Matches in SemOpenAlex for { <https://semopenalex.org/work/W2523641487> ?p ?o ?g. }
- W2523641487 endingPage "348" @default.
- W2523641487 startingPage "337" @default.
- W2523641487 abstract "Little is known about the hierarchical effects of management practices, soil attributes and location factors on structure of vineyard soil microbiota. A hierarchical effect occurs when the specific influence of an experimental factor (e.g. cover crop type, compost application) on soil-borne bacterial communities is greater within a subset composing the larger set but not across the entire set (e.g. bacterial communities only respond to a management practice within a subset of soil types but not across the entire set composed of all soil types). To address this concept, we measured differences in soil bacterial and archaeal diversity in wine-grape vineyard soils throughout Napa Valley, California. We describe how vineyard management practices influence soil resources, which in turn determine shifts in soil-borne bacterial communities. Soil bacterial communities were structured with respect to management practices, specifically cover crop presence and cover crop mix, tillage, and agricultural system designation, i.e. conventional, organic and biodynamic production systems. Distinctions with respect to management were associated with differences in pH and soil resource pools: total carbon and total nitrogen of the <53 and 53–250 μm particulate organic matter fractions, and potentially mineralizable nitrogen. Findings in this study suggest management practices in vineyard production systems directly influence soil microbial community structure, as mediated by shifts in soil resource pools. However, hierarchical effects occur, in which β-diversity is more strongly affected by specific management practices only within certain soil types, tillage or no-till soils or winegrowing region. This work allows for subsequent assessments of interrelationships of vineyard management, microbial biodiversity and their combined influence on soil quality, vine health, and berry quality." @default.
- W2523641487 created "2016-09-30" @default.
- W2523641487 creator A5000165682 @default.
- W2523641487 creator A5019015755 @default.
- W2523641487 creator A5021392718 @default.
- W2523641487 creator A5064872329 @default.
- W2523641487 creator A5067291669 @default.
- W2523641487 creator A5068802697 @default.
- W2523641487 creator A5072139156 @default.
- W2523641487 creator A5083976521 @default.
- W2523641487 date "2016-12-01" @default.
- W2523641487 modified "2023-10-12" @default.
- W2523641487 title "Vineyard soil bacterial diversity and composition revealed by 16S rRNA genes: Differentiation by vineyard management" @default.
- W2523641487 cites W1060074162 @default.
- W2523641487 cites W1476478267 @default.
- W2523641487 cites W1501369862 @default.
- W2523641487 cites W1505506133 @default.
- W2523641487 cites W1525188676 @default.
- W2523641487 cites W1789151663 @default.
- W2523641487 cites W1863212788 @default.
- W2523641487 cites W1934798267 @default.
- W2523641487 cites W1965026439 @default.
- W2523641487 cites W1965426652 @default.
- W2523641487 cites W1967075719 @default.
- W2523641487 cites W1970284721 @default.
- W2523641487 cites W1980971093 @default.
- W2523641487 cites W1982310571 @default.
- W2523641487 cites W1982377741 @default.
- W2523641487 cites W1984474722 @default.
- W2523641487 cites W1984822578 @default.
- W2523641487 cites W1985646065 @default.
- W2523641487 cites W1985872031 @default.
- W2523641487 cites W1986068177 @default.
- W2523641487 cites W1988925586 @default.
- W2523641487 cites W1991132473 @default.
- W2523641487 cites W1995139740 @default.
- W2523641487 cites W2003887127 @default.
- W2523641487 cites W2009906332 @default.
- W2523641487 cites W2019245888 @default.
- W2523641487 cites W2019944969 @default.
- W2523641487 cites W2024056149 @default.
- W2523641487 cites W2026607019 @default.
- W2523641487 cites W2028350481 @default.
- W2523641487 cites W2029291201 @default.
- W2523641487 cites W2029580480 @default.
- W2523641487 cites W2029692441 @default.
- W2523641487 cites W2031611770 @default.
- W2523641487 cites W2034231137 @default.
- W2523641487 cites W2035592980 @default.
- W2523641487 cites W2035961594 @default.
- W2523641487 cites W2045073446 @default.
- W2523641487 cites W2052335550 @default.
- W2523641487 cites W2052839686 @default.
- W2523641487 cites W2053119955 @default.
- W2523641487 cites W2053549162 @default.
- W2523641487 cites W2053675483 @default.
- W2523641487 cites W2062168966 @default.
- W2523641487 cites W2068248597 @default.
- W2523641487 cites W2072627116 @default.
- W2523641487 cites W2072970694 @default.
- W2523641487 cites W2080283023 @default.
- W2523641487 cites W2084464496 @default.
- W2523641487 cites W2086865963 @default.
- W2523641487 cites W2092748220 @default.
- W2523641487 cites W2101070842 @default.
- W2523641487 cites W2104318549 @default.
- W2523641487 cites W2106613029 @default.
- W2523641487 cites W2113261048 @default.
- W2523641487 cites W2124351063 @default.
- W2523641487 cites W2127602818 @default.
- W2523641487 cites W2131919320 @default.
- W2523641487 cites W2131927212 @default.
- W2523641487 cites W2134255886 @default.
- W2523641487 cites W2135697951 @default.
- W2523641487 cites W2139275989 @default.
- W2523641487 cites W2141504852 @default.
- W2523641487 cites W2143725531 @default.
- W2523641487 cites W2143990884 @default.
- W2523641487 cites W2147199223 @default.
- W2523641487 cites W2149806294 @default.
- W2523641487 cites W2152365911 @default.
- W2523641487 cites W2152885278 @default.
- W2523641487 cites W2154026962 @default.
- W2523641487 cites W2154736508 @default.
- W2523641487 cites W2164488392 @default.
- W2523641487 cites W2168499374 @default.
- W2523641487 cites W2170024099 @default.
- W2523641487 cites W2172184330 @default.
- W2523641487 cites W2196818644 @default.
- W2523641487 cites W2210169538 @default.
- W2523641487 cites W2246302316 @default.
- W2523641487 cites W2426992875 @default.
- W2523641487 cites W4240863263 @default.
- W2523641487 doi "https://doi.org/10.1016/j.soilbio.2016.09.007" @default.
- W2523641487 hasPublicationYear "2016" @default.
- W2523641487 type Work @default.
- W2523641487 sameAs 2523641487 @default.
- W2523641487 citedByCount "79" @default.