Nickel Availability in Soil as Influenced by Liming and Its Role in Soybean Nitrogen Metabolism
Nickel (Ni) availability in soil varies as a function of pH. Plants require Ni in small quantities for normal development, especially in legumes due its role in nitrogen (N) metabolism. This study investigated the effect of soil base saturation, and Ni amendments on Ni uptake, N accumulation in the...
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Published in | Frontiers in plant science Vol. 7; p. 1358 |
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Language | English |
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Abstract | Nickel (Ni) availability in soil varies as a function of pH. Plants require Ni in small quantities for normal development, especially in legumes due its role in nitrogen (N) metabolism. This study investigated the effect of soil base saturation, and Ni amendments on Ni uptake, N accumulation in the leaves and grains, as well as to evaluate organic acids changes in soybean. In addition, two N assimilation enzymes were assayed: nitrate reductase (NR) and Ni-dependent urease. Soybean plants inoculated with Bradyrhizobium japonicum were cultivated in soil-filled pots under two base-cation saturation (BCS) ratios (50 and 70%) and five Ni rates - 0.0; 0.1; 0.5; 1.0; and 10.0 mg dm(-3) Ni. At flowering (R1 developmental stage), plants for each condition were evaluated for organic acids (oxalic, malonic, succinic, malic, tartaric, fumaric, oxaloacetic, citric and lactic) levels as well as the activities of urease and NR. At the end of the growth period (R7 developmental stage - grain maturity), grain N and Ni accumulations were determined. The available soil-Ni in rhizosphere extracted by DTPA increased with Ni rates, notably in BCS50. The highest concentrations of organic acid and N occurred in BCS70 and 0.5 mg dm(-3) of Ni. There were no significant differences for urease activity taken on plants grown at BSC50 for Ni rates, except for the control treatment, while plants cultivated at soil BCS70 increased the urease activity up to 0.5 mg dm(-3) of Ni. In addition, the highest values for urease activities were reached from the 0.5 mg dm(-3) of Ni rate for both BCS treatments. The NR activity was not affected by any treatment indicating good biological nitrogen fixation (BNF) for all plants. The reddish color of the nodules increased with Ni rates in both BCS50 and 70, also confirms the good BNF due to Ni availability. The optimal development of soybean occurs in BCS70, but requires an extra Ni supply for the production of organic acids and for increased N-shoot and grain accumulation. |
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AbstractList | Nickel (Ni) availability in soil varies as a function of pH. Plants require Ni in small quantities for normal development, especially in legumes due its role in nitrogen (N) metabolism. This study investigated the effect of soil base saturation, and Ni amendments on Ni uptake, N accumulation in the leaves and grains, as well as to evaluate organic acids changes in soybean. In addition, two N assimilation enzymes were assayed: nitrate reductase (NR) and Ni-dependent urease. Soybean plants inoculated with Bradyrhizobium japonicum were cultivated in soil-filled pots under two base-cation saturation (BCS) ratios (50 and 70%) and five Ni rates - 0.0; 0.1; 0.5; 1.0; and 10.0 mg dm(-3) Ni. At flowering (R1 developmental stage), plants for each condition were evaluated for organic acids (oxalic, malonic, succinic, malic, tartaric, fumaric, oxaloacetic, citric and lactic) levels as well as the activities of urease and NR. At the end of the growth period (R7 developmental stage - grain maturity), grain N and Ni accumulations were determined. The available soil-Ni in rhizosphere extracted by DTPA increased with Ni rates, notably in BCS50. The highest concentrations of organic acid and N occurred in BCS70 and 0.5 mg dm(-3) of Ni. There were no significant differences for urease activity taken on plants grown at BSC50 for Ni rates, except for the control treatment, while plants cultivated at soil BCS70 increased the urease activity up to 0.5 mg dm(-3) of Ni. In addition, the highest values for urease activities were reached from the 0.5 mg dm(-3) of Ni rate for both BCS treatments. The NR activity was not affected by any treatment indicating good biological nitrogen fixation (BNF) for all plants. The reddish color of the nodules increased with Ni rates in both BCS50 and 70, also confirms the good BNF due to Ni availability. The optimal development of soybean occurs in BCS70, but requires an extra Ni supply for the production of organic acids and for increased N-shoot and grain accumulation. Nickel (Ni) availability in soil varies as a function of pH. Plants require Ni in small quantities for normal development, especially in legumes due its role in nitrogen (N) metabolism. This study investigated the effect of soil base saturation, and Ni amendments on Ni uptake, N accumulation in the leaves and grains, as well as to evaluate organic acids changes in soybean. In addition, two N assimilation enzymes were assayed: nitrate reductase (NR) and Ni-dependent urease. Soybean plants inoculated with Bradyrhizobium japonicum were cultivated in soil-filled pots under two base-cation saturation (BCS) ratios (50 and 70%) and five Ni rates – 0.0; 0.1; 0.5; 1.0; and 10.0 mg dm -3 Ni. At flowering (R1 developmental stage), plants for each condition were evaluated for organic acids (oxalic, malonic, succinic, malic, tartaric, fumaric, oxaloacetic, citric and lactic) levels as well as the activities of urease and NR. At the end of the growth period (R7 developmental stage – grain maturity), grain N and Ni accumulations were determined. The available soil-Ni in rhizosphere extracted by DTPA increased with Ni rates, notably in BCS50. The highest concentrations of organic acid and N occurred in BCS70 and 0.5 