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Expedition 313 Scientists (2010): Correlation of seismic sequence boundaries to core surfaces, IODP Hole 313-M0027A [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.761245

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Related to:
Mountain, Gregory S; Proust, Jean-Noël; McInroy, Dave; Cotterill, Carol; Expedition 313 Scientists (2010): Proceedings of the Integrated Ocean Drilling Program. Tokyo (Integrated Ocean Drilling Program Management International, Inc.), 313, 885 pp, https://doi.org/10.2204/iodp.proc.313.2010
Project(s):
Integrated Ocean Drilling Program / International Ocean Discovery Program (IODP)
Coverage:
Latitude: 39.634101 * Longitude: -73.621691
Date/Time Start: 2009-05-01T19:00:00 * Date/Time End: 2009-05-01T19:00:00
Minimum Elevation: -33.5 m * Maximum Elevation: -33.5 m
Event(s):
313-M0027A (MAT-1A) * Latitude: 39.634101 * Longitude: -73.621691 * Date/Time: 2009-05-01T19:00:00 * Elevation: -33.5 m * IGSN: IBCR0313RHOV001 * Penetration: 631.01 m * Recovery: 471.59 m * Location: New Jersey Shallow Shelf * Campaign: Exp313 (New Jersey Shallow Shelf) * Basis: Kayd * Comment: Drilling Depth Method (DRF): measured by pipe; Drilling Depth Method (DSF): tag sea floor; Core Depth Method (CSF): let overlap if long; Core Depth Method (CCSF): let overlap if long
Comment:
Notes: GTS = geologic timescale. GTS 2008 = Ogg et al. (2008). Predicted age for BKSA95 (Cande and Kent, 1995) from Monteverde et al. (2008) and Miller et al. (1998). Seismic sequence boundaries from Monteverde et al. (2008), Miller et al. (1998), and Sheridan et al. (2000). Predicted depths based on seismic velocity function. Predicted depth and ages for seismic sequence boundaries MIC3a to o1 from Monteverde et al. (2008) for the pre-Pleistocene and Sheridan et al. (2000) for the Pleistocene. Two predicted depths in two way travel time (TWT) and depth (mbsf) are given, the first from Monteverde et al. (2008) and the second from Mountain et al. (2009). Actual depth and actual core are the best fit to surfaces or other contacts noted in the cores. Preliminary age is derived from "Chronology." MIC = marine isotope chron, MFS = maximum flooding surface, SB = sequence boundary GTS2008 (Ogg et al., 2008), TS = transgressive surface, FS = flooding surface, EOT = Eocene-Oligocene transition. NR = none recovered. USF = upper shoreface, SOT = shoreface-offshore transition.
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 Age, minimum/youngAge youngExpedition 313 ScientistsGTS 2008 (Ma)
2 Age, maximum/oldAge oldExpedition 313 ScientistsGTS 2008 (Ma)
3 Age, minimum/youngAge youngExpedition 313 ScientistsPredicted age BKSA95 (Ma)
4 Age, maximum/oldAge oldExpedition 313 ScientistsPredicted age BKSA95 (Ma)
5 Boundary descriptionBound descrExpedition 313 ScientistsSeismic sequence boundaries
6 Two-way traveltimeTWTsExpedition 313 ScientistsMonteverde (2008) seismic picks
7 Depth commentDepth commExpedition 313 ScientistsMonteverde (2008) seismic picks (mbsf)
8 Depth commentDepth commExpedition 313 ScientistsPredicted depth (mbsf), Monteverde (2008) seismic range
9 Depth commentDepth commExpedition 313 ScientistsPredicted depth (mbsf) Seismic
10 CoreCoreExpedition 313 ScientistsPredicted core
11 Depth commentDepth commExpedition 313 ScientistsActual depth (mbsf)
12 CoreCoreExpedition 313 ScientistsActual core, section. interval (cm)
13 CommentCommentExpedition 313 Scientists
14 Age, minimum/youngAge youngExpedition 313 ScientistsAge derived from age-depth plot (Ma), BKSA95
15 Age, maximum/oldAge oldExpedition 313 ScientistsAge derived from age-depth plot (Ma), BKSA95
16 Age, minimum/youngAge youngExpedition 313 ScientistsAge derived from age-depth plot (Ma), GTS 2004
17 Age, maximum/oldAge oldExpedition 313 ScientistsAge derived from age-depth plot (Ma), GTS 2004
18 ErrorErrorExpedition 313 Scientistsfrom (Ma)
19 ErrorErrorExpedition 313 Scientiststo (Ma)
License:
Creative Commons Attribution 3.0 Unported (CC-BY-3.0)
Size:
331 data points

