FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1911364452> ?p ?o ?g. }

• W1911364452 endingPage "1328" @default.
• W1911364452 startingPage "1306" @default.
• W1911364452 abstract "We investigate along-strike width changes of the thickened, accreted lower plate (TALP) in the Central and in the Eastern Alps. We set the width of the TALP in relation to the inferred amount of collisional shortening and exhumation along six orogen-scale cross sections. Taking the present-day, along-strike gradients in the amount of collisional shortening to represent the temporal evolution of the collisional wedge, it may be concluded that the cross-sectional area of the TALP diminishes during ongoing shortening, indicating that the erosional flux outpaced the accretionary flux. Higher amounts of collisional shortening systematically coincide with smaller widths of the TALP and dramatic increases of the reconstructed eroded rock column. Higher amounts of shortening also coincide with larger amplitudes of orogen-scale, upright folds, with higher exhumation and with higher exhumation rates. Hence, erosion did play a major role in reducing by >30 km the vertical crustal thickness in order to accommodate and allow shortening by folding. Long-term climate differences cannot explain alternating changes of width by a factor of almost 2 along straight segments of the orogen on length scales less than 200 km, as observed from the western Central Alps to the easternmost Eastern Alps. Sedimentary or paleontological evidences supporting such paleo-climatic differences are lacking, suggesting that erosional processes did not directly control the width of the orogen." @default.
• W1911364452 created "2016-06-24" @default.
• W1911364452 creator A5003914466 @default.
• W1911364452 creator A5025682331 @default.
• W1911364452 creator A5058099904 @default.
• W1911364452 creator A5079934302 @default.
• W1911364452 date "2015-06-01" @default.
• W1911364452 modified "2023-10-10" @default.
• W1911364452 title "Relating orogen width to shortening, erosion, and exhumation during Alpine collision" @default.
• W1911364452 cites W1536356084 @default.
• W1911364452 cites W1570033649 @default.
• W1911364452 cites W1580955337 @default.
• W1911364452 cites W1595876241 @default.
• W1911364452 cites W1602768065 @default.
• W1911364452 cites W1603803325 @default.
• W1911364452 cites W1823541180 @default.
• W1911364452 cites W1837614417 @default.
• W1911364452 cites W1894402334 @default.
• W1911364452 cites W1975991751 @default.
• W1911364452 cites W1976429424 @default.
• W1911364452 cites W1978461043 @default.
• W1911364452 cites W1979936348 @default.
• W1911364452 cites W1982238737 @default.
• W1911364452 cites W1986185908 @default.
• W1911364452 cites W1986653276 @default.
• W1911364452 cites W1987613462 @default.
• W1911364452 cites W1989788387 @default.
• W1911364452 cites W1991310182 @default.
• W1911364452 cites W1993422708 @default.
• W1911364452 cites W1996934717 @default.
• W1911364452 cites W2000279206 @default.
• W1911364452 cites W2000661905 @default.
• W1911364452 cites W2001735067 @default.
• W1911364452 cites W2006766138 @default.
• W1911364452 cites W2007166057 @default.
• W1911364452 cites W2008877113 @default.
• W1911364452 cites W2010806432 @default.
• W1911364452 cites W2011789574 @default.
• W1911364452 cites W2020527814 @default.
• W1911364452 cites W2022691497 @default.
• W1911364452 cites W2028765976 @default.
• W1911364452 cites W2043434011 @default.
• W1911364452 cites W2054003437 @default.
• W1911364452 cites W2054162997 @default.
• W1911364452 cites W2056337693 @default.
• W1911364452 cites W2059465040 @default.
• W1911364452 cites W2060956521 @default.
• W1911364452 cites W2061862230 @default.
• W1911364452 cites W2068849014 @default.
• W1911364452 cites W2073812219 @default.
• W1911364452 cites W2075135728 @default.
• W1911364452 cites W2076978258 @default.
• W1911364452 cites W2080790918 @default.
• W1911364452 cites W2082196654 @default.
• W1911364452 cites W2090558231 @default.
• W1911364452 cites W2091501510 @default.
• W1911364452 cites W2093338585 @default.
• W1911364452 cites W2102933666 @default.
• W1911364452 cites W2104593274 @default.
• W1911364452 cites W2105425673 @default.
• W1911364452 cites W2107542984 @default.
• W1911364452 cites W2111173422 @default.
• W1911364452 cites W2120027463 @default.
• W1911364452 cites W2123979537 @default.
• W1911364452 cites W2131201119 @default.
• W1911364452 cites W2139351510 @default.
• W1911364452 cites W2157082577 @default.
• W1911364452 cites W2158064992 @default.
• W1911364452 cites W2164899173 @default.
• W1911364452 cites W2165306868 @default.
• W1911364452 cites W2216908227 @default.
• W1911364452 cites W2312443442 @default.
• W1911364452 cites W2313292609 @default.
• W1911364452 cites W2402545477 @default.
• W1911364452 cites W4245493975 @default.
• W1911364452 doi "https://doi.org/10.1002/2014tc003736" @default.
• W1911364452 hasPublicationYear "2015" @default.
• W1911364452 type Work @default.
• W1911364452 sameAs 1911364452 @default.
• W1911364452 citedByCount "32" @default.
• W1911364452 countsByYear W19113644522016 @default.
• W1911364452 countsByYear W19113644522017 @default.
• W1911364452 countsByYear W19113644522018 @default.
• W1911364452 countsByYear W19113644522019 @default.
• W1911364452 countsByYear W19113644522020 @default.
• W1911364452 countsByYear W19113644522021 @default.
• W1911364452 countsByYear W19113644522022 @default.
• W1911364452 countsByYear W19113644522023 @default.
• W1911364452 crossrefType "journal-article" @default.
• W1911364452 hasAuthorship W1911364452A5003914466 @default.
• W1911364452 hasAuthorship W1911364452A5025682331 @default.
• W1911364452 hasAuthorship W1911364452A5058099904 @default.
• W1911364452 hasAuthorship W1911364452A5079934302 @default.
• W1911364452 hasBestOaLocation W19113644522 @default.
• W1911364452 hasConcept C114793014 @default.
• W1911364452 hasConcept C121704057 @default.
• W1911364452 hasConcept C123157820 @default.
• W1911364452 hasConcept C127313418 @default.

• next