FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2193141382> ?p ?o ?g. }

• W2193141382 endingPage "487" @default.
• W2193141382 startingPage "478" @default.
• W2193141382 abstract "Combining peatland rewetting with biomass cropping (paludiculture) is one strategy to remove nutrient surpluses from soil/water and stimulate peat-forming vegetation. This approach was tested in the Massaciuccoli Lake Basin (Tuscany, Italy), a coastal floodplain artificially drained for agricultural purposes since 1930, where land reclamation and continuous cropping have contributed to considerable peat degradation and water eutrophication due to nutrient enrichment of surface waters. An experimental trial was established in spring 2012 with three perennial rhizomatous grasses (PRG) (Phragmites australis, Miscanthus × giganteus, Arundo donax) and two woody species managed as short-rotation coppice (SRC) (Salix alba “Dimitrios”, Populus × canadensis “Oudenberg”), aimed to provide biomass for various bioenergy supply chains. A conventionally cultivated annual crop (maize) was the control. The aim of this study was to compare the sustainability of the proposed paludiculture systems to that of conventional annual crops on the basis of yield and nutrient-removal capability. This two-year field study evaluated yields, nutrient concentrations and uptake (N and P) of the crops. Over the two years, A. donax had the highest mean biomass yield (35 Mg ha−1), N uptake (367 kg ha−1), and P uptake (54 kg ha−1). SRCs had the lowest nutrient uptake in both years. Among grasses, the highest N concentration was recorded in A. donax leaves in 2013 (N: 2.41%), while P concentration was greater in S. alba branches (P: 0.39%). The average aboveground biomass of maize was 17.5 Mg ha−1, while the nutrient uptakes were equal to 194 and 27 kg ha−1 for N and P, respectively. Thus, the performances of paludiculture systems were generally encouraging and could represent an important alternative for restoring and managing former drained peatlands in a suitable product chain." @default.
• W2193141382 created "2016-06-24" @default.
• W2193141382 creator A5005985968 @default.
• W2193141382 creator A5007862540 @default.
• W2193141382 creator A5010178331 @default.
• W2193141382 creator A5028086226 @default.
• W2193141382 creator A5038384300 @default.
• W2193141382 creator A5059068922 @default.
• W2193141382 date "2017-06-01" @default.
• W2193141382 modified "2023-09-26" @default.
• W2193141382 title "Growth and nutrient uptake of perennial crops in a paludicultural approach in a drained Mediterranean peatland" @default.
• W2193141382 cites W1965161741 @default.
• W2193141382 cites W1970057365 @default.
• W2193141382 cites W1979515883 @default.
• W2193141382 cites W1985216078 @default.
• W2193141382 cites W1994899313 @default.
• W2193141382 cites W1998921967 @default.
• W2193141382 cites W2000181792 @default.
• W2193141382 cites W2006556357 @default.
• W2193141382 cites W2012159440 @default.
• W2193141382 cites W2018578458 @default.
• W2193141382 cites W2019803500 @default.
• W2193141382 cites W2028368332 @default.
• W2193141382 cites W2029481766 @default.
• W2193141382 cites W2032697540 @default.
• W2193141382 cites W2042612305 @default.
• W2193141382 cites W2044963229 @default.
• W2193141382 cites W2053885782 @default.
• W2193141382 cites W2056561198 @default.
• W2193141382 cites W2059898448 @default.
• W2193141382 cites W2064291219 @default.
• W2193141382 cites W2066918567 @default.
• W2193141382 cites W2071092529 @default.
• W2193141382 cites W2074662711 @default.
• W2193141382 cites W2083250209 @default.
• W2193141382 cites W2083578914 @default.
• W2193141382 cites W2088572913 @default.
• W2193141382 cites W2092241583 @default.
• W2193141382 cites W2094878210 @default.
• W2193141382 cites W2101373781 @default.
• W2193141382 cites W2106226912 @default.
• W2193141382 cites W2119643285 @default.
• W2193141382 cites W2127170577 @default.
• W2193141382 cites W2136542064 @default.
• W2193141382 cites W2143734788 @default.
• W2193141382 cites W2153820558 @default.
• W2193141382 cites W2156511421 @default.
• W2193141382 cites W2157918818 @default.
• W2193141382 cites W2207306259 @default.
• W2193141382 cites W2325072870 @default.
• W2193141382 cites W2331116584 @default.
• W2193141382 cites W2789483181 @default.
• W2193141382 cites W4256216766 @default.
• W2193141382 doi "https://doi.org/10.1016/j.ecoleng.2015.11.049" @default.
• W2193141382 hasPublicationYear "2017" @default.
• W2193141382 type Work @default.
• W2193141382 sameAs 2193141382 @default.
• W2193141382 citedByCount "23" @default.
• W2193141382 countsByYear W21931413822016 @default.
• W2193141382 countsByYear W21931413822017 @default.
• W2193141382 countsByYear W21931413822018 @default.
• W2193141382 countsByYear W21931413822019 @default.
• W2193141382 countsByYear W21931413822020 @default.
• W2193141382 countsByYear W21931413822021 @default.
• W2193141382 countsByYear W21931413822022 @default.
• W2193141382 countsByYear W21931413822023 @default.
• W2193141382 crossrefType "journal-article" @default.
• W2193141382 hasAuthorship W2193141382A5005985968 @default.
• W2193141382 hasAuthorship W2193141382A5007862540 @default.
• W2193141382 hasAuthorship W2193141382A5010178331 @default.
• W2193141382 hasAuthorship W2193141382A5028086226 @default.
• W2193141382 hasAuthorship W2193141382A5038384300 @default.
• W2193141382 hasAuthorship W2193141382A5059068922 @default.
• W2193141382 hasBestOaLocation W21931413822 @default.
• W2193141382 hasConcept C103017160 @default.
• W2193141382 hasConcept C115540264 @default.
• W2193141382 hasConcept C128758860 @default.
• W2193141382 hasConcept C142796444 @default.
• W2193141382 hasConcept C156380964 @default.
• W2193141382 hasConcept C18903297 @default.
• W2193141382 hasConcept C24461792 @default.
• W2193141382 hasConcept C2776327409 @default.
• W2193141382 hasConcept C2778169228 @default.
• W2193141382 hasConcept C2779012619 @default.
• W2193141382 hasConcept C2780519961 @default.
• W2193141382 hasConcept C2781178838 @default.
• W2193141382 hasConcept C39432304 @default.
• W2193141382 hasConcept C53657456 @default.
• W2193141382 hasConcept C53991642 @default.
• W2193141382 hasConcept C59822182 @default.
• W2193141382 hasConcept C6557445 @default.
• W2193141382 hasConcept C67715294 @default.
• W2193141382 hasConcept C86803240 @default.
• W2193141382 hasConceptScore W2193141382C103017160 @default.
• W2193141382 hasConceptScore W2193141382C115540264 @default.
• W2193141382 hasConceptScore W2193141382C128758860 @default.
• W2193141382 hasConceptScore W2193141382C142796444 @default.
• W2193141382 hasConceptScore W2193141382C156380964 @default.

• next