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Lenard, Sebastien Jean Paul; Lavé, Jérôme; France-Lanord, Christian; Aumaître, Georges; Bourlès, Didier L; Keddadouche, Karim (2020): Table S1. Past Himalayan erosion from Bengal Fan: Sample information, dating, 10Be and Sr-Nd isotopic results [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.912098

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Abstract:
Samples from the Bengal Fan and Lower Meghna River were measured. Each line gives the 10Be measurement result for one aliquot of the sample in a specific granulometric sandy fraction. Sample information (col. 1 to 11) includes the drilling core depth below sea-floor (CSF-A) and the ages determined with previous models. 10Be data (col. 12-32) presents the fractions selected for measurement (col. 12-13), the mass of quartz decontaminated from the atmospheric contribution (col. 14-15), the measurements of 9Be (carrier + potential native 9Be) by SARM (col. 17-20), the measurements of 10Be/9Be at ASTER (col. 21-25), the 10Be paleoconcentrations computed with the ages (col. 26-30) and the apparent Himalayan erosion rates (31-32). The nominal concentration of the carrier is [9Be] = 2020±83 ppm. The measured 9Be concentrations are on average 15% lower than the predicted concentrations, because of the potential loss of Be after addition of the 9Be carrier, during dissolution and evaporation. The 10Be/9Be results were corrected from the average blank in Table S3 (https://doi.org/10.1594/PANGAEA.912101). The 1-σ uncertainty for 10Be results include a correction obtained with the average difference between the results presented here and the duplicate measurements presented in Table S2 (https://doi.org/10.1594/PANGAEA.912100). Apparent Himalayan erosion rates were computed with the production rates of the Himalayan part of the Lower Meghna basin and by removing the Indian cratonic contribution. Sr-Nd isotopic measurement and fG computing results are presented col. 33 to 40. 143Nd/144Nd are reported as εNd(0), using CHUR(0) = 0.512638 (Goldstein et al., 1984 URI:10.1016/0012-821x(84)90007-4). For the Lower Meghna sand, Sr-Nd data are unpublished data from France-Lanord and Galy and measured similarly than our data, except for the sample BR 446, which is from Lupker and France-Lanord and was prepared with HCl leaching. The computing results for the test of the climate forcing hypothesis are in col. 41 to 44.
Keyword(s):
10Be; Bangladesh; Bengal Fan; Cenozoic; climate; cosmogenic nuclides; erosion; glaciations; Himalaya; India; Indian Ocean; Indo-Burman range; Lower Meghna; Namche Barwa; Nd; Pleistocene; provenance study; Quaternary; sediment; Shillong; Sr; turbidites
Supplement to:
Lenard, Sebastien Jean Paul; Lavé, Jérôme; France-Lanord, Christian; Aumaître, Georges; Bourlès, Didier L; Keddadouche, Karim (2020): Steady erosion rates in the Himalayas through late Cenozoic climatic changes. Nature Geoscience, 13(6), 448-452, https://doi.org/10.1038/s41561-020-0585-2
Related to:
Blum, Mike; Rogers, Kimberly; Gleason, James D; Najman, Yanina M R; Cruz, Jarrett; Fox, Lyndsey (2018): Allogenic and Autogenic Signals in the Stratigraphic Record of the Deep-Sea Bengal Fan. Scientific Reports, 8(1), 7973, https://doi.org/10.1038/s41598-018-25819-5