Data

Download dataset as tab-delimited text — use the following character encoding:

1 
Age young
(GTS 2008 (Ma))		2 
Age old
(GTS 2008 (Ma))		3 
Age young
(Predicted age BKSA95 (Ma))		4 
Age old
(Predicted age BKSA95 (Ma))		5 
Bound descr
(Seismic sequence boundaries)		6 
TWT [s]
(Monteverde (2008) seismic picks)		7 
Depth comm
(Monteverde (2008) seismic pic...)		8 
Depth comm
(Predicted depth (mbsf), Monte...)		9 
Depth comm
(Predicted depth (mbsf) Seismic)		10 
Core
(Predicted core)		11 
Depth comm
(Actual depth (mbsf))		12 
Core
(Actual core, section. interva...)		13 
Comment		14 
Age young
(Age derived from age-depth pl...)		15 
Age old
(Age derived from age-depth pl...)		16 
Age young
(Age derived from age-depth pl...)		17 
Age old
(Age derived from age-depth pl...)		18 
Error
(from (Ma))		19 
Error
(to (Ma))
0.035MIC3a12125H10.415H-1, 11Base coarsening up<0.09
0.055MIC3c2413H26.38Base of 14HGravel0.1250.25
0.07MIC4243622R31.9019H-1, 56Based on coreLO Pleistocene?~1 Ma MIC30
11.5811.5m10.1189591-9589-9147H-48H96Top of ?50H-1Based on logNo data
12.8512.8m291-94NR
13.6613.6m3NR105-109Not cored115Not coredBased on logNo data
14.11?14.1m40.178143140-143138-14253H-54H~140Not coredNo data
m4.166X-2Based on core?13.5?13.6
14.815.814.815.8m4.50.256210208-211210-21572H-73X218.3975X-2, 68Granulated sand/silty clay?14.214.8?14.015
m5Merged with m4.5
1616.51616.5m5.20.276227226-228225-23080R-81R22580R-1, 10Pebbly lag, gamma core minimum; mcd shift?15.616?15.61614.515.5
?Unnamed231.46Top of 82R-1Pebbly lag?15.616<15.614.515.5
17.217.2m5.30.291240239-242235-24083R-84R237.1783R-2, 127Sand/tight clay~16.015.715.015.7
MFS/SB253.2189R-1, 40
TS255.1689R-2, 85
SB ?m5.32259258-260256.1990R-1, 33Lag, USF over offshore~16.3~16.315.816.3
17.617.717.818.2m5.40.338282281-284278-28297R-98R271.2195R-1, 10SOT over offshore~17.3~17.316.317.8
?Unnamed295.01102R-2, 105Erosion surface~17.8~17.617.218.2
19.219.5m5.450.390329328-331325-330112R-113R331.90114R-2, 133.5Sharp contact; SOT over offshore~18.3~18.117.316.5
19.319.7m5.470.403342340-343335-340116R-117R336.06116R-1, 90Erosion surface, top glauconite~18.4~18.217.518.5
19.720.1m5.5NR
?FSTop of 121R-1
19.820.2m5.60.403347346-349345-350121R-122R355.53125R-1, 140Cemented zone?20.01919.618.720.018.5
19.920.4m5.70.423360359-362350-360123R-126R>361.28Below 127R-2, 22Core gap, gamma log kick?20.01919.618.720.018.5
mFS450-460158R-160R465.00162RBenthic foraminifers: shallowing
20.921.421.522m5.80.546478476-480470-480164R-166R487.66/488.87/489.39Top of 169R-CC/170R-CC, 2/top of 172RIndurated zone21.120.520.521.5
m60.569501499-503475-80166R-167R494.87174R-1, 111Either base indurated or facies changes/gamma peak pull up; v model hi2221.321.023.0
23.524o.50.608540540-545540-545191R-192R539.51Top of ?192RNo core surface24.523.824.027.5
33.234.23334o10.654587585-590585-590207R-208R585.48209R-1, 22Core pick2929.028.530.0
Surface in core?596.3?212R-2, 39Core pick30.230.329.031.0
617.00?219R-1, 124Core pick?
Surface EOT625.83223R-1, 93Core pick32.833.032.232.8