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Nautilus NA028: ROV Cruise report - Sample records of corals, mussels and sediments collected around Macondo, Gulf of Mexico - June 21 - July 5, 2013Ecosystem Impacts of Oil and Gas Inputs to the Gulf (ECOGIG)
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Suggested Citation:
Charles Fisher. 2016. Nautilus NA028: ROV Cruise report - Sample records of corals, mussels and sediments collected around Macondo, Gulf of Mexico - June 21 - July 5, 2013. Distributed by: Gulf of Mexico Research Initiative Information and Data Cooperative (GRIIDC), Harte Research Institute, Texas A&M University–Corpus Christi. doi:10.7266/N7D21VJQ
Abstract:
This was a 16 day cruise to support the research of the ECOGIG consortium, funded by the Gulf of Mexico Research Initiative. The research goals of the consortium are to investigate the ecosystem effects of natural oil and gas seepage to the Gulf of Mexico. The goals of the cruise were to visit benthic communities, primarily deep water corals, in the vicinity of the Macondo well, the location of the 2010 Gulf of Mexico oil spill. Specific tasks included detailed repeat imagery of known locations on the seafloor, collections of live corals for experiments carried out on board the ship, acquisition of sediment push cores, marker deployments, and exploration of unknown areas of the sites. Portions of the cruise were conducted alongside the R/V Endeavor and logistics and sampling were closely coordinated between the vessels. Between leaving Gulfport, MS on June 21st and arriving again on July 5th, we were able to make 14 dives with the ROVs Hercules and Argus. The dives ranged from 4 to 20 hours each, and went to depths between 400 and 2600 meters. On the cruise, we surveyed deep-sea coral sites that were impacted by the Deepwater Horizon oil spill, re-imaging corals that we have been monitoring since the spill. We collected live coral from the seafloor, keeping them alive on board and completing a series of oil- and dispersant-exposure experiments during the cruise (R1.x132.136:0005). We also collected a series of samples of the water just above corals and natural gas seeps, and a series of sediment samples from the same environments. We conducted most of the water and sediment sampling in close coordination with the R/V Endeavor, guiding their sampling to target the same locations that we discovered with the ROVs. In addition to these successes, perhaps the greatest impact of the cruise was in the Education and Outreach achieved through the telepresence capability of the ship. All of the dives were broadcast live over the Nautilus Live and Exploration Now web sites. We reached over 8,000 people and had over 22,000 web site hits during our cruise. In addition, the three educators on board reached thousands of other people through live interactive shows with various museums and aquaria including the Mystic Aquarium, the Aquarium of the Pacific in Long Beach CA, the Exploratorium in San Francisco, the Houston Natural History Museum, and the Titanic Museum in Belfast, Ireland.
Purpose:
The goals of the cruise were to visit benthic communities, primarily deep water corals, in the vicinity of the Macondo well, the location of the 2010 Gulf of Mexico oil spill.
Theme Keywords:
Corals, Oil Spill, Deep Sea, DeepWater Horizon
File Format:
jpg, xls, png
Filename:
R1.x132.136-0010-Data.zip (2.74 GB)
Dataset Downloads:
3
Nautilus NA028: ROV Cruise report - Sample records of corals, mussels and sediments collected around Macondo, Gulf of Mexico - June 21 - July 5, 2013
Identification Information
Distribution Information
Metadata Maintenance Information
Metadata:
File identifier:
R1.x132.136-0010-metadata.xml
Language:
eng; USA
Character set:
Character set code:
utf8
Hierarchy level:
Scope code:
dataset
Metadata author:
Responsible party:
Individual name:
Miles Saunders
Organisation name:
Pennsylvania State University / Department of Biology
Position name:
Senior Research Technologist
Contact info:
Contact:
Phone:
Telephone:
Voice:
8148638360
Facsimile:
Address:
Address:
Delivery point:
218 Mueller Lab
City:
University Park
Administrative area:
Pennsylvania
Postal code:
16802
Country:
USA
Electronic mail address:
mgs190@psu.edu
Role:
Role code:
pointOfContact
Date stamp:
2021-05-04T20:04:57+00:00
Metadata standard name:
ISO 19115-2 Geographic Information - Metadata - Part 2: Extensions for Imagery and Gridded Data
Metadata standard version:
ISO 19115-2:2009(E)
Dataset URI:
https://data.gulfresearchinitiative.org/metadata/R1.x132.136:0010
Return To Index
Identification info:
Data identification:
Citation:
Citation:
Title:
Nautilus NA028: ROV Cruise report - Sample records of corals, mussels and sediments collected around
Macondo, Gulf of Mexico - June 21 - July 5, 2013
Alternate title:
Date:
Date:
Date:
2016-11-14
Date type:
Date type code:
publication
Identifier:
Identifier:
Code:
Anchor: xlink: https://dx.doi.org/10.7266/N7D21VJQ title: DOI
doi:10.7266/N7D21VJQ
Abstract:
This was a 16 day cruise to support the research of the ECOGIG consortium, funded by the Gulf of Mexico
