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- W3153272898 abstract "Abstract Many aspects concerning the role of arbuscular mycorrhizal (AM) fungi in plant nutrient uptake from organic sources remain unclear. Here, we investigated the contribution of AM symbiosis to N and P uptake by durum wheat after the addition of a high C:N biomass to a P-limited soil. Plants were grown in pots in the presence or absence of a multispecies AM inoculum, with (Org) or without (Ctr) the addition of 15 N-labelled organic matter (OM). A further treatment, in which 15 N was applied in mineral form (Ctr+N) in the same amount as that supplied in the Org treatment, was also included. Inoculation with AM had positive effects on plant growth in both control treatments (Ctr and Ctr+N), mainly linked to an increase in plant P uptake. The addition of OM, increasing the P available in the soil for the plants, resulted in a marked decrease in the contribution of AM symbiosis to plant growth and nutrient uptake, although the percentage of mycorrhization was higher in the Org treatment than in the controls. In addition, mycorrhization drastically reduced the recovery of 15 N from the OM added to the soil whereas it slightly increased the N recovery from the mineral fertiliser. This suggests that plants and AM fungi probably exert a differential competition for different sources of N available in the soil. On the whole, our results provide a contribution to a better understanding of the conditions under which AM fungi can play an effective role in mitigating the negative effects of nutritional stresses in plants." @default.
- W3153272898 created "2021-04-26" @default.
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- W3153272898 date "2021-04-23" @default.
- W3153272898 modified "2023-10-02" @default.
- W3153272898 title "Addition of high C:N crop residues to a P-limited substrate constrains the benefits of arbuscular mycorrhizal symbiosis for wheat P and N nutrition" @default.
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- W3153272898 cites W1514476721 @default.
- W3153272898 cites W1538500367 @default.
- W3153272898 cites W18258815 @default.
- W3153272898 cites W1862831017 @default.
- W3153272898 cites W1866372665 @default.
- W3153272898 cites W1946277022 @default.
- W3153272898 cites W1964758501 @default.
- W3153272898 cites W1966364875 @default.
- W3153272898 cites W1972841741 @default.
- W3153272898 cites W1974243688 @default.
- W3153272898 cites W1974724367 @default.
- W3153272898 cites W1976825848 @default.
- W3153272898 cites W1987344819 @default.
- W3153272898 cites W1990576276 @default.
- W3153272898 cites W1992505528 @default.
- W3153272898 cites W2001536982 @default.
- W3153272898 cites W2004942186 @default.
- W3153272898 cites W2011536500 @default.
- W3153272898 cites W2012885742 @default.
- W3153272898 cites W2013306093 @default.
- W3153272898 cites W2015116432 @default.
- W3153272898 cites W2016945836 @default.
- W3153272898 cites W2021765748 @default.
- W3153272898 cites W2026917038 @default.
- W3153272898 cites W2046648977 @default.
- W3153272898 cites W2058318205 @default.
- W3153272898 cites W2063588175 @default.
- W3153272898 cites W2066357157 @default.
- W3153272898 cites W2085015140 @default.
- W3153272898 cites W2085258124 @default.
- W3153272898 cites W2092409323 @default.
- W3153272898 cites W2100205703 @default.
- W3153272898 cites W2101115072 @default.
- W3153272898 cites W2104312285 @default.
- W3153272898 cites W2104930587 @default.
- W3153272898 cites W2105364865 @default.
- W3153272898 cites W2109024176 @default.
- W3153272898 cites W2110608086 @default.
- W3153272898 cites W2111234886 @default.
- W3153272898 cites W2111924154 @default.
- W3153272898 cites W2113617438 @default.
- W3153272898 cites W2118476033 @default.
- W3153272898 cites W2123291909 @default.
- W3153272898 cites W2123896318 @default.
- W3153272898 cites W2137799805 @default.
- W3153272898 cites W2141669219 @default.
- W3153272898 cites W2144282014 @default.
- W3153272898 cites W2148595070 @default.
- W3153272898 cites W2150213560 @default.
- W3153272898 cites W2151023555 @default.
- W3153272898 cites W2152803632 @default.
- W3153272898 cites W2169265900 @default.
- W3153272898 cites W2195633930 @default.
- W3153272898 cites W2287977867 @default.
- W3153272898 cites W2293040502 @default.
- W3153272898 cites W2411442163 @default.
- W3153272898 cites W2438203812 @default.
- W3153272898 cites W2571279287 @default.
- W3153272898 cites W2800203159 @default.
- W3153272898 cites W2921700079 @default.
- W3153272898 cites W2921842793 @default.
- W3153272898 cites W2922376167 @default.
- W3153272898 cites W2922853138 @default.
- W3153272898 cites W2942746639 @default.
- W3153272898 cites W2948834100 @default.
- W3153272898 cites W2952837230 @default.
- W3153272898 cites W2988381097 @default.
- W3153272898 cites W3080602973 @default.
- W3153272898 cites W4211012067 @default.
- W3153272898 cites W4232113870 @default.
- W3153272898 cites W4250023048 @default.
- W3153272898 doi "https://doi.org/10.1007/s00572-021-01031-8" @default.
- W3153272898 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8266712" @default.
- W3153272898 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33893547" @default.
- W3153272898 hasPublicationYear "2021" @default.
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