Clemens, Steven C; Kuhnt, Wolfgang; LeVay, Leah J; Anand, Pallavi; Ando, Tadashi; Bolton, Clara T; Ding, Xigui; Gariboldi, K; Giosan, Liviu; Hathorne, Ed C; Huang, Yi; Jaiswal, P; Kim, S; Kirkpatrick, John B; Littler, Kate; Marino, Gianluca; Martinez, P; Naik, D; Peketi, A; Phillips, S C; Robinson, Marci M; Romero, Oscar E; Sagar, N; Taladay, S N; Taylor, Samuel N; Thirumalai, Kaustubh; Uramoto, Goichiro; Usui, Yoichi; Wang, J; Yamamoto, Masahiro; Zhou, L (2016): Expedition 353 summary. In: Proceedings of the International Ocean Discovery Program, International Ocean Discovery Program, https://doi.org/10.14379/iodp.proc.353.101.2016
France-Lanord, Christian; Spieß, Volkhard; Klaus, Adam; Schwenk, Tilmann; Expedition 354 scientists (2016): Neogene and late Paleogene record of Himalayan orogeny and climate: a transect across the Middle Bengal Fan. Proceedings of the International Ocean Discovery Program, International Ocean Discovery Program, https://doi.org/10.14379/iodp.proc.354.2016
Lenard, Sebastien Jean Paul; Cruz, Jarrett; France-Lanord, Christian; Lavé, Jérôme; Reilly, Brendan T (2020): Data report: calcareous nannofossils and lithologic constraints on the age model of IODP Site U1450, Expedition 354, Bengal Fan. In: Proceedings of the International Ocean Discovery Program, International Ocean Discovery Program, 354, https://doi.org/10.14379/iodp.proc.354.203.2020
Reilly, Brendan T; Bergmann, Fenna; Weber, Michael E; Stoner, Joseph S; Selkin, Peter; Meynadier, Laure M; Schwenk, Tilmann; Spieß, Volkhard; France-Lanord, Christian (2020): Middle to Late Pleistocene Evolution of the Bengal Fan: Integrating Core and Seismic Observations for Chronostratigraphic Modeling of the IODP Expedition 354 8° North Transect. Geochemistry, Geophysics, Geosystems, 21(4), e2019GC008878, https://doi.org/10.1029/2019GC008878
Weber, Michael E; Reilly, Brendan T (2018): Hemipelagic and turbiditic deposits constrain lower Bengal Fan depositional history through Pleistocene climate, monsoon, and sea level transitions. Quaternary Science Reviews, 199, 159-173, https://doi.org/10.1016/j.quascirev.2018.09.027
Coverage:
Median Latitude: 16.136212 * Median Longitude: 88.705334 * South-bound Latitude: 8.010000 * West-bound Longitude: 84.829000 * North-bound Latitude: 23.456430 * East-bound Longitude: 90.825700
Date/Time Start: 2002-07-18T00:00:00 * Date/Time End: 2008-09-03T00:00:00
Minimum DEPTH, sediment/rock: 16.0 m * Maximum DEPTH, sediment/rock: 630.8 m
Event(s):
353-U1444A  * Latitude: 14.000090 * Longitude: 84.829000 * Elevation: -3132.7 m * Campaign: Exp353 * Basis: Joides Resolution * Method/Device: Drilling/drill rig (DRILL)
354-U1450A  * Latitude: 8.010000 * Longitude: 87.670000 * Elevation: -3655.3 m * Location: Bengal Fan * Campaign: EXP354 (Bengal Fan) * Basis: Joides Resolution * Method/Device: Core drilling (CDRILL)
354-U1451A  * Latitude: 8.010000 * Longitude: 88.740000 * Elevation: -3607.3 m * Location: Bengal Fan * Campaign: EXP354 (Bengal Fan) * Basis: Joides Resolution * Method/Device: Core drilling (CDRILL)
