Extractable and dissolved soil organic nitrogen – A quantitative assessment

Extractable Organic N (EON) or Dissolved Organic Nitrogen (DON) pools are often analyzed to predict N mineralisation, N leaching, and to evaluate agricultural (nutrient) management practices. Size and characteristics of both pools, however, are strongly influenced by methodology. Quantifying the inf...

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Published in	Soil biology & biochemistry Vol. 41; no. 6; pp. 1029 - 1039
Main Authors	Ros, Gerard H., Hoffland, Ellis, van Kessel, Chris, Temminghoff, Erwin J.M.
Format	Journal Article
Language	English
Published	Amsterdam Elsevier Ltd 01.06.2009 Elsevier
Subjects	0.01 m cacl2 agricultural soils Agronomy. Soil science and plant productions Biochemistry and biology Biological and medical sciences Chemical, physicochemical, biochemical and biological properties common arable topsoils dissolved organic matter Dissolved Organic Matter (DOM) Dissolved Organic Nitrogen (DON) Dynamics extraction forest soils Fundamental and applied biological sciences. Psychology Land use leaching literature reviews Management meta-analysis Methodology microbial biomass n-mineralization nitrogen norway spruce pastoral soils Physics, chemistry, biochemistry and biology of agricultural and forest soils sandy soils seasonal variation seasonal-changes Seasonality simulation models soil nutrients soil organic matter Soil science Soluble Organic Nitrogen (SON) Dissolved Organic Nitrogen (DON) Dissolved Organic Matter (DOM) Methodology Dynamics Seasonality Soluble Organic Nitrogen (SON) Management Land use Organic nitrogen Dynamic characteristic Extractability Dissolved organic nitrogen Soluble form Soils Dissolved organic matter Seasonal variation Soil science Quantitative analysis
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Abstract	Extractable Organic N (EON) or Dissolved Organic Nitrogen (DON) pools are often analyzed to predict N mineralisation, N leaching, and to evaluate agricultural (nutrient) management practices. Size and characteristics of both pools, however, are strongly influenced by methodology. Quantifying the influence of methodology can increase the accuracy of soil tests to predict N mineralisation, improve model simulations, and can help to quantify the contribution of the EON and DON pools to soil N cycling. We estimated the relative impact of methodological, management, and environmental factors on EON and DON, using a meta-analysis approach based on 127 studies. Our results indicate that the EON and DON pools are neither similar in size nor controlled by the same factors. The influence of factors controlling EON generally decreased in the order of methodology (Δ10–2400%), followed by environment (Δ11–270%) and management (Δ16–77%). DON concentrations were primarily controlled by management factors: different land use and fertilisation caused a variation of 37–118%. Seasonal variations in DON concentrations were generally smaller than variations in EON, suggesting that high mineralisation and sorption rates buffer DON. The large range in EON as affected by different methodology emphasizes the importance of using appropriate and standardized methods for the determination of EON. The determination of DON can be useful to estimate leaching losses. EON, however, can be used to assess the impact of soil management practices on the turnover rate of labile soil organic matter pools.
