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Schönke, Mischa; Wiesenberg, Lars; Schulze, Inken; Wilken, Dennis; Darr, Alexander; Papenmeier, Svenja; Feldens, Peter (2019): Impact of sparse benthic life on seafloor roughness and high-frequency acoustic scatter [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.907370, Supplement to: Schönke, M et al. (2019): Impact of Sparse Benthic Life on Seafloor Roughness and High-Frequency Acoustic Scatter. Geoscience, 9(10), 454, https://doi.org/10.3390/geosciences9100454

Always quote citation above when using data! You can download the citation in several formats below.

Published: 2019-10-09 • DOI registered: 2019-10-28

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Abstract:
- recoded 200kHz backscatter multibeam data (HSX-file format) by a NORBIT iWBMSe multibeam echo sounder system (17 GB, 13 files)
- recoded single beam acoustic data (SEGY) by the lander system (BENTHOWAVE INSTRUMENT INC) (50 MB, 17 files)
- recoded point cloud optic data (.xyz-ASCII file) by the lander ULS 200 laser system (Robotics Inc.) (1 GB, 170 files)
- Matlab script to preprocess optic data (.xyz-ASCII file) (10MB, 9 files)
- Matlab script to preprocess acoustic data (SEGY) (11MB, 11 files)
Keyword(s):
Backscatter; lander experiment; marine habitat mapping; surface roughness
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
1 File nameFile nameSchönke, Mischa
2 File formatFile formatSchönke, Mischa
3 File sizeFile sizekByteSchönke, Mischa
4 Uniform resource locator/link to fileURL fileSchönke, Mischa
License:
Creative Commons Attribution 4.0 International (CC-BY-4.0)
Size:
868 data points

