TY - GEN
T1 - The application of automated SEM-Based identification of detrital and diagenetic mineral phases in offshore cuttings from the Labrador sea - Looking for the source
AU - Wilton, Derek
AU - Feely, Martin
AU - Carter, James
AU - Costanzo, Alessandra
AU - Hunt, Jon
N1 - Publisher Copyright:
Copyright 2016, Offshore Technology Conference.
PY - 2016
Y1 - 2016
N2 - MLA-SEM analyses can quantitatively define the modal mineralogy of detrital components in a variety of sample material including offshore well cuttings such that the possible source(s) of the detrital material might be ascertained. The MLA data can be queried for combinations of detrital minerals that might reflect a specific source terrane (e.g., igneous suite, metamorphic complex, etc.). In some cases, minerals may be identified that might have a unique sediment source region. The MLA data can also be examined to evaluate whether trends of changing detrital mineral compositions through time (i.e., stratigraphically) can be documented that may reflect regional changes in the level of tectonism, potential unroofing a given sediment source area, and/or shifts between sediment source areas. The MLA analyses can be used to produce maps of radiometrically dateable mineral phases within a given sample, that might be used to derive radiometric dates.
AB - MLA-SEM analyses can quantitatively define the modal mineralogy of detrital components in a variety of sample material including offshore well cuttings such that the possible source(s) of the detrital material might be ascertained. The MLA data can be queried for combinations of detrital minerals that might reflect a specific source terrane (e.g., igneous suite, metamorphic complex, etc.). In some cases, minerals may be identified that might have a unique sediment source region. The MLA data can also be examined to evaluate whether trends of changing detrital mineral compositions through time (i.e., stratigraphically) can be documented that may reflect regional changes in the level of tectonism, potential unroofing a given sediment source area, and/or shifts between sediment source areas. The MLA analyses can be used to produce maps of radiometrically dateable mineral phases within a given sample, that might be used to derive radiometric dates.
UR - https://www.scopus.com/pages/publications/85086688379
U2 - 10.4043/27380-ms
DO - 10.4043/27380-ms
M3 - Conference Publication
SN - 9781510835801
T3 - Arctic Technology Conference 2016
BT - Arctic Technology Conference 2016
PB - Offshore Technology Conference
T2 - Arctic Technology Conference 2016
Y2 - 24 October 2016 through 26 October 2016
ER -