FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W788440065> ?p ?o ?g. }

• W788440065 endingPage "731" @default.
• W788440065 startingPage "719" @default.
• W788440065 abstract "Anthropogenic effects on soil fungi have been poorly investigated in peaty soils, where they have a crucial role in the maintenance of soil fertility and in the regulation of nutrient cycles. In this study, we assessed the effects of land-use intensification on the composition of fungal communities in Mediterranean peaty soils drained for agricultural purposes. To this end, a continuous maize cropping system was compared with an extensive grassland and an agricultural soil left abandoned for 15 years. Molecular diversity and community composition of total soil fungi and arbuscular mycorrhizal fungi (AMF) were assessed, as well as soil chemical properties potentially responsible for fungal shifts. The relative roles of intensification and soil chemical properties were also quantified by applying variation partitioning analysis. Multivariate analyses show that: (i) land-use intensification shapes the composition of the community of total soil fungi and AMF in soil and roots; (ii) base saturation (Bas Sat) and exchangeable calcium (ExchCa) in soil are the significant soil chemical drivers of the composition of the total soil fungal community; (iii) Bas Sat is the only significant chemical parameter shaping the soil AMF community; and (iv) no soil chemical properties affect root AMF. Based on variation partitioning, which highlights a large overlap between land-use intensification and Bas Sat, we can assert that land-use intensification is well-correlated with Bas Sat in shaping the total soil fungal community composition, as well as the AMF. By contrast, intensification acts as a major driver with respect to ExchCa in shaping the composition of the total soil fungal communities." @default.
• W788440065 created "2016-06-24" @default.
• W788440065 creator A5022726758 @default.
• W788440065 creator A5059068922 @default.
• W788440065 creator A5089337942 @default.
• W788440065 date "2015-05-10" @default.
• W788440065 modified "2023-09-26" @default.
• W788440065 title "Land-use intensity and soil properties shape the composition of fungal communities in Mediterranean peaty soils drained for agricultural purposes" @default.
• W788440065 cites W113890 @default.
• W788440065 cites W1487607851 @default.
• W788440065 cites W1511556906 @default.
• W788440065 cites W1603586247 @default.
• W788440065 cites W1640767015 @default.
• W788440065 cites W1785157678 @default.
• W788440065 cites W1964116479 @default.
• W788440065 cites W1966956693 @default.
• W788440065 cites W1967794252 @default.
• W788440065 cites W1967865695 @default.
• W788440065 cites W1973327167 @default.
• W788440065 cites W1977019412 @default.
• W788440065 cites W1980680725 @default.
• W788440065 cites W1981481141 @default.
• W788440065 cites W1984446590 @default.
• W788440065 cites W1987196524 @default.
• W788440065 cites W1991178690 @default.
• W788440065 cites W1991780507 @default.
• W788440065 cites W2004732897 @default.
• W788440065 cites W2006818788 @default.
• W788440065 cites W2011307151 @default.
• W788440065 cites W2017395880 @default.
• W788440065 cites W2018446490 @default.
• W788440065 cites W2026900998 @default.
• W788440065 cites W2033026294 @default.
• W788440065 cites W2034748833 @default.
• W788440065 cites W2035101039 @default.
• W788440065 cites W2037829745 @default.
• W788440065 cites W2037952987 @default.
• W788440065 cites W2040442433 @default.
• W788440065 cites W2040755870 @default.
• W788440065 cites W2046490545 @default.
• W788440065 cites W2048547680 @default.
• W788440065 cites W2058040001 @default.
• W788440065 cites W2059898448 @default.
• W788440065 cites W2062165876 @default.
• W788440065 cites W2065224562 @default.
• W788440065 cites W2066143684 @default.
• W788440065 cites W2067690400 @default.
• W788440065 cites W2068772786 @default.
• W788440065 cites W2071805650 @default.
• W788440065 cites W2072751749 @default.
• W788440065 cites W2073776445 @default.
• W788440065 cites W2079248362 @default.
• W788440065 cites W2082104298 @default.
• W788440065 cites W2083493052 @default.
• W788440065 cites W2092241583 @default.
• W788440065 cites W2095667786 @default.
• W788440065 cites W2097519578 @default.
• W788440065 cites W2102449564 @default.
• W788440065 cites W2108146616 @default.
• W788440065 cites W2110375946 @default.
• W788440065 cites W2118219644 @default.
• W788440065 cites W2122344765 @default.
• W788440065 cites W2126065970 @default.
• W788440065 cites W2131073684 @default.
• W788440065 cites W2134539878 @default.
• W788440065 cites W2136542064 @default.
• W788440065 cites W2137690603 @default.
• W788440065 cites W2138196278 @default.
• W788440065 cites W2138668261 @default.
• W788440065 cites W2138819071 @default.
• W788440065 cites W2142528850 @default.
• W788440065 cites W2147833125 @default.
• W788440065 cites W2149651942 @default.
• W788440065 cites W2149950879 @default.
• W788440065 cites W2150831140 @default.
• W788440065 cites W2151807516 @default.
• W788440065 cites W2152134501 @default.
• W788440065 cites W2153150568 @default.
• W788440065 cites W2154387940 @default.
• W788440065 cites W2156427931 @default.
• W788440065 cites W2160844495 @default.
• W788440065 cites W2161787041 @default.
• W788440065 cites W2161907160 @default.
• W788440065 cites W2164107588 @default.
• W788440065 cites W2169670656 @default.
• W788440065 cites W2172651506 @default.
• W788440065 cites W3147128100 @default.
• W788440065 cites W4252979922 @default.
• W788440065 cites W570055815 @default.
• W788440065 doi "https://doi.org/10.1007/s00374-015-1013-4" @default.
• W788440065 hasPublicationYear "2015" @default.
• W788440065 type Work @default.
• W788440065 sameAs 788440065 @default.
• W788440065 citedByCount "26" @default.
• W788440065 countsByYear W7884400652016 @default.
• W788440065 countsByYear W7884400652017 @default.
• W788440065 countsByYear W7884400652018 @default.
• W788440065 countsByYear W7884400652019 @default.

• next