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- W2940849980 abstract "Plant species composition influences belowground ecosystem function. However, there are few data on the interactive effects of plant diversity and soil function. We surveyed plant species diversity, and determined soil carbon (C), nitrogen (N) fractions and enzyme activity in five peatlands with different vegetation-types. We also investigated the interactions between plant species diversity and richness, and soil biochemical properties. We found a close relationship between plant species diversity and total carbon (TC) in both surface (0–15 cm) and subsoil (15–30 cm) layers. Plant diversity and richness positively correlated with soil dissolved organic carbon (DOC), NH4+-N in both soil layers and subsoil moisture and total nitrogen (TN), as well as topsoil pH. Plant species diversity and richness were also positively correlated with subsoil moisture, pH, protease, acid phosphatase activity and topsoil urease activity. Soil β-glucosidase, invertase, urease, protease, and acid phosphatase activity positively correlated with soil TC, TN, DOC, available N and soil moisture. Our findings demonstrate that plant community diversity is linked with soil C and N turnover through soil enzyme activity. These results will improve our ability to more fully understand the linkages between aboveground and belowground components in peatland ecosystems." @default.
- W2940849980 created "2019-05-03" @default.
- W2940849980 creator A5019383992 @default.
- W2940849980 creator A5022030035 @default.
- W2940849980 creator A5039890623 @default.
- W2940849980 creator A5045501652 @default.
- W2940849980 creator A5065786806 @default.
- W2940849980 creator A5069603183 @default.
- W2940849980 creator A5070185634 @default.
- W2940849980 date "2019-08-01" @default.
- W2940849980 modified "2023-10-15" @default.
- W2940849980 title "Linking plant community composition with the soil C pool, N availability and enzyme activity in boreal peatlands of Northeast China" @default.
- W2940849980 cites W1548067101 @default.
- W2940849980 cites W1815486494 @default.
- W2940849980 cites W1942752920 @default.
- W2940849980 cites W1964049469 @default.
- W2940849980 cites W1964306788 @default.
- W2940849980 cites W1965622064 @default.
- W2940849980 cites W1968516340 @default.
- W2940849980 cites W1970010130 @default.
- W2940849980 cites W1974586155 @default.
- W2940849980 cites W1981059833 @default.
- W2940849980 cites W1984412649 @default.
- W2940849980 cites W1985721132 @default.
- W2940849980 cites W1985982697 @default.
- W2940849980 cites W1991529026 @default.
- W2940849980 cites W2001542729 @default.
- W2940849980 cites W2004355455 @default.
- W2940849980 cites W2004506396 @default.
- W2940849980 cites W2011543694 @default.
- W2940849980 cites W2016153611 @default.
- W2940849980 cites W2016998349 @default.
- W2940849980 cites W2018841491 @default.
- W2940849980 cites W2019706045 @default.
- W2940849980 cites W2023146498 @default.
- W2940849980 cites W2029116925 @default.
- W2940849980 cites W2029518406 @default.
- W2940849980 cites W2030398110 @default.
- W2940849980 cites W2037264247 @default.
- W2940849980 cites W2037811913 @default.
- W2940849980 cites W2041230234 @default.
- W2940849980 cites W2043611178 @default.
- W2940849980 cites W2045806593 @default.
- W2940849980 cites W2046407276 @default.
- W2940849980 cites W2051624184 @default.
- W2940849980 cites W2056508513 @default.
- W2940849980 cites W2063706617 @default.
- W2940849980 cites W2065382562 @default.
- W2940849980 cites W2069136739 @default.
- W2940849980 cites W2069509912 @default.
- W2940849980 cites W2072013795 @default.
- W2940849980 cites W2073870779 @default.
- W2940849980 cites W2074320644 @default.
- W2940849980 cites W2078849084 @default.
- W2940849980 cites W2079797352 @default.
- W2940849980 cites W2085264241 @default.
- W2940849980 cites W2086818336 @default.
- W2940849980 cites W2089300101 @default.
- W2940849980 cites W2092638511 @default.
- W2940849980 cites W2093397890 @default.
- W2940849980 cites W2093615292 @default.
- W2940849980 cites W2094497193 @default.
- W2940849980 cites W2095433703 @default.
- W2940849980 cites W2100426952 @default.
- W2940849980 cites W2103643129 @default.
- W2940849980 cites W2105183341 @default.
- W2940849980 cites W2106610150 @default.
- W2940849980 cites W2110501493 @default.
- W2940849980 cites W2112148277 @default.
- W2940849980 cites W2116034747 @default.
- W2940849980 cites W2118891570 @default.
- W2940849980 cites W2119035159 @default.
- W2940849980 cites W2121714163 @default.
- W2940849980 cites W2124930133 @default.
- W2940849980 cites W2125994576 @default.
- W2940849980 cites W2128206560 @default.
- W2940849980 cites W2130360364 @default.
- W2940849980 cites W2132484323 @default.
- W2940849980 cites W2132732494 @default.
- W2940849980 cites W2149669193 @default.
- W2940849980 cites W2150521771 @default.
- W2940849980 cites W2156718091 @default.
- W2940849980 cites W2167255256 @default.
- W2940849980 cites W2171541013 @default.
- W2940849980 cites W2171719256 @default.
- W2940849980 cites W2180213416 @default.
- W2940849980 cites W2268688004 @default.
- W2940849980 cites W2321200904 @default.
- W2940849980 cites W2590624462 @default.
- W2940849980 cites W2604923942 @default.
- W2940849980 cites W2620349323 @default.
- W2940849980 cites W2623058573 @default.
- W2940849980 cites W2727573530 @default.
- W2940849980 cites W2738849647 @default.
- W2940849980 cites W2762970442 @default.
- W2940849980 cites W2804477996 @default.
- W2940849980 doi "https://doi.org/10.1016/j.apsoil.2019.04.019" @default.
- W2940849980 hasPublicationYear "2019" @default.