryophyllales leaves and (3) the large sulphur concentrations of Brassicales leaves are traced using phylogenetic relationships among angiosperm orders, families and genera. The rare evolution of hyperaccumulation of toxic elements in leaves of angiosperms is also described. Consequences of variation in the leaf ionome for ecology, mineral cycling in the environment, strategies for phytoremediation of contaminated land, sustainable agriculture and the nutrition of livestock and humans are discussed.
The ionome is defined as the elemental composition of a subcellular structure, cell, tissue, organ or organism. The subset of the ionome comprising mineral nutrients is termed the functional ionome. A 'standard functional ionome' of leaves of an 'average' angiosperm, defined as the nutrient composition of leaves when growth is not limited by mineral nutrients, is presented and can be used to compare the effects of environment and genetics on plant nutrition. The leaf ionome of a plant is influenced by interactions between its environment and genetics. Examples of the effects of the environment on the leaf ionome are presented and the consequences of nutrient deficiencies on the leaf ionome are described. The physiological reasons for (1) allometric relationships between leaf nitrogen and phosphorus concentrations and (2) linear relationships between leaf calcium and magnesium concentrations are explained. It is noted that strong phylogenetic effects on the mineral composition of leaves of angiosperm species are observed even when sampled from diverse environments. The evolutionary origins of traits including (1) the small calcium concentrations of Poales leaves, (2) the large magnesium concentrations of Caryophyllales leaves and (3) the large sulphur concentrations of Brassicales leaves are traced using phylogenetic relationships among angiosperm orders, families and genera. The rare evolution of hyperaccumulation of toxic elements in leaves of angiosperms is also described. Consequences of variation in the leaf ionome for ecology, mineral cycling in the environment, strategies for phytoremediation of contaminated land, sustainable agriculture and the nutrition of livestock and humans are discussed.The ionome is defined as the elemental composition of a subcellular structure, cell, tissue, organ or organism. The subset of the ionome comprising mineral nutrients is termed the functional ionome. A 'standard functional ionome' of leaves of an 'average' angiosperm, defined as the nutrient composition of leaves when growth is not limited by mineral nutrients, is presented and can be used to compare the effects of environment and genetics on plant nutrition. The leaf ionome of a plant is influenced by interactions between its environment and genetics. Examples of the effects of the environment on the leaf ionome are presented and the consequences of nutrient deficiencies on the leaf ionome are described. The physiological reasons for (1) allometric relationships between leaf nitrogen and phosphorus concentrations and (2) linear relationships between leaf calcium and magnesium concentrations are explained. It is noted that strong phylogenetic effects on the mineral composition of leaves of angiosperm species are observed even when sampled from diverse environments. The evolutionary origins of traits including (1) the small calcium concentrations of Poales leaves, (2) the large magnesium concentrations of Caryophyllales leaves and (3) the large sulphur concentrations of Brassicales leaves are traced using phylogenetic relationships among angiosperm orders, families and genera. The rare evolution of hyperaccumulation of toxic elements in leaves of angiosperms is also described. Consequences of variation in the leaf ionome for ecology, mineral cycling in the environment, strategies for phytoremediation of contaminated land, sustainable agriculture and the nutrition of livestock and humans are discussed.
Author McNicol, James W.
White, Philip J.
Moraes, Milton F.
Neugebauer, Konrad
Broadley, Martin R.
El‐Serehy, Hamed A.
George, Timothy S.
Author_xml – sequence: 1
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  surname: Neugebauer
  fullname: Neugebauer, Konrad
  organization: University of Nottingham
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  surname: Broadley
  fullname: Broadley, Martin R.
  organization: University of Nottingham
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  givenname: Hamed A.
  surname: El‐Serehy
  fullname: El‐Serehy, Hamed A.
  organization: King Saud University
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  givenname: Timothy S.
  surname: George
  fullname: George, Timothy S.
  organization: Ecological Science Group, The James Hutton Institute
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  givenname: James W.
  surname: McNicol
  fullname: McNicol, James W.
  organization: Biomathematics & Statistics Scotland
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  givenname: Milton F.
  surname: Moraes
  fullname: Moraes, Milton F.
  organization: Federal University of Mato Grosso
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  givenname: Philip J.
  orcidid: 0000-0003-0827-288X
  surname: White
  fullname: White, Philip J.
  email: philip.white@hutton.ac.uk
  organization: King Saud University
BackLink https://www.ncbi.nlm.nih.gov/pubmed/29412469$$D View this record in MEDLINE/PubMed
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2010; 186
2008; 105
2012; 17
2014; 29
2013; 362
2012; 14
2014; 133
2013; 5
2003; 54
1980; 31
2007; 173
2007; 174
2012; 490
2014; 16
2016; 398
2014; 19
2015; 90
2012; 21
2016; 155‐156
2001; 52
2006; 169
2006; 168
2016a; 117
2017; 418
1976; 261
2009; 182
2017; 68
2008; 59
2013; 92
2008; 123
2004; 428
2016; 16
2016; 11
2010; 45
2016; 4
2004; 55
2012; 195
2012; 355
2001; 152
2015; 115
2002; 68
2010; 335
2015; 66
2012; 193
2005; 96
2013b; 4
2005; 7
2013; 176
1998; 9
2016; 172
2016; 181
2010; 61
1996; 33
2015; 48
2015; 172
2003; 249
2003; 92
2001
2010; 277
2017; 34
2012b
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2012a
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2014; 239
2004; 101
2015; 1
1997; 136
2006; 97
2015; 4
2013b; 112
2012
2011
2010
2006; 11
2015; 94
2017; 22
2012a; 2012
2009
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2006; 151
2006
1978; 112
2015; 206
2015; 205
2002
2017; 213
2017; 214
2016; 56
2015; 24
2012b; 196
2010; 87
2011; 107
2011; 349
2005; 165
2015; 396
2017; 12
2018
2017
2016; 132
2016
2009; 6
2014; 184
2014
2012; 6
2012; 7
2017; 189
2017; 104
2016; 67
2014; 102
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SSID ssj0016612
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Snippet The ionome is defined as the elemental composition of a subcellular structure, cell, tissue, organ or organism. The subset of the ionome comprising mineral...
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wiley
SourceType Aggregation Database
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StartPage 306
SubjectTerms Agricultural land
allometry
Angiosperms
Biological evolution
Brassicales
Calcium
Caryophyllales
Chemical composition
Composition
Contaminated land
Dietary minerals
ecology
elemental composition
Environmental effects
Genetics
humans
hyperaccumulators
ionome
Land pollution
Leaves
Livestock
Livestock nutrition
Magnesium
Mineral composition
mineral content
mineral cycle
nitrogen
nutrient content
nutrient deficiencies
Nutrients
Nutrition
Phosphorus
Phylogenetics
Phylogeny
Phytoremediation
Plant nutrition
Poales
polluted soils
Sulfur
Sustainable agriculture
toxic substances
Title Variation in the angiosperm ionome
URI https://onlinelibrary.wiley.com/doi/abs/10.1111%2Fppl.12700
https://www.ncbi.nlm.nih.gov/pubmed/29412469
https://www.proquest.com/docview/2071008374
https://www.proquest.com/docview/1999192213
https://www.proquest.com/docview/2116888764
Volume 163
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