Data from: The oceanic biological pump: rapid carbon transfer to depth at continental margins during winter

Thomsen L, Aguzzi J, Costa C, De Leo F, Ogston A, Purser A

Date Published: September 7, 2017

DOI: https://doi.org/10.5061/dryad.59t11

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Title Supplementary video 1_data 1 time lapse_POD1_canyon axis
Downloaded 12 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 1: (Nov 19-29, 2010 - Canyon Axis). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 1_data 1 time lapse_P...is.mp4 (9.142 Mb)
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Title Supplementary video 2_data 1 time lapse_POD3_canyon wall
Downloaded 11 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 1: (Nov 15-27, 2010 - Canyon Wall). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 2_data 1 time lapse_P...ll.mp4 (9.136 Mb)
Download README.zip (1.482 Kb)
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Title Supplementary video 3_data 2 time lapse_POD1_canyon axis
Downloaded 11 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 2: (Feb 07-18, 2011 - Canyon Axis). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 3_data 2 time lapse_P...is.mp4 (15.03 Mb)
Download README.zip (1.482 Kb)
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Title Supplementary video 4_data 2 time lapse_POD3_canyon wall
Downloaded 11 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 2: (Feb 07-19, 2011 - Canyon Wall). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 4_data 2 time lapse_P...ll.mp4 (16.87 Mb)
Download README.zip (1.482 Kb)
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Title Supplementary video 5_data 3 time lapse_POD1_canyon axis
Downloaded 11 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 3: (April 11-23, 2011 - Canyon Axis). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 5_data 3 time lapse_P...is.mp4 (18.36 Mb)
Download README.zip (1.482 Kb)
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Title Supplementary video 6_data 3 time lpase_POD3_canyon wall
Downloaded 12 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 3: (April 11-22, 2011 - Canyon Wall). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 6_data 3 time lpase_P...ll.mp4 (15.88 Mb)
Download README.zip (1.482 Kb)
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Title Supplementary video 7_data 4 time lapse_POD1_canyon axis
Downloaded 12 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 4: (May 02-14, 2011 - Canyon Axis). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 7_data 4 time lapse_P...is.mp4 (18.77 Mb)
Download README.zip (1.482 Kb)
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Title Supplementary video 8_data 4 time lapse_POD3_canyon wall
Downloaded 12 times
Description Time-lapse video assembled with data from the 675 kHz Kongsberg imaging rotary sonars. Dataset 4: (May 02-13, 2011 - Canyon Wall). Please refer to the ‘Readme’ file, or to the ‘Supplementary Materials’ file available through Nature Scientific Reports, for complete description of the sampling protocol.
Download Supplementary video 8_data 4 time lapse_P...ll.mp4 (16.35 Mb)
Download README.zip (1.482 Kb)
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Title Biopump-DataAll
Downloaded 9 times
Description Dataset from a monitoring strategy combining satellite (MODIS), surface ocean weather-buoy (http://www.ec.gc.ca), and multi-sensor time-series data (including video, photographic and acoustic seafloor imaging) of benthic boundary layer processes using Ocean Networks Canada (ONC) seafloor cabled observatory. ONC’s network consists of five subsea observatory nodes linked by 800 kilometers of powered electro-optic cables, looping across the northern Juan de Fuca tectonic plate. Daily data&fluxes: averaged data from 1 Hz measurements of an internet operated vehicle (IOV) at 870 m water depth in Barkley Canyon, from the NASA MODIS satellite and from a weather buoy near the study site. Weekly data: calculated weekly averages of our analyses with SeaDAS in comparison with the MODIS, 8-day composites provided by NASA for the same period. Hourly data: averaged data from 1 Hz measurements of an internet operated vehicle (IOV) at 870 m water depth in Barkley Canyon, from the NASA MODIS satellite and from a weather buoy near the study site. Fluxes: averaged half hourly data of flow velocity and calculated along- and across canyon fluxes of chlorophyll at 870 m in Barkley Canyon. SeaDAS: estimations of POC from MODIS satellite-based observations derived via SeaDAS from monthly correlations (December, April) of chlorophyll/POC in surface waters. Benthos: relative abundances (%) of benthic fauna at the study site and environmental conditions at that time, using sensor data from the IOV.
Download Biopump-DataAll.xlsx (1.764 Mb)
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When using this data, please cite the original publication:

Thomsen L, Aguzzi J, Costa C, De Leo F, Ogston A, Purser A (2017) The Oceanic Biological Pump: Rapid carbon transfer to depth at Continental Margins during Winter. Scientific Reports 7(1): 10763. https://doi.org/10.1038/s41598-017-11075-6

Additionally, please cite the Dryad data package:

Thomsen L, Aguzzi J, Costa C, De Leo F, Ogston A, Purser A (2017) Data from: The oceanic biological pump: rapid carbon transfer to depth at continental margins during winter. Dryad Digital Repository. https://doi.org/10.5061/dryad.59t11
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