mg dm -3 of Ni. There were no significant differences for urease activity taken on plants grown at BSC50 for Ni rates, except for the control treatment, while plants cultivated at soil BCS70 increased the urease activity up to 0.5 mg dm -3 of Ni. In addition, the highest values for urease activities were reached from the 0.5 mg dm -3 of Ni rate for both BCS treatments. The NR activity was not affected by any treatment indicating good biological nitrogen fixation (BNF) for all plants. The reddish color of the nodules increased with Ni rates in both BCS50 and 70, also confirms the good BNF due to Ni availability. The optimal development of soybean occurs in BCS70, but requires an extra Ni supply for the production of organic acids and for increased N-shoot and grain accumulation. Nickel (Ni) availability in soil varies as a function of pH. Plants require Ni in small quantities for normal development, especially in legumes due its role in nitrogen (N) metabolism. This study investigated the effect of soil base saturation, and Ni amendments on Ni uptake, nitrogen (N) accumulation in the leaves and grains, as well as to evaluate organic acids changes in soybean. In addition, two N assimilation enzymes were assayed: nitrate reductase (NR) and Ni-dependent urease. Soybean plants inoculated with Bradyrhizobium japonicum were cultivated in soil-filled pots under two base-cation saturation (BCS) ratios (50 and 70%) and five Ni rates - 0.0; 0.1; 0.5; 1.0; and 10.0 mg dm-3 Ni. At flowering (R1 developmental stage), plants for each condition were evaluated for organic acids (oxalic, malonic, succinic, malic, tartaric, fumaric, oxaloacetic, citric and lactic) levels as well as the activities of urease and nitrate reductase. At the end of the growth period (R7 developmental stage - grain maturity), grain N and Ni accumulations were determined. The available soil-Ni in rhizosphere extracted by DTPA increased with Ni rates, notably in BCS50. The highest concentrations of organic acid and N occurred in BCS70 and 0.5 mg dm-3 of Ni. There were no significant differences for urease activity taken on plants grown at BSC50 for Ni rates, except for the control treatment, while plants cultivated at soil BCS70 increased the urease activity up to 0.5 mg dm-3 of Ni. In addition, the highest values for urease activities were reached from the 0.5 mg dm-3 of Ni rate for both BCS treatments. The NR activity was not affected by any treatment indicating good biological nitrogen fixation (BNF) for all plants. The reddish color of the nodules increased with Ni rates in both BCS50 and 70, also confirms the good BNF due to Ni availability. The optimal development of soybean occurs in BCS70, but requires an extra Ni supply for the production of organic acids and for increased N- shoot and grain accumulation. |
Author | Furlan, Felipe de Macedo, Fernando G Bresolin, Joana D Polacco, Joe C Lavres, José Santos, Elcio F Lopes da Silva, Wilson T |
AuthorAffiliation | 1 Center for Nuclear Energy in Agriculture, University of Sao Paulo Piracicaba, Brazil 3 University of Missouri, Columbia MO, USA 2 Brazilian Agricultural Research Corporation São Carlos, Brazil |
AuthorAffiliation_xml | – name: 3 University of Missouri, Columbia MO, USA – name: 2 Brazilian Agricultural Research Corporation São Carlos, Brazil – name: 1 Center for Nuclear Energy in Agriculture, University of Sao Paulo Piracicaba, Brazil |
Author_xml | – sequence: 1 givenname: Fernando G surname: de Macedo fullname: de Macedo, Fernando G organization: Center for Nuclear Energy in Agriculture, University of Sao Paulo Piracicaba, Brazil – sequence: 2 givenname: Joana D surname: Bresolin fullname: Bresolin, Joana D organization: Brazilian Agricultural Research Corporation São Carlos, Brazil – sequence: 3 givenname: Elcio F surname: Santos fullname: Santos, Elcio F organization: Center for Nuclear Energy in Agriculture, University of Sao Paulo Piracicaba, Brazil – sequence: 4 givenname: Felipe surname: Furlan fullname: Furlan, Felipe organization: Center for Nuclear Energy in Agriculture, University of Sao Paulo Piracicaba, Brazil – sequence: 5 givenname: Wilson T surname: Lopes da Silva fullname: Lopes da Silva, Wilson T organization: Brazilian Agricultural Research Corporation São Carlos, Brazil – sequence: 6 givenname: Joe C surname: Polacco fullname: Polacco, Joe C organization: University of Missouri, Columbia MO, USA – sequence: 7 givenname: José surname: Lavres fullname: Lavres, José organization: Center for Nuclear Energy in Agriculture, University of Sao Paulo Piracicaba, Brazil |
BackLink | https://www.ncbi.nlm.nih.gov/pubmed/27660633$$D View this record in MEDLINE/PubMed |
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Copyright | Copyright © 2016 de Macedo, Bresolin, Santos, Furlan, Lopes da Silva, Polacco and Lavres. 2016 de Macedo, Bresolin, Santos, Furlan, Lopes da Silva, Polacco and Lavres |
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Keywords | nickel soil rhizosphere micronutrient urease nitrate reductase base-cation saturation grain nitrogen accumulation |
Language | English |
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Notes | ObjectType-Article-1 SourceType-Scholarly Journals-1 ObjectType-Feature-2 content type line 23 Edited by: Raul Antonio Sperotto, Centro Universitário UNIVATES, Brazil This article was submitted to Plant Nutrition, a section of the journal Frontiers in Plant Science Reviewed by: Bahar Yildiz Kutman, Konya Food and Agriculture University, Turkey; Joska Gerendas, K+S Fertilizers (India) Pvt. Ltd, India |
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SubjectTerms | base-cation saturation micronutrient Nickel Nitrate Reductase Plant Science Soil rhizosphere Urease |
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Title | Nickel Availability in Soil as Influenced by Liming and Its Role in Soybean Nitrogen Metabolism |
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