Leaf manganese accumulation and phosphorus-acquisition efficiency
•Plants that use a phosphorus (P)-mobilising strategy based on carboxylate release tend to have high leaf manganese concentrations ([Mn]).•This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn.•We propose that leaf [Mn]...
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| Published in | Trends in plant science Vol. 20; no. 2; pp. 83 - 90 |
|---|---|
| Main Authors | , , , , |
| Format | Journal Article |
| Language | English |
| Published |
England
Elsevier Ltd
01.02.2015
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| Subjects | |
| Online Access | Get full text |
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| Abstract | •Plants that use a phosphorus (P)-mobilising strategy based on carboxylate release tend to have high leaf manganese concentrations ([Mn]).•This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn.•We propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P, when soil P availability is low.•Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats.
Plants that deploy a phosphorus (P)-mobilising strategy based on the release of carboxylates tend to have high leaf manganese concentrations ([Mn]). This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn. Concentrations of most other micronutrients increase to a small extent, but Mn accumulates to significant levels, even when plants grow in soil with low concentrations of exchangeable Mn availability. Here, we propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P when soil P availability is low. Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats. |
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| AbstractList | •Plants that use a phosphorus (P)-mobilising strategy based on carboxylate release tend to have high leaf manganese concentrations ([Mn]).•This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn.•We propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P, when soil P availability is low.•Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats.
Plants that deploy a phosphorus (P)-mobilising strategy based on the release of carboxylates tend to have high leaf manganese concentrations ([Mn]). This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn. Concentrations of most other micronutrients increase to a small extent, but Mn accumulates to significant levels, even when plants grow in soil with low concentrations of exchangeable Mn availability. Here, we propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P when soil P availability is low. Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats. Plants that deploy a phosphorus (P)-mobilising strategy based on the release of carboxylates tend to have high leaf manganese concentrations ([Mn]). This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn. Concentrations of most other micronutrients increase to a small extent, but Mn accumulates to significant levels, even when plants grow in soil with low concentrations of exchangeable Mn availability. Here, we propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P when soil P availability is low. Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats. Plants that deploy a phosphorus (P)-mobilising strategy based on the release of carboxylates tend to have high leaf manganese concentrations ([Mn]). This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn. Concentrations of most other micronutrients increase to a small extent, but Mn accumulates to significant levels, even when plants grow in soil with low concentrations of exchangeable Mn availability. Here, we propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P when soil P availability is low. Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats.Plants that deploy a phosphorus (P)-mobilising strategy based on the release of carboxylates tend to have high leaf manganese concentrations ([Mn]). This occurs because the carboxylates mobilise not only soil inorganic and organic P, but also a range of micronutrients, including Mn. Concentrations of most other micronutrients increase to a small extent, but Mn accumulates to significant levels, even when plants grow in soil with low concentrations of exchangeable Mn availability. Here, we propose that leaf [Mn] can be used to select for genotypes that are more efficient at acquiring P when soil P availability is low. Likewise, leaf [Mn] can be used to screen for belowground functional traits related to nutrient-acquisition strategies among species in low-P habitats. |
| Author | Lambers, Hans Turner, Benjamin L. Hayes, Patrick E. Laliberté, Etienne Oliveira, Rafael S. |
| Author_xml | – sequence: 1 givenname: Hans surname: Lambers fullname: Lambers, Hans email: hans.lambers@uwa.edu.au organization: School of Plant Biology, The University of Western Australia, Stirling Highway, Crawley (Perth), WA 6009, Australia – sequence: 2 givenname: Patrick E. surname: Hayes fullname: Hayes, Patrick E. organization: School of Plant Biology, The University of Western Australia, Stirling Highway, Crawley (Perth), WA 6009, Australia – sequence: 3 givenname: Etienne surname: Laliberté fullname: Laliberté, Etienne organization: School of Plant Biology, The University of Western Australia, Stirling Highway, Crawley (Perth), WA 6009, Australia – sequence: 4 givenname: Rafael S. surname: Oliveira fullname: Oliveira, Rafael S. organization: School of Plant Biology, The University of Western Australia, Stirling Highway, Crawley (Perth), WA 6009, Australia – sequence: 5 givenname: Benjamin L. surname: Turner fullname: Turner, Benjamin L. organization: School of Plant Biology, The University of Western Australia, Stirling Highway, Crawley (Perth), WA 6009, Australia |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/25466977$$D View this record in MEDLINE/PubMed |
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| Keywords | carboxylates exudation manganese phosphorus-acquisition efficiency phosphorus |
| Language | English |
| License | Copyright © 2014 Elsevier Ltd. All rights reserved. |
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| Snippet | •Plants that use a phosphorus (P)-mobilising strategy based on carboxylate release tend to have high leaf manganese concentrations ([Mn]).•This occurs because... Plants that deploy a phosphorus (P)-mobilising strategy based on the release of carboxylates tend to have high leaf manganese concentrations ([Mn]). This... |
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| SubjectTerms | carboxylates Carboxylic Acids - metabolism Ecosystem exudation Genotype habitats leaves manganese Manganese - metabolism phosphorus Phosphorus - metabolism phosphorus-acquisition efficiency Plant Leaves - metabolism Plant Physiological Phenomena - genetics soil Soil - chemistry |
| Title | Leaf manganese accumulation and phosphorus-acquisition efficiency |
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