Data

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

1 
File name		2 
File format		3 
File size [kByte]		4 
URL file
2017_05_11_10_28_30_951_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_10_28_30_951_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_11_10_28_32_451_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_10_28_32_451_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_11_10_28_33_857_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_10_28_33_857_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_11_10_28_35_232_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_10_28_35_232_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_11_10_28_36_701_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_10_28_36_701_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_11_10_28_38_076_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_11_10_28_38_076_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_11_10_28_39_576_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_11_10_28_39_576_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_11_10_28_41_076_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_11_10_28_41_076_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_11_10_28_42_576_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_11_10_28_42_576_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_11_10_28_44_076_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_11_10_28_44_076_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_11_15_15_08_205_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_15_15_08_205_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_11_15_15_09_642_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_15_15_09_642_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_11_15_15_11_017_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_15_15_11_017_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_11_15_15_12_376_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_15_15_12_376_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_11_15_15_13_751_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_15_15_13_751_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_11_15_15_15_126_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_11_15_15_15_126_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_11_15_15_16_626_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_11_15_15_16_626_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_11_15_15_18_126_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_11_15_15_18_126_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_11_15_15_19_626_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_11_15_15_19_626_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_11_15_15_21_126_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_11_15_15_21_126_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_11_16_11_27_205_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_16_11_27_205_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_11_16_11_28_642_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_16_11_28_642_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_11_16_11_30_048_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_16_11_30_048_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_11_16_11_31_423_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_16_11_31_423_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_11_16_11_32_798_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_11_16_11_32_798_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_11_16_11_34_173_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_11_16_11_34_173_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_11_16_11_35_673_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_11_16_11_35_673_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_11_16_11_37_173_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_11_16_11_37_173_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_11_16_11_38_673_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_11_16_11_38_673_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_11_16_11_40_173_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_11_16_11_40_173_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_13_12_04_46_683_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_12_04_46_683_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_13_12_04_48_277_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_12_04_48_277_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_13_12_04_49_652_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_12_04_49_652_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_13_12_04_51_058_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_12_04_51_058_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_13_12_04_52_433_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_12_04_52_433_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_13_12_04_53_808_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_13_12_04_53_808_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_13_12_04_55_308_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_13_12_04_55_308_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_13_12_04_56_808_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_13_12_04_56_808_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_13_12_04_58_308_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_13_12_04_58_308_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_13_12_04_59_808_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_13_12_04_59_808_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_13_15_35_29_186_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_15_35_29_186_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_13_15_35_30_717_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_15_35_30_717_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_13_15_35_32_092_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_15_35_32_092_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_13_15_35_33_499_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_15_35_33_499_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_13_15_35_34_874_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_15_35_34_874_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_13_15_35_36_249_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_13_15_35_36_249_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_13_15_35_37_749_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_13_15_35_37_749_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_13_15_35_39_249_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_13_15_35_39_249_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_13_15_35_40_749_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_13_15_35_40_749_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_13_15_35_42_249_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_13_15_35_42_249_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_13_16_27_15_921_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_16_27_15_921_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_13_16_27_17_359_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_16_27_17_359_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_13_16_27_18_734_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_16_27_18_734_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_13_16_27_20_109_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_16_27_20_109_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_13_16_27_21_484_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_13_16_27_21_484_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_13_16_27_22_859_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_13_16_27_22_859_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_13_16_27_24_359_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_13_16_27_24_359_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_13_16_27_25_859_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_13_16_27_25_859_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_13_16_27_27_359_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_13_16_27_27_359_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_13_16_27_28_859_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_13_16_27_28_859_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_14_09_15_22_319_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_15_22_319_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_15_23_803_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_15_23_803_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_15_25_194_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_15_25_194_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_15_26_584_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_15_26_584_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_15_27_975_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_15_27_975_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_15_29_366_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_14_09_15_29_366_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_14_09_15_30_881_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_14_09_15_30_881_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_14_09_15_32_397_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_14_09_15_32_397_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_14_09_15_33_913_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_14_09_15_33_913_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_14_09_15_35_428_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_14_09_15_35_428_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_14_09_52_49_194_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_52_49_194_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_52_50_616_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_52_50_616_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_52_52_100_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_52_52_100_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_52_53_491_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_52_53_491_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_52_54_881_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_09_52_54_881_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_14_09_52_56_272_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_14_09_52_56_272_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_14_09_52_57_788_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_14_09_52_57_788_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_14_09_52_59_303_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_14_09_52_59_303_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_14_09_53_00_819_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_14_09_53_00_819_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_14_09_53_02_334_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_14_09_53_02_334_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_14_14_50_13_689_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_14_50_13_689_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_14_14_50_15_111_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_14_50_15_111_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_14_14_50_16_501_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_14_50_16_501_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_14_14_50_17_955_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_14_50_17_955_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_14_14_50_19_345_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_14_50_19_345_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_14_14_50_20_736_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_14_14_50_20_736_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_14_14_50_22_251_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_14_14_50_22_251_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_14_14_50_23_767_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_14_14_50_23_767_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_14_14_50_25_283_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_14_14_50_25_283_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_14_14_50_26_798_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_14_14_50_26_798_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_14_15_37_07_439_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_15_37_07_439_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_14_15_37_08_892_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