FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2148310414> ?p ?o ?g. }

• W2148310414 endingPage "314" @default.
• W2148310414 startingPage "305" @default.
• W2148310414 abstract "Abstract There is growing interest in the application of soil enzymes and nematode community indices as indicators of changes in soil quality under contrasting management practices. Although an abundant literature on this subject has arisen during the last 10 years, most of the studies have focused on measuring many soil quality indicators at a single or a few sampling times. However, soil enzyme activities show a natural temporal variability which could mask the variability due to the type and timing of soil management practices. In this study, we compared soil enzymes, nematode communities and physical–chemical soil properties in three pairs of organic and neighbouring conventional olive orchards. Dehydrogenase, β-glucosidase, arylsulfatase, acid and alkaline phosphatases activities, and potential nitrification were studied during an annual cycle, and variability due to sites, replicates within a site, management practices and seasonality has been accounted for. In addition, several nematode community indicators were also studied on one occasion. The geometric mean of enzymes activities (GMea), used as an integrating soil quality index, was validated through an independently performed principal component analysis (PCA). Seasonal variability of individual soil enzymes ranged from 29 to 71%, without a consistent temporal trend. Management system explained, on average, a maximum of 26.3 and 15% of the variability found for soil enzymes and nematode community indicators, respectively. Most of the variability found in both sets of indicators was due to different localities (up to 58 and 45% for soil enzyme and nematode community indicators, respectively) and replicates within a plot (up to 51 and 86%, respectively). Organic management resulted in significantly higher soil enzyme activities. However, differences were dependent on site and sampling. For nematode community indicators, the organic farms showed higher values only for one site. These results reveal the need for extensive comparative assessments to draw clear conclusions on the improvement of soil quality under sustainable management practices. The GMea was significantly higher in organic than in conventional managed plots, independently of the sampling and, moreover, showed significant correlation with the first axis of the PCA. In addition, the GMea, and scores on the first axis were highly correlated with some of the nematode indices. Therefore, the GMea was a suitable tool to condense the whole set of soil enzyme values in a single informative numerical value, which was more sensitive to management practices than nematode community indicators." @default.
• W2148310414 created "2016-06-24" @default.
• W2148310414 creator A5006112966 @default.
• W2148310414 creator A5010255478 @default.
• W2148310414 creator A5049476869 @default.
• W2148310414 creator A5053568776 @default.
• W2148310414 creator A5064146895 @default.
• W2148310414 creator A5079638626 @default.
• W2148310414 creator A5082128837 @default.
• W2148310414 creator A5088174691 @default.
• W2148310414 date "2009-03-01" @default.
• W2148310414 modified "2023-10-18" @default.
• W2148310414 title "Soil enzymes, nematode community and selected physico-chemical properties as soil quality indicators in organic and conventional olive oil farming: Influence of seasonality and site features" @default.
• W2148310414 cites W1007936037 @default.
• W2148310414 cites W140135377 @default.
• W2148310414 cites W1967824309 @default.
• W2148310414 cites W1975951137 @default.
• W2148310414 cites W1981770965 @default.
• W2148310414 cites W1982145537 @default.
• W2148310414 cites W1987499922 @default.
• W2148310414 cites W1987944626 @default.
• W2148310414 cites W1994952678 @default.
• W2148310414 cites W2006801865 @default.
• W2148310414 cites W2011353765 @default.
• W2148310414 cites W2011680150 @default.
• W2148310414 cites W2016984252 @default.
• W2148310414 cites W2018687072 @default.
• W2148310414 cites W2024056613 @default.
• W2148310414 cites W2025064208 @default.
• W2148310414 cites W2029853801 @default.
• W2148310414 cites W2034343418 @default.
• W2148310414 cites W2035122087 @default.
• W2148310414 cites W2048914744 @default.
• W2148310414 cites W2052231244 @default.
• W2148310414 cites W2059259025 @default.
• W2148310414 cites W2060222395 @default.
• W2148310414 cites W2060898032 @default.
• W2148310414 cites W2075474080 @default.
• W2148310414 cites W2079797352 @default.
• W2148310414 cites W2081134773 @default.
• W2148310414 cites W2084396575 @default.
• W2148310414 cites W2089995046 @default.
• W2148310414 cites W2097102631 @default.
• W2148310414 cites W2115816286 @default.
• W2148310414 cites W2133501046 @default.
• W2148310414 cites W2134236819 @default.
• W2148310414 cites W2138958034 @default.
• W2148310414 cites W2142179582 @default.
• W2148310414 cites W2151587243 @default.
• W2148310414 cites W2157294197 @default.
• W2148310414 cites W2164014182 @default.
• W2148310414 cites W2165173572 @default.
• W2148310414 cites W2169192768 @default.
• W2148310414 doi "https://doi.org/10.1016/j.apsoil.2008.12.004" @default.
• W2148310414 hasPublicationYear "2009" @default.
• W2148310414 type Work @default.
• W2148310414 sameAs 2148310414 @default.
• W2148310414 citedByCount "110" @default.
• W2148310414 countsByYear W21483104142012 @default.
• W2148310414 countsByYear W21483104142013 @default.
• W2148310414 countsByYear W21483104142014 @default.
• W2148310414 countsByYear W21483104142015 @default.
• W2148310414 countsByYear W21483104142016 @default.
• W2148310414 countsByYear W21483104142017 @default.
• W2148310414 countsByYear W21483104142018 @default.
• W2148310414 countsByYear W21483104142019 @default.
• W2148310414 countsByYear W21483104142020 @default.
• W2148310414 countsByYear W21483104142021 @default.
• W2148310414 countsByYear W21483104142022 @default.
• W2148310414 countsByYear W21483104142023 @default.
• W2148310414 crossrefType "journal-article" @default.
• W2148310414 hasAuthorship W2148310414A5006112966 @default.
• W2148310414 hasAuthorship W2148310414A5010255478 @default.
• W2148310414 hasAuthorship W2148310414A5049476869 @default.
• W2148310414 hasAuthorship W2148310414A5053568776 @default.
• W2148310414 hasAuthorship W2148310414A5064146895 @default.
• W2148310414 hasAuthorship W2148310414A5079638626 @default.
• W2148310414 hasAuthorship W2148310414A5082128837 @default.
• W2148310414 hasAuthorship W2148310414A5088174691 @default.
• W2148310414 hasConcept C118518473 @default.
• W2148310414 hasConcept C118817206 @default.
• W2148310414 hasConcept C125403950 @default.
• W2148310414 hasConcept C159390177 @default.
• W2148310414 hasConcept C159750122 @default.
• W2148310414 hasConcept C182124840 @default.
• W2148310414 hasConcept C18903297 @default.
• W2148310414 hasConcept C2776475172 @default.
• W2148310414 hasConcept C39432304 @default.
• W2148310414 hasConcept C50516716 @default.
• W2148310414 hasConcept C6557445 @default.
• W2148310414 hasConcept C86803240 @default.
• W2148310414 hasConceptScore W2148310414C118518473 @default.
• W2148310414 hasConceptScore W2148310414C118817206 @default.
• W2148310414 hasConceptScore W2148310414C125403950 @default.
• W2148310414 hasConceptScore W2148310414C159390177 @default.
• W2148310414 hasConceptScore W2148310414C159750122 @default.
• W2148310414 hasConceptScore W2148310414C182124840 @default.
• W2148310414 hasConceptScore W2148310414C18903297 @default.

• next