FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2510120660> ?p ?o ?g. }

• W2510120660 abstract "Hydraulic fracturing is the industry standard for extracting hydrocarbons from shale formations. Attention has been paid to the economic benefits and environmental impacts of this process, yet the biogeochemical changes induced in the deep subsurface are poorly understood. Recent single-gene investigations revealed that halotolerant microbial communities were enriched after hydraulic fracturing. Here, the reconstruction of 31 unique genomes coupled to metabolite data from the Marcellus and Utica shales revealed that many of the persisting organisms play roles in methylamine cycling, ultimately supporting methanogenesis in the deep biosphere. Fermentation of injected chemical additives also sustains long-term microbial persistence, while thiosulfate reduction could produce sulfide, contributing to reservoir souring and infrastructure corrosion. Extensive links between viruses and microbial hosts demonstrate active viral predation, which may contribute to the release of labile cellular constituents into the extracellular environment. Our analyses show that hydraulic fracturing provides the organismal and chemical inputs for colonization and persistence in the deep terrestrial subsurface." @default.
• W2510120660 created "2016-09-16" @default.
• W2510120660 creator A5003258259 @default.
• W2510120660 creator A5011299740 @default.
• W2510120660 creator A5025780255 @default.
• W2510120660 creator A5036782504 @default.
• W2510120660 creator A5040808301 @default.
• W2510120660 creator A5046560769 @default.
• W2510120660 creator A5048296966 @default.
• W2510120660 creator A5054386559 @default.
• W2510120660 creator A5059837799 @default.
• W2510120660 creator A5064035719 @default.
• W2510120660 creator A5067109718 @default.
• W2510120660 creator A5079505180 @default.
• W2510120660 creator A5082630963 @default.
• W2510120660 creator A5086547107 @default.
• W2510120660 date "2016-09-05" @default.
• W2510120660 modified "2023-10-17" @default.
• W2510120660 title "Microbial metabolisms in a 2.5-km-deep ecosystem created by hydraulic fracturing in shales" @default.
• W2510120660 cites W1523894467 @default.
• W2510120660 cites W1528357204 @default.
• W2510120660 cites W1894909318 @default.
• W2510120660 cites W1966756835 @default.
• W2510120660 cites W1968933517 @default.
• W2510120660 cites W1971072534 @default.
• W2510120660 cites W1980188662 @default.
• W2510120660 cites W1980956328 @default.
• W2510120660 cites W1991308477 @default.
• W2510120660 cites W2010332428 @default.
• W2510120660 cites W2016519332 @default.
• W2510120660 cites W2024395116 @default.
• W2510120660 cites W2028004305 @default.
• W2510120660 cites W2034285706 @default.
• W2510120660 cites W2040082700 @default.
• W2510120660 cites W2041257508 @default.
• W2510120660 cites W2045074061 @default.
• W2510120660 cites W2048148235 @default.
• W2510120660 cites W2064316669 @default.
• W2510120660 cites W2066987551 @default.
• W2510120660 cites W2091448229 @default.
• W2510120660 cites W2097777245 @default.
• W2510120660 cites W2101053214 @default.
• W2510120660 cites W2108897255 @default.
• W2510120660 cites W2109448303 @default.
• W2510120660 cites W2112419798 @default.
• W2510120660 cites W2114250298 @default.
• W2510120660 cites W2116410071 @default.
• W2510120660 cites W2122601005 @default.
• W2510120660 cites W2124351063 @default.
• W2510120660 cites W2127036970 @default.
• W2510120660 cites W2128880918 @default.
• W2510120660 cites W2133555263 @default.
• W2510120660 cites W2133611600 @default.
• W2510120660 cites W2137896807 @default.
• W2510120660 cites W2142303087 @default.
• W2510120660 cites W2144859577 @default.
• W2510120660 cites W2150584414 @default.
• W2510120660 cites W2153137490 @default.
• W2510120660 cites W2163241233 @default.
• W2510120660 cites W2163481728 @default.
• W2510120660 cites W2168330474 @default.
• W2510120660 cites W2169244146 @default.
• W2510120660 cites W2169695591 @default.
• W2510120660 cites W2170551349 @default.
• W2510120660 cites W2199695484 @default.
• W2510120660 cites W2260201183 @default.
• W2510120660 cites W2312714086 @default.
• W2510120660 cites W4242736023 @default.
• W2510120660 doi "https://doi.org/10.1038/nmicrobiol.2016.146" @default.
• W2510120660 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27595198" @default.
• W2510120660 hasPublicationYear "2016" @default.
• W2510120660 type Work @default.
• W2510120660 sameAs 2510120660 @default.
• W2510120660 citedByCount "183" @default.
• W2510120660 countsByYear W25101206602016 @default.
• W2510120660 countsByYear W25101206602017 @default.
• W2510120660 countsByYear W25101206602018 @default.
• W2510120660 countsByYear W25101206602019 @default.
• W2510120660 countsByYear W25101206602020 @default.
• W2510120660 countsByYear W25101206602021 @default.
• W2510120660 countsByYear W25101206602022 @default.
• W2510120660 countsByYear W25101206602023 @default.
• W2510120660 crossrefType "journal-article" @default.
• W2510120660 hasAuthorship W2510120660A5003258259 @default.
• W2510120660 hasAuthorship W2510120660A5011299740 @default.
• W2510120660 hasAuthorship W2510120660A5025780255 @default.
• W2510120660 hasAuthorship W2510120660A5036782504 @default.
• W2510120660 hasAuthorship W2510120660A5040808301 @default.
• W2510120660 hasAuthorship W2510120660A5046560769 @default.
• W2510120660 hasAuthorship W2510120660A5048296966 @default.
• W2510120660 hasAuthorship W2510120660A5054386559 @default.
• W2510120660 hasAuthorship W2510120660A5059837799 @default.
• W2510120660 hasAuthorship W2510120660A5064035719 @default.
• W2510120660 hasAuthorship W2510120660A5067109718 @default.
• W2510120660 hasAuthorship W2510120660A5079505180 @default.
• W2510120660 hasAuthorship W2510120660A5082630963 @default.
• W2510120660 hasAuthorship W2510120660A5086547107 @default.
• W2510120660 hasBestOaLocation W25101206601 @default.
• W2510120660 hasConcept C101014631 @default.
• W2510120660 hasConcept C107218244 @default.

• next