FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2037461180> ?p ?o ?g. }

• W2037461180 endingPage "1124" @default.
• W2037461180 startingPage "1103" @default.
• W2037461180 abstract "Microbially induced sedimentary structures (MISS) result from the response of microbial mats to physical sediment dynamics. MISS are cosmopolitan and found in many modern environments, including shelves, tidal flats, lagoons, riverine shores, lakes, interdune areas, and sabkhas. The structures record highly diverse communities of microbial mats and have been reported from numerous intervals in the geological record up to 3.2 billion years (Ga) old. This contribution describes a suite of MISS from some of the oldest well-preserved sedimentary rocks in the geological record, the early Archean (ca. 3.48 Ga) Dresser Formation, Western Australia. Outcrop mapping at the meter to millimeter scale defined five sub-environments characteristic of an ancient coastal sabkha. These sub-environments contain associations of distinct macroscopic and microscopic MISS. Macroscopic MISS include polygonal oscillation cracks and gas domes, erosional remnants and pockets, and mat chips. Microscopic MISS comprise tufts, sinoidal structures, and laminae fabrics; the microscopic laminae are composed of primary carbonaceous matter, pyrite, and hematite, plus trapped and bound grains. Identical suites of MISS occur in equivalent environmental settings through the entire subsequent history of Earth including the present time. This work extends the geological record of MISS by almost 300 million years. Complex mat-forming microbial communities likely existed almost 3.5 billion years ago. Key Words: Archean—Biofilms—Microbial mats—Early Earth—Evolution. Astrobiology 13, 1103–1124." @default.
• W2037461180 created "2016-06-24" @default.
• W2037461180 creator A5020672221 @default.
• W2037461180 creator A5034621316 @default.
• W2037461180 creator A5088357781 @default.
• W2037461180 creator A5088938152 @default.
• W2037461180 date "2013-12-01" @default.
• W2037461180 modified "2023-10-12" @default.
• W2037461180 title "Microbially Induced Sedimentary Structures Recording an Ancient Ecosystem in the<i>ca.</i>3.48 Billion-Year-Old Dresser Formation, Pilbara, Western Australia" @default.
• W2037461180 cites W1484487832 @default.
• W2037461180 cites W1498332411 @default.
• W2037461180 cites W1538607061 @default.
• W2037461180 cites W1543595641 @default.
• W2037461180 cites W1561053734 @default.
• W2037461180 cites W1619107059 @default.
• W2037461180 cites W1959275669 @default.
• W2037461180 cites W1960465926 @default.
• W2037461180 cites W1964759069 @default.
• W2037461180 cites W1965381347 @default.
• W2037461180 cites W1967532698 @default.
• W2037461180 cites W1971870089 @default.
• W2037461180 cites W1976011994 @default.
• W2037461180 cites W1980381656 @default.
• W2037461180 cites W1986626846 @default.
• W2037461180 cites W1992459607 @default.
• W2037461180 cites W1992600325 @default.
• W2037461180 cites W1994266089 @default.
• W2037461180 cites W2003449785 @default.
• W2037461180 cites W2005123592 @default.
• W2037461180 cites W2008210101 @default.
• W2037461180 cites W2011848554 @default.
• W2037461180 cites W2013330530 @default.
• W2037461180 cites W2016829795 @default.
• W2037461180 cites W2017374659 @default.
• W2037461180 cites W2022899468 @default.
• W2037461180 cites W2031781283 @default.
• W2037461180 cites W2032253199 @default.
• W2037461180 cites W2032507919 @default.
• W2037461180 cites W2034129079 @default.
• W2037461180 cites W2035489363 @default.
• W2037461180 cites W2038405577 @default.
• W2037461180 cites W2042491470 @default.
• W2037461180 cites W2046234342 @default.
• W2037461180 cites W2046676712 @default.
• W2037461180 cites W2047826376 @default.
• W2037461180 cites W2050679213 @default.
• W2037461180 cites W2058299864 @default.
• W2037461180 cites W2064134384 @default.
• W2037461180 cites W2069947471 @default.
• W2037461180 cites W2070923072 @default.
• W2037461180 cites W2073562922 @default.
• W2037461180 cites W2074786214 @default.
• W2037461180 cites W2076161798 @default.
• W2037461180 cites W2081383679 @default.
• W2037461180 cites W2087811149 @default.
• W2037461180 cites W2089873370 @default.
• W2037461180 cites W2096522903 @default.
• W2037461180 cites W2100783834 @default.
• W2037461180 cites W2105173502 @default.
• W2037461180 cites W2109693552 @default.
• W2037461180 cites W2112958741 @default.
• W2037461180 cites W2116306247 @default.
• W2037461180 cites W2127619164 @default.
• W2037461180 cites W2129312059 @default.
• W2037461180 cites W2134844707 @default.
• W2037461180 cites W2136140416 @default.
• W2037461180 cites W2150055133 @default.
• W2037461180 cites W2151291114 @default.
• W2037461180 cites W2152527486 @default.
• W2037461180 cites W2154200334 @default.
• W2037461180 cites W2155764830 @default.
• W2037461180 cites W2161933140 @default.
• W2037461180 cites W2164388451 @default.
• W2037461180 cites W2168528661 @default.
• W2037461180 cites W2169297716 @default.
• W2037461180 cites W2180827569 @default.
• W2037461180 cites W2181152374 @default.
• W2037461180 cites W2323424902 @default.
• W2037461180 cites W3211985345 @default.
• W2037461180 cites W4247968245 @default.
• W2037461180 cites W4252903422 @default.
• W2037461180 doi "https://doi.org/10.1089/ast.2013.1030" @default.
• W2037461180 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3870916" @default.
• W2037461180 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24205812" @default.
• W2037461180 hasPublicationYear "2013" @default.
• W2037461180 type Work @default.
• W2037461180 sameAs 2037461180 @default.
• W2037461180 citedByCount "216" @default.
• W2037461180 countsByYear W20374611802013 @default.
• W2037461180 countsByYear W20374611802014 @default.
• W2037461180 countsByYear W20374611802015 @default.
• W2037461180 countsByYear W20374611802016 @default.
• W2037461180 countsByYear W20374611802017 @default.
• W2037461180 countsByYear W20374611802018 @default.
• W2037461180 countsByYear W20374611802019 @default.
• W2037461180 countsByYear W20374611802020 @default.
• W2037461180 countsByYear W20374611802021 @default.
• W2037461180 countsByYear W20374611802022 @default.

• next