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Event labelEventLenard, Sebastien Jean Paul
SiteSiteLenard, Sebastien Jean Paul
HoleHLenard, Sebastien Jean Paul
CoreCoreLenard, Sebastien Jean Paul
Sample code/labelSample labelLenard, Sebastien Jean Paul
DEPTH, sediment/rockDepth sedmLenard, Sebastien Jean PaulGeocode – Center Depth (CSF-A)
DATE/TIMEDate/TimeLenard, Sebastien Jean PaulGeocode
Sample typeSamp typeLenard, Sebastien Jean Paul
Age modelAge modelkaLenard, Sebastien Jean Paul
10 Age, uncertaintyAge unc±Lenard, Sebastien Jean Paul
11 Reference/sourceReferenceLenard, Sebastien Jean Paul
12 MassMassgLenard, Sebastien Jean Paul75-125 µm quartz mass (decontaminated dissolved)
13 MassMassgLenard, Sebastien Jean Paul125-250 µm quartz mass (decontaminated dissolved)
14 MassMassgLenard, Sebastien Jean Paultotal quartz mass (decontaminated dissolved)
15 Mass, uncertaintymass unc±Lenard, Sebastien Jean Paul
16 MassMassmgLenard, Sebastien Jean Paul9Be carrier mass
17 Beryllium-99Beatoms/gLenard, Sebastien Jean Pauladded before dissolution
18 Beryllium-9, uncertainty9Be unc±Lenard, Sebastien Jean Paul
19 Beryllium-99Beatoms/gLenard, Sebastien Jean Paulmeasured after evaporation
20 Beryllium-9, uncertainty9Be unc±Lenard, Sebastien Jean Paul
21 CountsCounts#Lenard, Sebastien Jean Paulmeasured hit count
22 Beryllium-10/Beryllium-910Be/9Be10-9 atoms/atomsLenard, Sebastien Jean Paul
23 Beryllium-10/Beryllium-9, uncertainty10Be/9Be unc±Lenard, Sebastien Jean Paul
24 Beryllium-10/Beryllium-910Be/9Be10-9 atoms/atomsLenard, Sebastien Jean Paulblank-corrected
25 Beryllium-10/Beryllium-9, uncertainty10Be/9Be unc±Lenard, Sebastien Jean Paul
26 Beryllium-1010Beatoms/gLenard, Sebastien Jean Paulconcentration
27 Beryllium-10, uncertainty10Be unc±Lenard, Sebastien Jean Paul1σ, % uncertainty
28 Beryllium-10, uncertainty10Be unc±Lenard, Sebastien Jean Paul1σ, % uncertainty
29 Beryllium-1010Beatoms/gLenard, Sebastien Jean Paulpaleoconcentration
30 Beryllium-10, uncertainty10Be unc±Lenard, Sebastien Jean Paul
31 Erosion rateErosion ratemm/aLenard, Sebastien Jean Paultheoretical Himalayan erosion rate
32 Erosion rate, uncertaintyErosion rate unc±Lenard, Sebastien Jean Paul
33 Strontium-87/Strontium-86 ratio87Sr/86SrLenard, Sebastien Jean Paul
34 Strontium-87/Strontium-86 ratio, uncertainty87Sr/86Sr unc±Lenard, Sebastien Jean Paul
35 Neodymium-144/Neodymium-143144Nd/143NdLenard, Sebastien Jean Paul
36 Neodymium-144/Neodymium-143, uncertainty144Nd/143Nd unc±Lenard, Sebastien Jean Paul
37 ε-Neodymiumε-NdLenard, Sebastien Jean Paul
38 ε-Neodymium, uncertaintyε-Nd unc±Lenard, Sebastien Jean Paul
39 Sediment contributionSed contribLenard, Sebastien Jean PaulGanga relative fraction in Bengal Fan sedimentary mix fG
40 Sediment contribution, uncertaintySed contrib unc±Lenard, Sebastien Jean Paul
41 FactorFactorLenard, Sebastien Jean PaulK(t), uniform erosion factor, test of the climatic forcing hypothesis
42 FactorFactorLenard, Sebastien Jean Paul
43 Erosion rateErosion ratemm/aLenard, Sebastien Jean PaulTest of the climatic forcing hypothesis: Himalayan erosion rate
44 Erosion rate, uncertaintyErosion rate unc±Lenard, Sebastien Jean Paul
Size:
1212 data points