AbstractList	Extractable Organic N (EON) or Dissolved Organic Nitrogen (DON) pools are often analyzed to predict N mineralisation, N leaching, and to evaluate agricultural (nutrient) management practices. Size and characteristics of both pools, however, are strongly influenced by methodology. Quantifying the influence of methodology can increase the accuracy of soil tests to predict N mineralisation, improve model simulations, and can help to quantify the contribution of the EON and DON pools to soil N cycling. We estimated the relative impact of methodological, management, and environmental factors on EON and DON, using a meta-analysis approach based on 127 studies. Our results indicate that the EON and DON pools are neither similar in size nor controlled by the same factors. The influence of factors controlling EON generally decreased in the order of methodology (Δ10-2400%), followed by environment (Δ11-270%) and management (Δ16-77%). DON concentrations were primarily controlled by management factors: different land use and fertilisation caused a variation of 37-118%. Seasonal variations in DON concentrations were generally smaller than variations in EON, suggesting that high mineralisation and sorption rates buffer DON. The large range in EON as affected by different methodology emphasizes the importance of using appropriate and standardized methods for the determination of EON. The determination of DON can be useful to estimate leaching losses. EON, however, can be used to assess the impact of soil management practices on the turnover rate of labile soil organic matter pools. Extractable Organic N (EON) or Dissolved Organic Nitrogen (DON) pools are often analyzed to predict N mineralisation, N leaching, and to evaluate agricultural (nutrient) management practices. Size and characteristics of both pools, however, are strongly influenced by methodology. Quantifying the influence of methodology can increase the accuracy of soil tests to predict N mineralisation, improve model simulations, and can help to quantify the contribution of the EON and DON pools to soil N cycling. We estimated the relative impact of methodological, management, and environmental factors on EON and DON, using a meta-analysis approach based on 127 studies. Our results indicate that the EON and DON pools are neither similar in size nor controlled by the same factors. The influence of factors controlling EON generally decreased in the order of methodology (¿10¿2400%), followed by environment (¿11¿270%) and management (¿16¿77%). DON concentrations were primarily controlled by management factors: different land use and fertilisation caused a variation of 37¿118%. Seasonal variations in DON concentrations were generally smaller than variations in EON, suggesting that high mineralisation and sorption rates buffer DON. The large range in EON as affected by different methodology emphasizes the importance of using appropriate and standardized methods for the determination of EON. The determination of DON can be useful to estimate leaching losses. EON, however, can be used to assess the impact of soil management practices on the turnover rate of labile soil organic matter pools
Author	Temminghoff, Erwin J.M. Ros, Gerard H. Hoffland, Ellis van Kessel, Chris
Author_xml	– sequence: 1 givenname: Gerard H. surname: Ros fullname: Ros, Gerard H. email: gerard.ros@wur.nl organization: Wageningen University, Department of Soil Quality, P.O. Box 47, 6700 AA Wageningen, The Netherlands – sequence: 2 givenname: Ellis surname: Hoffland fullname: Hoffland, Ellis organization: Wageningen University, Department of Soil Quality, P.O. Box 47, 6700 AA Wageningen, The Netherlands – sequence: 3 givenname: Chris surname: van Kessel fullname: van Kessel, Chris organization: University of California, Department of Plant Sciences, Davis, CA 95616, USA – sequence: 4 givenname: Erwin J.M. surname: Temminghoff fullname: Temminghoff, Erwin J.M. organization: Wageningen University, Department of Soil Quality, P.O. Box 47, 6700 AA Wageningen, The Netherlands
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Keywords	Dissolved Organic Nitrogen (DON) Dissolved Organic Matter (DOM) Methodology Dynamics Seasonality Soluble Organic Nitrogen (SON) Management Land use Organic nitrogen Dynamic characteristic Extractability Dissolved organic nitrogen Soluble form Soils Dissolved organic matter Seasonal variation Soil science Quantitative analysis
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Snippet	Extractable Organic N (EON) or Dissolved Organic Nitrogen (DON) pools are often analyzed to predict N mineralisation, N leaching, and to evaluate agricultural...
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SubjectTerms	0.01 m cacl2 agricultural soils Agronomy. Soil science and plant productions Biochemistry and biology Biological and medical sciences Chemical, physicochemical, biochemical and biological properties common arable topsoils dissolved organic matter Dissolved Organic Matter (DOM) Dissolved Organic Nitrogen (DON) Dynamics extraction forest soils Fundamental and applied biological sciences. Psychology Land use leaching literature reviews Management meta-analysis Methodology microbial biomass n-mineralization nitrogen norway spruce pastoral soils Physics, chemistry, biochemistry and biology of agricultural and forest soils sandy soils seasonal variation seasonal-changes Seasonality simulation models soil nutrients soil organic matter Soil science Soluble Organic Nitrogen (SON)
Title	Extractable and dissolved soil organic nitrogen – A quantitative assessment
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