Eco-functionality of organic matter in soils

Background Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization, aggregation, promotion of plant health and compound retention. We know little about the relationship between these functions and SOM quality. Scope We...

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Published inPlant and soil Vol. 455; no. 1-2; pp. 1 - 22
Main Authors Hoffland, Ellis, Kuyper, Thomas W., Comans, Rob N. J., Creamer, Rachel E.
Format Journal Article
LanguageEnglish
Published Cham Springer International Publishing 01.10.2020
Springer
Springer Nature B.V
Subjects
Agglomeration
Biomedical and Life Sciences
carbon nitrogen ratio
Decomposition
Ecological function
Ecology
Ecosystems
Life Sciences
Marschner Review
Mineralization
Organic matter
plant health
Plant Physiology
Plant Sciences
Saturated soils
soil
soil ecosystems
Soil organic matter
Soil properties
Soil Science & Conservation
Soils
Soil organic matter
Property-function relationship
Eco-functionality
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Abstract Background Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization, aggregation, promotion of plant health and compound retention. We know little about the relationship between these functions and SOM quality. Scope We aimed to develop “eco-functionality” as a framework to address questions on the relation between SOM properties and soil ecosystem functions. Conclusions Paradigm shifts in SOM research have not led to metrics for eco-functionality beyond decomposability and C:N ratio. Recalcitrant OM is under-researched despite its essential role in aggregation and C sequestration, especially in C-saturated soils. Most soil functions are dependent on SOM decomposition and require labile compounds. We conclude that eco-functionality is context-dependent and needs to take time scales into account. We plea for attempts to link operationally defined SOM fractions to functions in order to make SOM research more applicable.
AbstractList BackgroundSoil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization, aggregation, promotion of plant health and compound retention. We know little about the relationship between these functions and SOM quality.ScopeWe aimed to develop “eco-functionality” as a framework to address questions on the relation between SOM properties and soil ecosystem functions.ConclusionsParadigm shifts in SOM research have not led to metrics for eco-functionality beyond decomposability and C:N ratio. Recalcitrant OM is under-researched despite its essential role in aggregation and C sequestration, especially in C-saturated soils. Most soil functions are dependent on SOM decomposition and require labile compounds. We conclude that eco-functionality is context-dependent and needs to take time scales into account. We plea for attempts to link operationally defined SOM fractions to functions in order to make SOM research more applicable.
Background Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization, aggregation, promotion of plant health and compound retention. We know little about the relationship between these functions and SOM quality. Scope We aimed to develop “eco-functionality” as a framework to address questions on the relation between SOM properties and soil ecosystem functions. Conclusions Paradigm shifts in SOM research have not led to metrics for eco-functionality beyond decomposability and C:N ratio. Recalcitrant OM is under-researched despite its essential role in aggregation and C sequestration, especially in C-saturated soils. Most soil functions are dependent on SOM decomposition and require labile compounds. We conclude that eco-functionality is context-dependent and needs to take time scales into account. We plea for attempts to link operationally defined SOM fractions to functions in order to make SOM research more applicable.
Background Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization, aggregation, promotion of plant health and compound retention. We know little about the relationship between these functions and SOM quality. Scope We aimed to develop "eco-functionality" as a framework to address questions on the relation between SOM properties and soil ecosystem functions. Conclusions Paradigm shifts in SOM research have not led to metrics for eco-functionality beyond decomposability and C:N ratio. Recalcitrant OM is under-researched despite its essential role in aggregation and C sequestration, especially in C-saturated soils. Most soil functions are dependent on SOM decomposition and require labile compounds. We conclude that eco-functionality is context-dependent and needs to take time scales into account. We plea for attempts to link operationally defined SOM fractions to functions in order to make SOM research more applicable.
Audience Academic
Author Creamer, Rachel E.
Hoffland, Ellis
Kuyper, Thomas W.
Comans, Rob N. J.
Author_xml – sequence: 1
  givenname: Ellis
  orcidid: 0000-0002-6995-1109
  surname: Hoffland
  fullname: Hoffland, Ellis
  email: Ellis.Hoffland@wur.nl
  organization: Soil Biology Group, Wageningen University
– sequence: 2
  givenname: Thomas W.
  surname: Kuyper
  fullname: Kuyper, Thomas W.
  organization: Soil Biology Group, Wageningen University
– sequence: 3
  givenname: Rob N. J.
  surname: Comans
  fullname: Comans, Rob N. J.
  organization: Soil Chemistry and Chemical Soil Quality, Wageningen University
– sequence: 4
  givenname: Rachel E.
  surname: Creamer
  fullname: Creamer, Rachel E.
  organization: Soil Biology Group, Wageningen University
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Property-function relationship
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PublicationSubtitle An International Journal on Plant-Soil Relationships
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Snippet Background Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization,...
Background Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization,...
BackgroundSoil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization,...
BACKGROUND: Soil organic matter (SOM) supports multiple soil ecosystem functions, underpinned by processes such as C sequestration, N mineralization,...
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SubjectTerms Agglomeration
Biomedical and Life Sciences
carbon nitrogen ratio
Decomposition
Ecological function
Ecology
Ecosystems
Life Sciences
Marschner Review
Mineralization
Organic matter
plant health
Plant Physiology
Plant Sciences
Saturated soils
soil
soil ecosystems
Soil organic matter
Soil properties
Soil Science & Conservation
Soils
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Title Eco-functionality of organic matter in soils
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