Data

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


Event

Site

H

Core

Sample label

Depth sed [m]
(Center Depth (CSF-A))

Date/Time

Samp type

Age model [ka]
10 
Age unc [±]
(1σ)
11 
Reference
12 
Mass [g]
(75-125 µm quartz mass (decont...)
13 
Mass [g]
(125-250 µm quartz mass (decon...)
14 
Mass [g]
(total quartz mass (decontamin...)
15 
mass unc [±]
(1σ)
16 
Mass [mg]
(9Be carrier mass)
17 
9Be [atoms/g]
(added before dissolution)
18 
9Be unc [±]
(1σ)
19 
9Be [atoms/g]
(measured after evaporation)
20 
9Be unc [±]
(1σ)
21 
Counts [#]
(measured hit count)
22 
10Be/9Be [10-9 atoms/atoms]
23 
10Be/9Be unc [±]
(1σ)
24 
10Be/9Be [10-9 atoms/atoms]
(blank-corrected)
25 
10Be/9Be unc [±]
(1σ)
26 
10Be [atoms/g]
(concentration)
27 
10Be unc [±]
(1σ, % uncertainty)
28 
10Be unc [±]
(1σ, % uncertainty)
29 
10Be [atoms/g]
(paleoconcentration)
30 
10Be unc [±]
(1σ)
31 
Erosion rate [mm/a]
(theoretical Himalayan erosion...)
32 
Erosion rate unc [±]
(1σ)
33 
87Sr/86Sr
34 
87Sr/86Sr unc [±]
(2σ)
35 
144Nd/143Nd
36 
144Nd/143Nd unc [±]
(2σ)
37 
ε-Nd
38 
ε-Nd unc [±]
39 
Sed contrib
(Ganga relative fraction in Be...)
40 
Sed contrib unc [±]
(1σ)
41 
Factor
(K(t), uniform erosion factor,...)
42 
Factor
(1σ)
43 
Erosion rate [mm/a]
(Test of the climatic forcing ...)
44 
Erosion rate unc [±]
(1σ)
353-U1444A Middle Bengal Fan, Expedition 353, site U1444A6H353-U1444A-6H-1,100-15046.4Fine sand (sand lobe)19025Clemens et al., 201634.934.90.5101.651.37E192.82E171.10E191.37E181216.95E-147.12E-156.42E-147.31E-152.53E42.96E30.122.77E43.27E30.90.20.7308600.0000080.511880800.00001378-14.80.30.110.201.10.11.10.1
353-U1444AMiddle Bengal Fan, Expedition 353, site U1444A7H353-U1444A-7H-5,100-15061.9Fine sand (sand lobe)20025Clemens et al., 201636.736.70.6101.991.38E192.83E171.11E191.39E181449.04E-148.20E-158.51E-148.36E-153.19E43.26E30.103.54E43.67E30.70.10.7331820.0000110.511873410.00001381-14.90.30.200.190.80.10.80.1
353-U1444AMiddle Bengal Fan, Expedition 353, site U1444A9H353-U1444A-9H-5,75-13079.6Fine sand (sand lobe)26025Clemens et al., 201632.532.50.5101.821.37E192.82E178.91E181.11E18987.30E-141.01E-146.78E-141.02E-142.86E44.44E30.163.26E45.01E30.80.20.7320930.0000080.511882850.00001648-14.70.30.140.200.90.20.90.2
353-U1444AMiddle Bengal Fan, Expedition 353, site U1444A11H353-U1444A-11H-6,87-15093.9Fine sand (sand lobe)31025Clemens et al., 201638.338.30.6102.081.38E192.83E171.13E191.42E18957.92E-148.63E-157.40E-148.79E-152.66E43.24E30.123.11E43.84E30.80.20.7314060.0001960.511896290.00001320-14.50.30.100.201.00.11.00.1
353-U1444AMiddle Bengal Fan, Expedition 353, site U1444A24F353-U1444A-24F-3,0-56,65-110208.5Fine sand (sand lobe)3710125Clemens et al., 2016135.2135.22.0101.361.37E192.81E171.26E191.58E18274.83E-149.68E-154.31E-149.82E-154.37E31.01E30.232.89E46.85E30.90.30.650.290.90.30.90.3
354-U1450A Middle Bengal Fan, Expedition 354, site U1450A3H354-U1450A-3H-4,50-12016.0Fine sand (sand lobe)2603Reilly, 2018; Weber and Reilly, 201845.045.00.7101.901.38E192.82E171.16E191.45E18646.99E-149.09E-156.46E-149.23E-151.97E42.86E30.152.25E43.24E31.20.30.7220460.0000070.511960810.00001341-13.20.3-0.340.261.40.21.40.2
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A8F354-U1450A-8F-2,1-6040.8Fine sand (sand lobe)3004Reilly, 2018; Weber and Reilly, 201842.642.60.6103.151.39E192.86E171.24E191.55E181057.66E-147.54E-157.13E-147.71E-152.33E42.57E30.112.71E43.06E31.00.20.7276070.0000100.511925700.00001085-13.90.2-0.100.241.10.11.10.1
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A14F354-U1450A-14F-2,90-15070.1Fine sand (sand lobe)3306Reilly, 2018; Weber and Reilly, 201837.937.90.6102.721.39E192.85E171.20E191.50E182407.23E-144.81E-156.70E-145.08E-152.45E41.95E30.082.90E42.36E30.90.20.7279550.0000170.511918810.00001770-14.00.3-0.060.231.10.11.10.1
