Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems

Abstract Soil microbiomes play important roles in both transformation and utilization of phosphorus (P) in agroecosystems. By targeting at 18S rRNA, pqqC, and phoD genes, respectively, the community compositions of soil arbuscular mycorrhizal (AM) fungi and inorganic P‐solubilizing and organic P‐min...

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Autores principales:	Minghui Li, Junli Hu, Xiangui Lin
Formato:	article
Lenguaje:	EN
Publicado:	Wiley 2021
Materias:	arbuscular mycorrhizal fungi ecological network inorganic P‐solubilizing prokaryotes organic P‐mineralizing prokaryotes soil available P Agriculture S Agriculture (General) S1-972
Acceso en línea:	https://doaj.org/article/c99952bfa66445d9aae34d14f88854e7
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spelling	oai:doaj.org-article:c99952bfa66445d9aae34d14f88854e72021-11-17T04:20:04ZProfiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems2048-369410.1002/fes3.315https://doaj.org/article/c99952bfa66445d9aae34d14f88854e72021-11-01T00:00:00Zhttps://doi.org/10.1002/fes3.315https://doaj.org/toc/2048-3694Abstract Soil microbiomes play important roles in both transformation and utilization of phosphorus (P) in agroecosystems. By targeting at 18S rRNA, pqqC, and phoD genes, respectively, the community compositions of soil arbuscular mycorrhizal (AM) fungi and inorganic P‐solubilizing and organic P‐mineralizing prokaryotes were investigated across fields with annual crops or vegetables and orchards with peach trees or tea bushes in a common Agri‐technology Park, representing four typical agricultural land‐use types in Eastern China. Both annual crop and vegetable fields exhibited higher soil fertility and phosphatase activity, while both peach tree and tea bush orchards contained greater abundances of AM fungal and pqqC genes. Land‐use type also significantly affected the community compositions of soil AM fungi, and pqqC‐ and phoD‐harboring prokaryotes, with soil available P as the common driver for all functional groups above. Three main ecological clusters (modules) with distinctive interactive features, that is, synergistic, competitive, and inactive were observed in the co‐occurrence network comprised of the three groups involved in P‐cycling. The modules exhibited various distributions among the four land‐use types, and the correlations with soil pH, available P and K, and N:P were shown. Altogether, the results demonstrated the changes in gene abundances, diversity indices, community compositions, and interrelationships of functional groups involved in P‐cycling in response to distinct land‐use types, and highlighting the synergistic potential among groups to alleviate P deficiency.Minghui LiJunli HuXiangui LinWileyarticlearbuscular mycorrhizal fungiecological networkinorganic P‐solubilizing prokaryotesorganic P‐mineralizing prokaryotessoil available PAgricultureSAgriculture (General)S1-972ENFood and Energy Security, Vol 10, Iss 4, Pp n/a-n/a (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	arbuscular mycorrhizal fungi ecological network inorganic P‐solubilizing prokaryotes organic P‐mineralizing prokaryotes soil available P Agriculture S Agriculture (General) S1-972
spellingShingle	arbuscular mycorrhizal fungi ecological network inorganic P‐solubilizing prokaryotes organic P‐mineralizing prokaryotes soil available P Agriculture S Agriculture (General) S1-972 Minghui Li Junli Hu Xiangui Lin Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
description	Abstract Soil microbiomes play important roles in both transformation and utilization of phosphorus (P) in agroecosystems. By targeting at 18S rRNA, pqqC, and phoD genes, respectively, the community compositions of soil arbuscular mycorrhizal (AM) fungi and inorganic P‐solubilizing and organic P‐mineralizing prokaryotes were investigated across fields with annual crops or vegetables and orchards with peach trees or tea bushes in a common Agri‐technology Park, representing four typical agricultural land‐use types in Eastern China. Both annual crop and vegetable fields exhibited higher soil fertility and phosphatase activity, while both peach tree and tea bush orchards contained greater abundances of AM fungal and pqqC genes. Land‐use type also significantly affected the community compositions of soil AM fungi, and pqqC‐ and phoD‐harboring prokaryotes, with soil available P as the common driver for all functional groups above. Three main ecological clusters (modules) with distinctive interactive features, that is, synergistic, competitive, and inactive were observed in the co‐occurrence network comprised of the three groups involved in P‐cycling. The modules exhibited various distributions among the four land‐use types, and the correlations with soil pH, available P and K, and N:P were shown. Altogether, the results demonstrated the changes in gene abundances, diversity indices, community compositions, and interrelationships of functional groups involved in P‐cycling in response to distinct land‐use types, and highlighting the synergistic potential among groups to alleviate P deficiency.
format	article
author	Minghui Li Junli Hu Xiangui Lin
author_facet	Minghui Li Junli Hu Xiangui Lin
author_sort	Minghui Li
title	Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
title_short	Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
title_full	Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
title_fullStr	Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
title_full_unstemmed	Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
title_sort	profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems
publisher	Wiley
publishDate	2021
url	https://doaj.org/article/c99952bfa66445d9aae34d14f88854e7
work_keys_str_mv	AT minghuili profilesandinterrelationshipsoffunctionalsoilmicrobiomesinvolvedinphosphoruscyclingindiversifiedagriculturallandusesystems AT junlihu profilesandinterrelationshipsoffunctionalsoilmicrobiomesinvolvedinphosphoruscyclingindiversifiedagriculturallandusesystems AT xianguilin profilesandinterrelationshipsoffunctionalsoilmicrobiomesinvolvedinphosphoruscyclingindiversifiedagriculturallandusesystems
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Profiles and interrelationships of functional soil microbiomes involved in phosphorus cycling in diversified agricultural land‐use systems

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