Hidden miners – the roles of cover crops and soil microorganisms in phosphorus cycling through agroecosystems

Background Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops constitute a promising management option for sustainable intensification of agriculture. However, their interactions with the soil microbial comm...

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Published inPlant and soil Vol. 434; no. 1/2; pp. 7 - 45
Main Authors Hallama, Moritz, Pekrun, Carola, Lambers, Hans, Kandeler, Ellen
Format Journal Article
LanguageEnglish
Published Cham Springer Science + Business Media 01.01.2019
Springer International Publishing
Springer
Springer Nature B.V
Subjects
Agricultural ecosystems
Agricultural management
Agricultural practices
agroecosystems
Analysis
biogeochemical cycles
Biomedical and Life Sciences
Communities
conservation practices
Cover crops
Crop residues
crop rotation
Crops
Cycles
Ecology
Environmental aspects
Environmental impact
enzyme activity
Farming systems
Fertilization
fertilizers
Influence
Life Sciences
Lupinus
MARSCHNER REVIEW
meta-analysis
Methods
microbial biomass
Microorganisms
Miners
Nutrient cycles
Nutrition
Phosphorus
Plant Physiology
Plant Sciences
soil
Soil microbiology
Soil microorganisms
Soil phosphorus
Soil Science & Conservation
sustainable agricultural intensification
Sustainable agriculture
System effectiveness
Tillage
Conservation agriculture
Nutrient cycling
P-mobilization
Plant-microbial interactions
Sustainable agriculture
Soil improving cropping systems
Sustainable intensification
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Abstract Background Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops constitute a promising management option for sustainable intensification of agriculture. However, their interactions with the soil microbial community, which is a key driver of P cycling, and their effects on the following crop, have not yet been systematically assessed. Scope We conducted a meta-analysis of published field studies on cover crops and P cycling, focusing on plant-microbe interactions. Conclusions We describe several distinct, simultaneous mechanisms of P benefits for the main crop. Decomposition dynamics, governed by P concentration, are critical for the transfer of P from cover crop residues to the main crop. Cover crops may enhance the soil microbial community by providing a legacy of increased mycorrhizal abundance, microbial biomass P, and phosphatase activity. Cover crops are generally most effective in systems low in available P, and may access ‘unavailable’ P pools. However, their effects on P availability are difficult to detect by standard soil P tests, except for increases after the use of Lupinus sp. Agricultural management (i.e. cover crop species selection, tillage, fertilization) can improve cover crop effects. In summary, cover cropping has the potential to tighten nutrient cycling in agricultural systems under different conditions, increasing crop P nutrition and yield.
AbstractList BACKGROUND: Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops constitute a promising management option for sustainable intensification of agriculture. However, their interactions with the soil microbial community, which is a key driver of P cycling, and their effects on the following crop, have not yet been systematically assessed. SCOPE: We conducted a meta-analysis of published field studies on cover crops and P cycling, focusing on plant-microbe interactions. CONCLUSIONS: We describe several distinct, simultaneous mechanisms of P benefits for the main crop. Decomposition dynamics, governed by P concentration, are critical for the transfer of P from cover crop residues to the main crop. Cover crops may enhance the soil microbial community by providing a legacy of increased mycorrhizal abundance, microbial biomass P, and phosphatase activity. Cover crops are generally most effective in systems low in available P, and may access ‘unavailable’ P pools. However, their effects on P availability are difficult to detect by standard soil P tests, except for increases after the use of Lupinus sp. Agricultural management (i.e. cover crop species selection, tillage, fertilization) can improve cover crop effects. In summary, cover cropping has the potential to tighten nutrient cycling in agricultural systems under different conditions, increasing crop P nutrition and yield.
BackgroundPhosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops constitute a promising management option for sustainable intensification of agriculture. However, their interactions with the soil microbial community, which is a key driver of P cycling, and their effects on the following crop, have not yet been systematically assessed.ScopeWe conducted a meta-analysis of published field studies on cover crops and P cycling, focusing on plant-microbe interactions.ConclusionsWe describe several distinct, simultaneous mechanisms of P benefits for the main crop. Decomposition dynamics, governed by P concentration, are critical for the transfer of P from cover crop residues to the main crop. Cover crops may enhance the soil microbial community by providing a legacy of increased mycorrhizal abundance, microbial biomass P, and phosphatase activity. Cover crops are generally most effective in systems low in available P, and may access ‘unavailable’ P pools. However, their effects on P availability are difficult to detect by standard soil P tests, except for increases after the use of Lupinus sp. Agricultural management (i.e. cover crop species selection, tillage, fertilization) can improve cover crop effects. In summary, cover cropping has the potential to tighten nutrient cycling in agricultural systems under different conditions, increasing crop P nutrition and yield.
Background Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops constitute a promising management option for sustainable intensification of agriculture. However, their interactions with the soil microbial community, which is a key driver of P cycling, and their effects on the following crop, have not yet been systematically assessed. Scope We conducted a meta-analysis of published field studies on cover crops and P cycling, focusing on plant-microbe interactions. Conclusions We describe several distinct, simultaneous mechanisms of P benefits for the main crop. Decomposition dynamics, governed by P concentration, are critical for the transfer of P from cover crop residues to the main crop. Cover crops may enhance the soil microbial community by providing a legacy of increased mycorrhizal abundance, microbial biomass P, and phosphatase activity. Cover crops are generally most effective in systems low in available P, and may access ‘unavailable’ P pools. However, their effects on P availability are difficult to detect by standard soil P tests, except for increases after the use of Lupinus sp. Agricultural management (i.e. cover crop species selection, tillage, fertilization) can improve cover crop effects. In summary, cover cropping has the potential to tighten nutrient cycling in agricultural systems under different conditions, increasing crop P nutrition and yield.
Audience Academic
Author Lambers, Hans
Kandeler, Ellen
Hallama, Moritz
Pekrun, Carola
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– sequence: 3
  givenname: Hans
  surname: Lambers
  fullname: Lambers, Hans
– sequence: 4
  givenname: Ellen
  surname: Kandeler
  fullname: Kandeler, Ellen
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Issue 1/2
Keywords Conservation agriculture
Nutrient cycling
P-mobilization
Plant-microbial interactions
Sustainable agriculture
Soil improving cropping systems
Sustainable intensification
Language English
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PublicationSubtitle An International Journal on Plant-Soil Relationships
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Snippet Background Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops...
Background Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops...
BackgroundPhosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops...
BACKGROUND: Phosphorus (P) is a limiting nutrient in many agroecosystems and costly fertilizer inputs can cause negative environmental impacts. Cover crops...
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SubjectTerms Agricultural ecosystems
Agricultural management
Agricultural practices
agroecosystems
Analysis
biogeochemical cycles
Biomedical and Life Sciences
Communities
conservation practices
Cover crops
Crop residues
crop rotation
Crops
Cycles
Ecology
Environmental aspects
Environmental impact
enzyme activity
Farming systems
Fertilization
fertilizers
Influence
Life Sciences
Lupinus
MARSCHNER REVIEW
meta-analysis
Methods
microbial biomass
Microorganisms
Miners
Nutrient cycles
Nutrition
Phosphorus
Plant Physiology
Plant Sciences
soil
Soil microbiology
Soil microorganisms
Soil phosphorus
Soil Science & Conservation
sustainable agricultural intensification
Sustainable agriculture
System effectiveness
Tillage
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Title Hidden miners – the roles of cover crops and soil microorganisms in phosphorus cycling through agroecosystems
URI https://www.jstor.org/stable/48703629
https://link.springer.com/article/10.1007/s11104-018-3810-7
https://www.proquest.com/docview/2126092266
https://www.proquest.com/docview/2220995973
Volume 434
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