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A25F354-U1450A-25F-1,50-100119.5Fine sand (sand lobe)4907Reilly, 2018; Weber and Reilly, 201845.345.30.7102.551.38E192.84E179.69E181.21E18615.24E-146.74E-154.71E-146.93E-151.44E42.13E30.151.84E42.78E31.40.30.7365660.0000120.511844430.00001065-15.50.20.340.161.50.31.50.3
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A32F354-U1450A-32F-3,24-84155.4Fine sand (sand lobe)71026Reilly, 2018; Weber and Reilly, 201822.522.50.3102.431.38E192.84E171.14E191.42E18453.15E-144.72E-152.63E-144.99E-151.62E43.09E30.192.31E44.51E31.10.30.7418570.0000130.511856130.00001584-15.30.30.440.151.20.31.20.3
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A40F354-U1450A-40F-2,0-30191.6Fine sand (sand lobe)1490138Lenard et al., accepted31.831.80.5102.491.38E192.84E171.31E191.64E182113.15E-142.21E-152.63E-142.75E-151.14E41.25E30.112.44E43.17E31.10.20.7446300.0000190.511817020.00001156-16.00.20.560.131.10.21.10.2
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A44F354-U1450A-44F-3,40-100212.6Fine sand (sand lobe)1520138Lenard et al., accepted0.7490030.0000100.511857310.00002264-15.20.40.590.13
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A50F354-U1450A-50F-2,86-116239.9Fine sand (sand lobe)1840157Lenard et al., accepted6.125.031.10.5101.681.37E192.82E171.13E191.41E18232.57E-145.81E-152.04E-146.04E-159.01E32.69E30.302.30E46.98E31.20.40.7262540.0000160.511941530.00002268-13.60.4-0.170.241.50.91.50.9
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A83F354-U1450A-83F-3,113-147398.2Fine sand (sand lobe)3210196Lenard et al., accepted40.250.490.61.4102.441.38E192.84E171.23E191.54E18257.15E-141.53E-146.62E-141.54E-141.01E42.38E30.245.24E41.31E40.50.20.7284610.0000140.511925820.00001708-13.90.3-0.070.240.60.30.60.3
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A90F354-U1450A-90F-3,106-136431.0Fine sand (sand lobe)3260195Lenard et al., accepted70.570.51.199.871.35E192.77E171.15E191.44E18357.00E-141.19E-146.48E-141.20E-141.24E42.29E30.186.56E41.38E40.40.10.7353630.0000120.511891250.00001115-14.60.20.200.180.50.10.50.1
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A100F354-U1450A-100F-3,28-88477.9Fine sand (sand lobe)3910200Lenard et al., accepted42.976.7119.51.8102.181.38E192.83E171.29E191.62E18252.37E-144.81E-151.85E-145.08E-152.12E35.93E20.281.56E44.61E31.80.60.7407760.0000240.511867540.00002277-15.00.40.390.152.01.02.01.0
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A110F354-U1450A-110F-1,79-84523.0Fine sand (sand lobe)4060202Lenard et al., accepted156.5156.52.3101.081.36E192.80E171.36E191.70E18187.75E-141.83E-147.22E-141.84E-146.30E31.60E30.255.02E41.40E40.60.20.7379010.0000190.511858730.00000592-15.20.10.350.160.60.40.60.4
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A124F354-U1450A-124F-3,20-80602.2Fine sand (sand lobe)5600187Lenard et al., accepted30.1132.8162.92.4102.391.38E192.84E171.31E191.64E18162.98E-148.24E-152.46E-148.40E-152.10E37.17E20.343.63E41.28E40.80.30.7557460.0000140.511811340.00001549-16.10.30.780.100.80.80.80.8
354-U1450AMiddle Bengal Fan, Expedition 354, site U1450A130F354-U1450A-130F-3,0-51630.8Fine sand (sand lobe)5910122Lenard et al., accepted0.7548030.0000200.511796340.00002017-16.40.40.770.10
354-U1451A Middle Bengal Fan, Expedition 354, site U1451A9H354-U1451A-9H-2,120-14555.1Fine sand (sand lobe)3203Reilly, 2018; Weber and Reilly, 201866.666.61.0102.441.38E192.84E171.25E191.56E18321.33E-132.54E-141.28E-132.55E-142.65E45.32E30.203.12E46.16E30.90.20.7330960.0000080.511898070.00002534-14.40.50.140.201.00.21.00.2
