FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2904102676> ?p ?o ?g. }

• W2904102676 endingPage "e0208845" @default.
• W2904102676 startingPage "e0208845" @default.
• W2904102676 abstract "Decomposing vertebrates, including humans, result in pronounced changes in surrounding soil biogeochemistry, particularly nitrogen (N) and carbon (C) availability, and alter soil micro- and macrofauna. However, the impacts of subsurface human decomposition, where oxygen becomes limited and microbial biomass is generally lower, are far less understood. The goals of this study were to evaluate the impact of human decomposition in a multi-individual, shallow (~70 cm depth) grave on soil biogeochemistry and soil microbial and nematode communities. Three individuals were interred and allowed to decay for four years. Soils were collected from two depths (0‒5 and 30‒35 cm) along linear transects radiating from the grave as well as from within and below (85‒90 cm depth) the grave during excavation to assess how decomposition affects soil properties. Along radiating surface transects, several extracellular enzymes rates and nematode richness increased with increasing distance from the grave, and likely reflect physical site disruption due to grave excavation and infill. There was no evidence of carcass-sourced C and N lateral migration from the grave, at least at 30‒35 cm depth. Within the grave, soils exhibited significant N-enrichment (e.g., ammonium, dissolved organic N), elevated electrical conductivity, and elevated respiration rates with depth. Soil biogeochemistry within the grave, particularly in the middle (30‒35 cm) and base (70‒75 cm depth), was significantly altered by human decomposition. Mean microbial gene abundances changed with depth in the grave, demonstrating increased microbial presence in response to ongoing decomposition. Human-associated Bacteroides were only detected at the base of the grave where anoxic conditions prevailed. Nematode community abundance and richness were reduced at 70‒75 cm and not detectable below 85‒90 cm. Further, we identified certain Plectus spp. as potential indicators of enrichment due to decomposition. Here we demonstrate that human decomposition influences soil biogeochemistry, microbes, and microfauna up to four years after burial." @default.
• W2904102676 created "2018-12-22" @default.
• W2904102676 creator A5005245629 @default.
• W2904102676 creator A5034951082 @default.
• W2904102676 creator A5035494305 @default.
• W2904102676 creator A5038718395 @default.
• W2904102676 creator A5052107822 @default.
• W2904102676 creator A5052768863 @default.
• W2904102676 creator A5060387807 @default.
• W2904102676 creator A5060612569 @default.
• W2904102676 creator A5061626821 @default.
• W2904102676 date "2018-12-12" @default.
• W2904102676 modified "2023-09-30" @default.
• W2904102676 title "Spatial impacts of a multi-individual grave on microbial and microfaunal communities and soil biogeochemistry" @default.
• W2904102676 cites W106480019 @default.
• W2904102676 cites W1491263250 @default.
• W2904102676 cites W1517356533 @default.
• W2904102676 cites W1520958638 @default.
• W2904102676 cites W1540906336 @default.
• W2904102676 cites W1572492485 @default.
• W2904102676 cites W1774886271 @default.
• W2904102676 cites W1969498717 @default.
• W2904102676 cites W1974775272 @default.
• W2904102676 cites W1977473499 @default.
• W2904102676 cites W1978720137 @default.
• W2904102676 cites W1984510332 @default.
• W2904102676 cites W1985790088 @default.
• W2904102676 cites W1989946285 @default.
• W2904102676 cites W1999470664 @default.
• W2904102676 cites W2004556071 @default.
• W2904102676 cites W2010762994 @default.
• W2904102676 cites W2013596232 @default.
• W2904102676 cites W2023709780 @default.
• W2904102676 cites W2027253222 @default.
• W2904102676 cites W2027404098 @default.
• W2904102676 cites W2029566431 @default.
• W2904102676 cites W2034142380 @default.
• W2904102676 cites W2035719017 @default.
• W2904102676 cites W2039878744 @default.
• W2904102676 cites W2044728270 @default.
• W2904102676 cites W2046410026 @default.
• W2904102676 cites W2048914744 @default.
• W2904102676 cites W2061231053 @default.
• W2904102676 cites W2067745126 @default.
• W2904102676 cites W2075748884 @default.
• W2904102676 cites W2088090850 @default.
• W2904102676 cites W2094213699 @default.
• W2904102676 cites W2096330984 @default.
• W2904102676 cites W2097701742 @default.
• W2904102676 cites W2102424819 @default.
• W2904102676 cites W2113988727 @default.
• W2904102676 cites W2115816286 @default.
• W2904102676 cites W2118529788 @default.
• W2904102676 cites W2126343187 @default.
• W2904102676 cites W2127414226 @default.
• W2904102676 cites W2133464790 @default.
• W2904102676 cites W2135815775 @default.
• W2904102676 cites W2138772449 @default.
• W2904102676 cites W2146202757 @default.
• W2904102676 cites W2146713330 @default.
• W2904102676 cites W2150910103 @default.
• W2904102676 cites W2151587243 @default.
• W2904102676 cites W2157879484 @default.
• W2904102676 cites W2161496613 @default.
• W2904102676 cites W2167394115 @default.
• W2904102676 cites W2190487303 @default.
• W2904102676 cites W2224575686 @default.
• W2904102676 cites W2514341431 @default.
• W2904102676 cites W2525876712 @default.
• W2904102676 cites W2557580262 @default.
• W2904102676 cites W2625981526 @default.
• W2904102676 cites W2629471082 @default.
• W2904102676 cites W2731617407 @default.
• W2904102676 cites W2752970580 @default.
• W2904102676 cites W2755978579 @default.
• W2904102676 cites W2781550342 @default.
• W2904102676 cites W2781684769 @default.
• W2904102676 cites W2793920167 @default.
• W2904102676 cites W3156042851 @default.
• W2904102676 cites W43043311 @default.
• W2904102676 cites W569554727 @default.
• W2904102676 cites W613934122 @default.
• W2904102676 cites W79972659 @default.
• W2904102676 cites W2047019780 @default.
• W2904102676 cites W2154983004 @default.
• W2904102676 doi "https://doi.org/10.1371/journal.pone.0208845" @default.
• W2904102676 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6291161" @default.
• W2904102676 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30540836" @default.
• W2904102676 hasPublicationYear "2018" @default.
• W2904102676 type Work @default.
• W2904102676 sameAs 2904102676 @default.
• W2904102676 citedByCount "21" @default.
• W2904102676 countsByYear W29041026762019 @default.
• W2904102676 countsByYear W29041026762020 @default.
• W2904102676 countsByYear W29041026762021 @default.
• W2904102676 countsByYear W29041026762022 @default.
• W2904102676 countsByYear W29041026762023 @default.
• W2904102676 crossrefType "journal-article" @default.

• next