FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3200708103> ?p ?o ?g. }

• W3200708103 endingPage "1841" @default.
• W3200708103 startingPage "1841" @default.
• W3200708103 abstract "Agricultural land abandonment is an emerging problem in European Union (EU), and about 11% of agricultural EU land is at high risk of abandonment in the coming 10 years. Land abandonment may have both positive and negative effects in ecosystems. Due to the potential for land abandonment to increase soil fertility, the study of vegetation succession effects on soil quality is of great importance. In this study, we investigated an abandoned vineyard where, after a period of 30 years, rows and alleys were characterized by two different forms of vegetation succession: natural recolonization by trees along the rows and by herbaceous vegetation in the alleys. No-tilled alleys covered by herbaceous vegetation of a neighboring conventionally cultivated vineyard were used as a comparison. Soil samples were chemically characterized (pH, extractable element, and available and total metals), and analyzed for the determination of carbon (C) and nitrogen (N) pools; hydrolytic and phenol oxidizing (PO) enzyme activities involved in C, N, and phosphorus (P) cycles; and the enzyme ratios. Results highlighted that natural recolonization by trees increased the organic C and N soil pools by 58% and 34%, respectively, compared to the natural recolonization by herbaceous vegetation. Moreover, natural recolonization by trees reduced β-glucosidase by 79%, urease by 100%, alkaline phosphastase by 98%, acid phosphatase specific hydrolytic activities by 50%, and catechol oxidase and laccase specific oxidative activities by 127% and 119%, respectively, compared to the renaturalization by herbaceous vegetation. In addition, the natural recolonization by trees reduced the C (βglu):C (PO) enzymes ratio by 16% compared to that of the conventional vineyard. Comparing the natural recolonization by herbaceous vegetation with that of the conventional vineyard revealed little significant difference (15% of the measured and calculated parameters); in particular, PO activities significantly decreased in the renaturalized vineyard with herbaceous vegetation by 49% (catechol oxidase) and 52% (laccase), and the C (βglu):C (PO) enzyme ratio showed a reduction (−11%) in the vineyard naturally recolonized by herbaceous vegetation compared to the conventional vineyard. This highlights that the type of vegetation succession that takes place after land abandonment may have a significant impact in terms of soil fertility and C accrual potential. These results help to focus attention on the practices used in agro-forestry that should be adopted in abandoned agro-ecosystems to increase their biodiversity, soil C stock, and soil quality, because these indicators are affected by the type of vegetative coverage." @default.
• W3200708103 created "2021-09-27" @default.
• W3200708103 creator A5005622287 @default.
• W3200708103 creator A5013601374 @default.
• W3200708103 creator A5041564238 @default.
• W3200708103 creator A5051653299 @default.
• W3200708103 creator A5058050226 @default.
• W3200708103 creator A5069806840 @default.
• W3200708103 creator A5080981222 @default.
• W3200708103 date "2021-09-14" @default.
• W3200708103 modified "2023-10-10" @default.
• W3200708103 title "Soil Response to Agricultural Land Abandonment: A Case Study of a Vineyard in Northern Italy" @default.
• W3200708103 cites W1536942656 @default.
• W3200708103 cites W1969658065 @default.
• W3200708103 cites W1971682401 @default.
• W3200708103 cites W1976723273 @default.
• W3200708103 cites W1976795246 @default.
• W3200708103 cites W1983190928 @default.
• W3200708103 cites W1986116385 @default.
• W3200708103 cites W1988402436 @default.
• W3200708103 cites W1993698776 @default.
• W3200708103 cites W1996409016 @default.
• W3200708103 cites W2004256739 @default.
• W3200708103 cites W2006871082 @default.
• W3200708103 cites W2009623994 @default.
• W3200708103 cites W2010655895 @default.
• W3200708103 cites W2011646401 @default.
• W3200708103 cites W2016795939 @default.
• W3200708103 cites W2022712694 @default.
• W3200708103 cites W2023889836 @default.
• W3200708103 cites W2029109852 @default.
• W3200708103 cites W2032050063 @default.
• W3200708103 cites W2032506986 @default.
• W3200708103 cites W2037092021 @default.
• W3200708103 cites W2038125704 @default.
• W3200708103 cites W2067165336 @default.
• W3200708103 cites W2069857578 @default.
• W3200708103 cites W2077236954 @default.
• W3200708103 cites W2082042902 @default.
• W3200708103 cites W2083651561 @default.
• W3200708103 cites W2087860806 @default.
• W3200708103 cites W2094004541 @default.
• W3200708103 cites W2112828989 @default.
• W3200708103 cites W2138386885 @default.
• W3200708103 cites W2139470034 @default.
• W3200708103 cites W2144138018 @default.
• W3200708103 cites W2162774880 @default.
• W3200708103 cites W2175900236 @default.
• W3200708103 cites W2239420939 @default.
• W3200708103 cites W2270949970 @default.
• W3200708103 cites W2500127736 @default.
• W3200708103 cites W2560322368 @default.
• W3200708103 cites W2612340603 @default.
• W3200708103 cites W2612773218 @default.
• W3200708103 cites W2765456236 @default.
• W3200708103 cites W2773042810 @default.
• W3200708103 cites W2780980301 @default.
• W3200708103 cites W2941112097 @default.
• W3200708103 cites W2948997350 @default.
• W3200708103 cites W3014164758 @default.
• W3200708103 cites W3016551099 @default.
• W3200708103 cites W3110587341 @default.
• W3200708103 cites W3139293963 @default.
• W3200708103 cites W3148391545 @default.
• W3200708103 cites W3150232682 @default.
• W3200708103 cites W3150485958 @default.
• W3200708103 cites W414243803 @default.
• W3200708103 cites W4300009529 @default.
• W3200708103 doi "https://doi.org/10.3390/agronomy11091841" @default.
• W3200708103 hasPublicationYear "2021" @default.
• W3200708103 type Work @default.
• W3200708103 sameAs 3200708103 @default.
• W3200708103 citedByCount "4" @default.
• W3200708103 countsByYear W32007081032022 @default.
• W3200708103 countsByYear W32007081032023 @default.
• W3200708103 crossrefType "journal-article" @default.
• W3200708103 hasAuthorship W3200708103A5005622287 @default.
• W3200708103 hasAuthorship W3200708103A5013601374 @default.
• W3200708103 hasAuthorship W3200708103A5041564238 @default.
• W3200708103 hasAuthorship W3200708103A5051653299 @default.
• W3200708103 hasAuthorship W3200708103A5058050226 @default.
• W3200708103 hasAuthorship W3200708103A5069806840 @default.
• W3200708103 hasAuthorship W3200708103A5080981222 @default.
• W3200708103 hasBestOaLocation W32007081031 @default.
• W3200708103 hasConcept C118518473 @default.
• W3200708103 hasConcept C142724271 @default.
• W3200708103 hasConcept C144027150 @default.
• W3200708103 hasConcept C150117547 @default.
• W3200708103 hasConcept C185592680 @default.
• W3200708103 hasConcept C18903297 @default.
• W3200708103 hasConcept C2776133958 @default.
• W3200708103 hasConcept C2776500793 @default.
• W3200708103 hasConcept C2780924976 @default.
• W3200708103 hasConcept C30820588 @default.
• W3200708103 hasConcept C39432304 @default.
• W3200708103 hasConcept C502990516 @default.
• W3200708103 hasConcept C6557445 @default.
• W3200708103 hasConcept C71924100 @default.

• next