_15_37_08_892_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_14_15_37_10_283_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_15_37_10_283_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_14_15_37_11_736_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_15_37_11_736_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_14_15_37_13_126_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_15_37_13_126_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_14_15_37_14_517_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_14_15_37_14_517_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_14_15_37_16_033_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_14_15_37_16_033_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_14_15_37_17_548_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_14_15_37_17_548_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_14_15_37_19_064_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_14_15_37_19_064_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_14_15_37_20_580_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_14_15_37_20_580_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_14_16_17_22_814_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_17_22_814_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_17_24_267_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_17_24_267_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_17_25_658_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_17_25_658_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_17_27_048_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_17_27_048_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_17_28_439_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_17_28_439_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_17_29_830_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_14_16_17_29_830_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_14_16_17_31_345_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_14_16_17_31_345_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_14_16_17_32_861_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_14_16_17_32_861_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_14_16_17_34_376_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_14_16_17_34_376_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_14_16_17_35_892_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_14_16_17_35_892_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_14_16_57_23_611_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_57_23_611_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_57_25_001_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_57_25_001_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_57_26_423_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_57_26_423_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_57_27_814_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_57_27_814_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_57_29_205_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_14_16_57_29_205_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_14_16_57_30_658_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_14_16_57_30_658_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_14_16_57_32_173_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_14_16_57_32_173_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_14_16_57_33_689_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_14_16_57_33_689_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_14_16_57_35_205_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_14_16_57_35_205_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_14_16_57_36_720_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_14_16_57_36_720_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_15_08_31_52_674_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_08_31_52_674_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_15_08_31_54_221_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_08_31_54_221_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_15_08_31_55_643_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_08_31_55_643_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_15_08_31_57_034_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_08_31_57_034_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_15_08_31_58_424_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_08_31_58_424_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_15_08_31_59_846_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_15_08_31_59_846_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_15_08_32_01_362_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_15_08_32_01_362_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_15_08_32_02_877_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_15_08_32_02_877_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_15_08_32_04_393_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_15_08_32_04_393_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_15_08_32_05_909_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_15_08_32_05_909_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_15_09_06_59_596_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_09_06_59_596_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_15_09_07_01_018_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_09_07_01_018_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_15_09_07_02_440_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_09_07_02_440_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_15_09_07_03_831_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_09_07_03_831_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_15_09_07_05_252_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_09_07_05_252_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_15_09_07_06_674_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_15_09_07_06_674_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_15_09_07_08_190_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_15_09_07_08_190_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_15_09_07_09_706_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_15_09_07_09_706_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_15_09_07_11_221_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_15_09_07_11_221_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_15_09_07_12_737_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_15_09_07_12_737_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_15_12_18_33_300_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_12_18_33_300_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_15_12_18_34_753_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_12_18_34_753_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_15_12_18_36_144_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_12_18_36_144_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_15_12_18_37_566_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_12_18_37_566_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_15_12_18_38_957_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_12_18_38_957_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_15_12_18_40_347_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_15_12_18_40_347_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_15_12_18_41_863_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_15_12_18_41_863_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_15_12_18_43_378_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_15_12_18_43_378_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_15_12_18_44_894_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_15_12_18_44_894_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_15_12_18_46_410_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_15_12_18_46_410_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_15_15_01_55_934_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_01_55_934_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_01_57_481_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_01_57_481_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_01_58_872_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_01_58_872_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_02_00_356_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_02_00_356_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_02_01_809_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_02_01_809_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_02_03_200_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_15_15_02_03_200_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_15_15_02_04_715_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_15_15_02_04_715_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_15_15_02_06_231_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_15_15_02_06_231_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_15_15_02_07_778_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_15_15_02_07_778_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_15_15_02_09_309_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_15_15_02_09_309_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
2017_05_15_15_38_21_309_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_38_21_309_Source_SID_611_Ch_1_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_38_22_731_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_38_22_731_Source_SID_612_Ch_2_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_38_24_153_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_38_24_153_Source_SID_613_Ch_3_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_38_25_543_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_38_25_543_Source_SID_614_Ch_4_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_38_26_934_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGYSGY522017_05_15_15_38_26_934_Source_SID_615_Ch_5_Freq_80_to_311kHz_102µs.SGY
2017_05_15_15_38_28_325_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGYSGY3202017_05_15_15_38_28_325_RUN_1_SID_611_Ch_1_Chirp1_80_to_311kHz_102µs.SGY
2017_05_15_15_38_29_840_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGYSGY3202017_05_15_15_38_29_840_RUN_1_SID_612_Ch_2_Chirp2_80_to_311kHz_102µs.SGY
2017_05_15_15_38_31_356_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGYSGY3202017_05_15_15_38_31_356_RUN_1_SID_613_Ch_3_Chirp3_80_to_311kHz_102µs.SGY
2017_05_15_15_38_32_872_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGYSGY3982017_05_15_15_38_32_872_RUN_1_SID_614_Ch_4_Chirp4_80_to_311kHz_102µs.SGY
2017_05_15_15_38_34_387_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGYSGY4762017_05_15_15_38_34_387_RUN_1_SID_615_Ch_5_Chirp5_80_to_311kHz_102µs.SGY
HE486_10_32017-5-11-10-36-8.xyzxyz63857HE486_10_32017-5-11-10-36-8.xyz
HE486_13_32017-5-11-16-19-5.xyzxyz63005HE486_13_32017-5-11-16-19-5.xyz
HE486_14_32017-5-11-15-22-48.xyzxyz63976HE486_14_32017-5-11-15-22-48.xyz
HE486_22_2017-5-13-12-12-27.xyzxyz79853HE486_22_2017-5-13-12-12-27.xyz
HE486_32_2017-5-13-15-43-10.xyzxyz79893HE486_32_2017-5-13-15-43-10.xyz
HE486_33_2017-5-13-16-34-59.xyzxyz79822HE486_33_2017-5-13-16-34-59.xyz
HE486_36_2017-5-14-9-23-3.xyzxyz63797HE486_36_2017-5-14-9-23-3.xyz
HE486_37_2017-5-14-10-0-30.xyzxyz63700HE486_37_2017-5-14-10-0-30.xyz
HE486_48_2017-5-14-14-57-52.xyzxyz47941HE486_48_2017-5-14-14-57-52.xyz
HE486_49_2017-5-14-15-44-50.xyzxyz47929HE486_49_2017-5-14-15-44-50.xyz
HE486_50_2017-5-14-16-25-5.xyzxyz47940HE486_50_2017-5-14-16-25-5.xyz
HE486_51_2017-5-14-17-5-6.xyzxyz47954HE486_51_2017-5-14-17-5-6.xyz
HE486_54_2017-5-15-8-39-35.xyzxyz63855HE486_54_2017-5-15-8-39-35.xyz
HE486_55_2017-5-15-9-14-42.xyzxyz63899HE486_55_2017-5-15-9-14-42.xyz
HE486_61_2017-5-15-12-26-15.xyzxyz63428HE486_61_2017-5-15-12-26-15.xyz
HE486_67_2017-5-15-15-9-38.xyzxyz63469HE486_67_2017-5-15-15-9-38.xyz
HE486_68_2017-5-15-15-46-3.xyzxyz63916HE486_68_2017-5-15-15-46-3.xyz
MAIN_Acoustic_v4.mm1MAIN_Acoustic_v4.m
MAIN_OpticDataProcessing_v009.mm0MAIN_OpticDataProcessing_v009.m
PickSignal_v1.mm7PickSignal_v1.m
PreProcXYZ_v04.mm19PreProcXYZ_v04.m
SaveStructure.mm0SaveStructure.m
Segy2IOW.mm4Segy2IOW.m
Segy2Struct.mm27Segy2Struct.m
Volt2dB.mm9Volt2dB.m
Volt2meandB.mm4Volt2meandB.m
VonKarmanFit_v005.mm2VonKarmanFit_v005.m
bFilter.mm1bFilter.m
xyz2Mat_v02.mm4xyz2Mat_v02.m
AcousticCorr_v1.mm4AcousticCorr_v1.m
EFilter_v1.mm2EFilter_v1.m
GetBioPick.mm15GetBioPick.m
GetRadPsd2d_v004.mm5GetRadPsd2d_v004.m
Segy2Struct.asvasv27Segy2Struct.asv
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