FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1948654570> ?p ?o ?g. }

• W1948654570 endingPage "608" @default.
• W1948654570 startingPage "586" @default.
• W1948654570 abstract "Channel belt deposits from meandering river systems commonly display an internal architecture of stacked depositional features with scoured basal contacts due to channel and bedform migration across a range of scales. Recognition and correct interpretation of these bounding surfaces is essential to reconstruction of palaeochannel dimensions and to flow modelling for hydrocarbon exploration. It is therefore crucial to understand the suite of processes that form and transfer these surfaces into the fluvial sedimentary record. Here, the numerical model ‘NAYS2D’ is used to simulate a highly sinuous meandering river with synthetic stratigraphic architectures that can be compared directly to the sedimentary record. Model results highlight the importance of spatial and temporal variations in channel depth and migration rate to the generation of channel and bar deposits. Addition of net uniform bed aggradation (due to excess sediment input) allows quantification of the preservation of meander morphology for a wide range of depositional conditions. The authors find that the effect of vertical variation in scouring due to channel migration is generally orders of magnitude larger than the effect of bed aggradation, which explains the limited impact bed aggradation has on preservation of meander morphology. Moreover, lateral differences in stratigraphy within the meander belt are much larger than the stratigraphic imprint of bed aggradation. Repeatedly produced alternations of point bar growth followed by cut-off result in a vertical trend in channel and scour feature stacking. Importantly, this vertical stacking trend differs laterally within the meander belt. In the centre of the meander belt, the high reworking intensity results in many bounding surfaces and disturbed deposits. Closer to the margins, reworking is infrequent and thick deposits with a limited number of bounding surfaces are preserved. These marginal areas therefore have the highest preservation potential for complete channel deposits and are thus best suited for palaeochannel reconstruction." @default.
• W1948654570 created "2016-06-24" @default.
• W1948654570 creator A5021269378 @default.
• W1948654570 creator A5024627123 @default.
• W1948654570 creator A5036997750 @default.
• W1948654570 creator A5043958212 @default.
• W1948654570 creator A5050212307 @default.
• W1948654570 creator A5060512113 @default.
• W1948654570 date "2015-11-03" @default.
• W1948654570 modified "2023-10-10" @default.
• W1948654570 title "Preservation of meandering river channels in uniformly aggrading channel belts" @default.
• W1948654570 cites W1500289749 @default.
• W1948654570 cites W1502878755 @default.
• W1948654570 cites W1595761893 @default.
• W1948654570 cites W1602520655 @default.
• W1948654570 cites W1604200411 @default.
• W1948654570 cites W1861834609 @default.
• W1948654570 cites W1946085309 @default.
• W1948654570 cites W1968408929 @default.
• W1948654570 cites W1975878863 @default.
• W1948654570 cites W1976245300 @default.
• W1948654570 cites W1985431260 @default.
• W1948654570 cites W1994520661 @default.
• W1948654570 cites W2000657544 @default.
• W1948654570 cites W2001750639 @default.
• W1948654570 cites W2004208784 @default.
• W1948654570 cites W2004262443 @default.
• W1948654570 cites W2005817631 @default.
• W1948654570 cites W2008122408 @default.
• W1948654570 cites W2033538287 @default.
• W1948654570 cites W2038552768 @default.
• W1948654570 cites W2038911772 @default.
• W1948654570 cites W2042819273 @default.
• W1948654570 cites W2044797049 @default.
• W1948654570 cites W2044946456 @default.
• W1948654570 cites W2045443252 @default.
• W1948654570 cites W2051680293 @default.
• W1948654570 cites W2052521114 @default.
• W1948654570 cites W2054529442 @default.
• W1948654570 cites W2066288156 @default.
• W1948654570 cites W2067628429 @default.
• W1948654570 cites W2068724623 @default.
• W1948654570 cites W2070328462 @default.
• W1948654570 cites W2072416569 @default.
• W1948654570 cites W2074633921 @default.
• W1948654570 cites W2080591287 @default.
• W1948654570 cites W2081104230 @default.
• W1948654570 cites W2085134276 @default.
• W1948654570 cites W2091350509 @default.
• W1948654570 cites W2092688416 @default.
• W1948654570 cites W2093408096 @default.
• W1948654570 cites W2099806028 @default.
• W1948654570 cites W2105925375 @default.
• W1948654570 cites W2109087042 @default.
• W1948654570 cites W2109114408 @default.
• W1948654570 cites W2110536870 @default.
• W1948654570 cites W2113298788 @default.
• W1948654570 cites W2113721243 @default.
• W1948654570 cites W2115604680 @default.
• W1948654570 cites W2117458271 @default.
• W1948654570 cites W2117467073 @default.
• W1948654570 cites W2121081932 @default.
• W1948654570 cites W2122435654 @default.
• W1948654570 cites W2129611648 @default.
• W1948654570 cites W2132242758 @default.
• W1948654570 cites W2132695741 @default.
• W1948654570 cites W2134806919 @default.
• W1948654570 cites W2135776977 @default.
• W1948654570 cites W2136670526 @default.
• W1948654570 cites W2138290946 @default.
• W1948654570 cites W2140124681 @default.
• W1948654570 cites W2141929633 @default.
• W1948654570 cites W2143895688 @default.
• W1948654570 cites W2149417180 @default.
• W1948654570 cites W2151182374 @default.
• W1948654570 cites W2153522802 @default.
• W1948654570 cites W2158195745 @default.
• W1948654570 cites W2161857100 @default.
• W1948654570 cites W2164625060 @default.
• W1948654570 cites W2165317498 @default.
• W1948654570 cites W2165339180 @default.
• W1948654570 cites W2167952974 @default.
• W1948654570 cites W2167997070 @default.
• W1948654570 cites W2170417025 @default.
• W1948654570 cites W4230587101 @default.
• W1948654570 cites W4240533643 @default.
• W1948654570 doi "https://doi.org/10.1111/sed.12229" @default.
• W1948654570 hasPublicationYear "2015" @default.
• W1948654570 type Work @default.
• W1948654570 sameAs 1948654570 @default.
• W1948654570 citedByCount "18" @default.
• W1948654570 countsByYear W19486545702016 @default.
• W1948654570 countsByYear W19486545702017 @default.
• W1948654570 countsByYear W19486545702018 @default.
• W1948654570 countsByYear W19486545702019 @default.
• W1948654570 countsByYear W19486545702020 @default.
• W1948654570 countsByYear W19486545702022 @default.
• W1948654570 crossrefType "journal-article" @default.

• next