FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2807095618> ?p ?o ?g. }

• W2807095618 endingPage "e0198728" @default.
• W2807095618 startingPage "e0198728" @default.
• W2807095618 abstract "Olive mill waste (OMW), a byproduct from the extraction of olive oil, causes serious environmental problems for its disposal, and extensive efforts have been made to find cost-effective solutions for its management. Biochars produced from OMW were applied as soil amendment and found in many cases to successfully increase plant productivity and suppress diseases. This work aims to characterize biochars obtained by pyrolysis of OMW at 300 °C to 1000 °C using 13C NMR spectroscopy, LC-ESI-Q-TOF-MS and SEM (Scanning Electron Microscopy). Chemical characterization revealed that biochar composition varied according to the increase of pyrolysis temperature (PT). Thermal treated materials showed a progressive reduction of alkyl C fractions coupled to the enrichment in aromatic C products. In addition, numerous compounds present in the organic feedstock (fatty acids, phenolic compounds, triterpene acids) reduced (PT = 300 °C) or completely disappeared (PT ≥ 500 °C) in biochars as compared to untreated OMW. PT also affected surface morphology of biochars by increasing porosity and heterogeneity of pore size. The effects of biochars extracts on the growth of different organisms (two plants, one nematode and four fungal species) were also evaluated. When tested on different living organisms, biochars and OMW showed opposite effects. The root growth of Lepidium sativum and Brassica rapa, as well as the survival of the nematode Meloidogyne incognita, were inhibited by the untreated material or biochar produced at 300 °C, but toxicity decreased at higher PTs. Conversely, growth of Aspergillus, Fusarium, Rhizoctonia and Trichoderma fungi was stimulated by organic feedstock, while being inhibited by thermally treated biochars. Our findings showed a pattern of association between specific biochar chemical traits and its biological effects that, once mechanistically explained and tested in field conditions, may lead to effective applications in agriculture." @default.
• W2807095618 created "2018-06-13" @default.
• W2807095618 creator A5006573849 @default.
• W2807095618 creator A5013429319 @default.
• W2807095618 creator A5015494594 @default.
• W2807095618 creator A5016154515 @default.
• W2807095618 creator A5026548804 @default.
• W2807095618 creator A5026911059 @default.
• W2807095618 creator A5031084567 @default.
• W2807095618 creator A5053829265 @default.
• W2807095618 creator A5061844295 @default.
• W2807095618 creator A5066790773 @default.
• W2807095618 creator A5078658719 @default.
• W2807095618 creator A5083894723 @default.
• W2807095618 date "2018-06-07" @default.
• W2807095618 modified "2023-10-05" @default.
• W2807095618 title "Biochars from olive mill waste have contrasting effects on plants, fungi and phytoparasitic nematodes" @default.
• W2807095618 cites W117085007 @default.
• W2807095618 cites W1497766031 @default.
• W2807095618 cites W1830137740 @default.
• W2807095618 cites W1966907291 @default.
• W2807095618 cites W1968051693 @default.
• W2807095618 cites W1973874914 @default.
• W2807095618 cites W1978571578 @default.
• W2807095618 cites W1979505636 @default.
• W2807095618 cites W1980592929 @default.
• W2807095618 cites W1981013560 @default.
• W2807095618 cites W1984787867 @default.
• W2807095618 cites W1992895909 @default.
• W2807095618 cites W2001248216 @default.
• W2807095618 cites W2004942186 @default.
• W2807095618 cites W2007031380 @default.
• W2807095618 cites W2008600690 @default.
• W2807095618 cites W2014830813 @default.
• W2807095618 cites W2016957543 @default.
• W2807095618 cites W2017187661 @default.
• W2807095618 cites W2026283547 @default.
• W2807095618 cites W2031720269 @default.
• W2807095618 cites W2034467963 @default.
• W2807095618 cites W2039451645 @default.
• W2807095618 cites W2040850756 @default.
• W2807095618 cites W2041248197 @default.
• W2807095618 cites W2042747462 @default.
• W2807095618 cites W2043396162 @default.
• W2807095618 cites W2046331568 @default.
• W2807095618 cites W2047446719 @default.
• W2807095618 cites W2047777889 @default.
• W2807095618 cites W2048058157 @default.
• W2807095618 cites W2053971993 @default.
• W2807095618 cites W2057247657 @default.
• W2807095618 cites W2057585938 @default.
• W2807095618 cites W2062407601 @default.
• W2807095618 cites W2065999371 @default.
• W2807095618 cites W2082342071 @default.
• W2807095618 cites W2083705146 @default.
• W2807095618 cites W2084380632 @default.
• W2807095618 cites W2085474059 @default.
• W2807095618 cites W2086274170 @default.
• W2807095618 cites W2087048714 @default.
• W2807095618 cites W2087112710 @default.
• W2807095618 cites W2091489700 @default.
• W2807095618 cites W2092911697 @default.
• W2807095618 cites W2104690266 @default.
• W2807095618 cites W2111966523 @default.
• W2807095618 cites W2115838787 @default.
• W2807095618 cites W2118750261 @default.
• W2807095618 cites W2130507380 @default.
• W2807095618 cites W2135476475 @default.
• W2807095618 cites W2145535158 @default.
• W2807095618 cites W2145838446 @default.
• W2807095618 cites W2157195247 @default.
• W2807095618 cites W2161496613 @default.
• W2807095618 cites W2163517044 @default.
• W2807095618 cites W2170401055 @default.
• W2807095618 cites W2319032873 @default.
• W2807095618 cites W2554697616 @default.
• W2807095618 cites W2613751647 @default.
• W2807095618 cites W2744950643 @default.
• W2807095618 cites W2745985596 @default.
• W2807095618 cites W2767032034 @default.
• W2807095618 cites W2771518224 @default.
• W2807095618 cites W2949078770 @default.
• W2807095618 cites W4256073858 @default.
• W2807095618 cites W566258823 @default.
• W2807095618 doi "https://doi.org/10.1371/journal.pone.0198728" @default.
• W2807095618 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5991712" @default.
• W2807095618 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29879199" @default.
• W2807095618 hasPublicationYear "2018" @default.
• W2807095618 type Work @default.
• W2807095618 sameAs 2807095618 @default.
• W2807095618 citedByCount "32" @default.
• W2807095618 countsByYear W28070956182019 @default.
• W2807095618 countsByYear W28070956182020 @default.
• W2807095618 countsByYear W28070956182021 @default.
• W2807095618 countsByYear W28070956182022 @default.
• W2807095618 countsByYear W28070956182023 @default.
• W2807095618 crossrefType "journal-article" @default.
• W2807095618 hasAuthorship W2807095618A5006573849 @default.

• next