354-U1451AMiddle Bengal Fan, Expedition 354, site U1451A12F354-U1451A-12F-3,90-12169.0Fine sand (sand lobe)6401Reilly, 2018; Weber and Reilly, 201865.165.11.0102.011.38E192.83E171.20E191.51E18371.08E-131.78E-141.03E-131.79E-142.15E43.81E30.183.00E45.40E30.90.20.7485220.0000080.511810960.00001410-16.10.30.640.120.90.20.90.2
354-U1451AMiddle Bengal Fan, Expedition 354, site U1451A22H354-U1451A-22H-5,92-126118.1Fine sand (sand lobe)239025France-Lanord et al., 201660.760.70.9100.901.36E192.80E171.17E191.46E18152.07E-145.36E-151.55E-145.60E-153.49E31.26E30.361.17E44.20E32.30.70.7389640.0000140.511866600.00002273-15.00.40.360.162.91.82.91.8
354-U1451AMiddle Bengal Fan, Expedition 354, site U1451A31F354-U1451A-31F-2,44-116199.8Fine sand (sand lobe)6210100Blum et al., 2018358.4358.45.4100.971.36E192.80E171.49E191.86E18154.21E-141.10E-143.69E-141.11E-141.40E34.24E20.303.32E41.02E40.90.30.7545300.0000080.511814820.00001707-16.10.30.750.110.80.60.80.6
354-U1451AMiddle Bengal Fan, Expedition 354, site U1451A39F354-U1451A-39F-3,81-111239.5Fine sand (sand lobe)6630100Blum et al., 20180.7380040.0000100.511879600.00001376-14.80.30.300.17
354-U1454B Middle Bengal Fan, Expedition 354, site U1454B4H354-U1454B-4H-4,0-6029.2Fine sand (sand lobe)7010Reilly, 2018; Weber and Reilly, 201841.641.60.6101.951.38E192.83E171.06E191.33E182681.07E-137.63E-151.02E-137.80E-153.37E42.73E30.083.49E42.92E30.70.10.7228820.0000100.511966100.00002343-13.10.5-0.330.260.90.10.90.1
354-U1454BMiddle Bengal Fan, Expedition 354, site U1454B6F354-U1454B-6F-3,5-6537.6Fine sand (sand lobe)13010Reilly, 2018; Weber and Reilly, 201841.541.50.6102.351.38E192.84E171.00E191.25E182729.65E-145.99E-159.13E-146.21E-153.04E42.20E30.073.23E42.43E30.80.10.7216720.0000140.511989650.00001289-12.60.3-0.420.251.00.11.00.1
354-U1454BMiddle Bengal Fan, Expedition 354, site U1454B25F354-U1454B-25F-2,54-114126.4Fine sand (sand lobe)3004Reilly, 2018; Weber and Reilly, 201842.042.00.6102.441.38E192.84E171.11E191.39E184099.58E-144.90E-159.06E-145.17E-152.98E41.87E30.063.48E42.22E30.70.10.7271700.0000180.511945820.00001797-13.50.4-0.160.240.90.10.90.1
354-U1454BMiddle Bengal Fan, Expedition 354, site U1454B32F354-U1454B-32F-2,80-130159.4Fine sand (sand lobe)1800250France-Lanord et al., 201652.652.60.8101.731.37E192.82E171.14E191.43E18425.05E-147.82E-154.53E-147.99E-151.18E42.10E30.182.98E46.47E30.90.20.300.341.00.31.00.3
Meghna_Chor_Fasson Lower Meghna, Chor FassonBGP 34Fine sand (bedload)000.7399110.0000100.511860830.00000700-15.20.1
Meghna_Bhola Lower Meghna, BholaBR2192002-07-18T00:00Fine sand (bedload)0030.030.00.5102.021.38E192.83E171.36E191.70E182587.75E-145.49E-157.22E-145.73E-153.30E42.80E30.080.80.10.7199280.0000100.511928740.00000300-13.80.1-0.310.260.90.10.90.1
Meghna_BholaLower Meghna, BholaBR4462004-07-18T00:00Fine sand (bedload)0046.146.10.7102.731.39E192.85E171.14E191.42E181331.70E-131.49E-141.65E-131.50E-144.94E44.65E30.090.50.10.7241260.51193600-13.71.0-0.220.250.60.10.60.1
Meghna_Daulatkhan Lower Meghna, DaulatkhanBR82302008-09-03T00:00Fine sand (bedload)0033.833.80.5102.251.38E192.83E171.04E191.30E18629.74E-141.49E-149.21E-141.50E-143.76E46.25E30.170.70.10.7230060.0000120.511931170.00000300-13.80.1-0.070.240.80.20.80.2
Meghna-Padma_Mawa Lower Meghna-Padma, MawaBR5292005-07-24T00:00Fine sand (bedload)0045.745.70.7100.531.36E192.79E171.19E191.48E181151.02E-139.59E-159.67E-149.73E-152.86E42.98E30.100.90.10.380.321.00.11.00.1
Meghna-Padma_MawaLower-Meghna-Padma, MawaBR7242007-08-19T00:00Fine sand (bedload)0048.348.30.798.461.33E192.73E171.27E191.59E182511.63E-131.21E-141.58E-131.22E-144.32E43.52E30.080.60.00.250.350.70.10.70.1