Research Initiative. The research goals of the consortium are to investigate the ecosystem effects of
natural oil and gas seepage to the Gulf of Mexico. The goals of the cruise were to visit benthic
communities, primarily deep water corals, in the vicinity of the Macondo well, the location of the 2010 Gulf
of Mexico oil spill. Specific tasks included detailed repeat imagery of known locations on the seafloor,
collections of live corals for experiments carried out on board the ship, acquisition of sediment push
cores, marker deployments, and exploration of unknown areas of the sites. Portions of the cruise were
conducted alongside the R/V Endeavor and logistics and sampling were closely coordinated between the
vessels. Between leaving Gulfport, MS on June 21st and arriving again on July 5th, we were able to make 14
dives with the ROVs Hercules and Argus. The dives ranged from 4 to 20 hours each, and went to depths between
400 and 2600 meters. On the cruise, we surveyed deep-sea coral sites that were impacted by the Deepwater
Horizon oil spill, re-imaging corals that we have been monitoring since the spill. We collected live coral
from the seafloor, keeping them alive on board and completing a series of oil- and dispersant-exposure
experiments during the cruise (R1.x132.136:0005). We also collected a series of samples of the water just
above corals and natural gas seeps, and a series of sediment samples from the same environments. We
conducted most of the water and sediment sampling in close coordination with the R/V Endeavor, guiding their
sampling to target the same locations that we discovered with the ROVs. In addition to these successes,
perhaps the greatest impact of the cruise was in the Education and Outreach achieved through the
telepresence capability of the ship. All of the dives were broadcast live over the Nautilus Live and
Exploration Now web sites. We reached over 8,000 people and had over 22,000 web site hits during our cruise.
In addition, the three educators on board reached thousands of other people through live interactive shows
with various museums and aquaria including the Mystic Aquarium, the Aquarium of the Pacific in Long Beach
CA, the Exploratorium in San Francisco, the Houston Natural History Museum, and the Titanic Museum in
Belfast, Ireland.
Purpose:
The goals of the cruise were to visit benthic communities, primarily deep water corals, in the vicinity of the
Macondo well, the location of the 2010 Gulf of Mexico oil spill.
Status:
Progress code:
completed
Point of contact:
Responsible party:
Individual name:
Charles Fisher
Organisation name:
Pennsylvania State University / Department of Biology
Position name:
Professor
Contact info:
Contact:
Phone:
Telephone:
Voice:
8148653365
Facsimile:
Address:
Address:
Delivery point:
219 Mueller Lab
City:
University Park
Administrative area:
Pennsylvania
Postal code:
16802
Country:
USA
Electronic mail address:
cfisher@psu.edu
Role:
Role code:
principalInvestigator
Descriptive keywords:
Keywords:
Keyword:
Corals
Keyword:
Oil Spill
Keyword:
Deep Sea
Keyword:
DeepWater Horizon
Type:
Keyword type code:
theme
Descriptive keywords:
Keywords:
Keyword:
Gulf of Mexico
Type:
Keyword type code:
place
Resource constraints: title: Cite As
Constraints:
Use limitation:
Charles Fisher. 2016. Nautilus NA028: ROV Cruise report - Sample records of corals, mussels and sediments
collected around Macondo, Gulf of Mexico - June 21 - July 5, 2013. Distributed by: Gulf of Mexico
Research Initiative Information and Data Cooperative (GRIIDC), Harte Research Institute, Texas A&M
University–Corpus Christi. doi:10.7266/N7D21VJQ
Resource constraints: title: CC0 License
Legal constraints:
Use constraints:
Restriction code:
licenceUnrestricted
Other constraints:
This information is released under the Creative Commons license - No Rights Reserved - CC0 1.0 Universal
(https://creativecommons.org/publicdomain/zero/1.0/). The person who associated a work with this deed
has dedicated the work to the public domain by waiving all of his or her rights to the work worldwide
under copyright law, including all related and neighboring rights, to the extent allowed by law. You can
copy, modify, distribute and perform the work, even for commercial purposes, all without asking
permission.
Resource constraints: title: Liability and Warranty
Legal constraints:
Other constraints:
All materials on this website are made available to GRIIDC and in turn to you "as-is." Content may only be
submitted by an individual who represents and warrants that s/he has sufficient rights to be able to
make the content available under a CC0 waiver. There is no warranty (expressed or implied) to these
materials, their title, accuracy, non-infringement of third party rights, or fitness for any particular
purpose, including the performance or results you may obtain from their use. Use these materials at your
own risk. Under no circumstances shall GRIIDC be liable for any direct, incidental, special,
consequential, indirect, or punitive damages that result from the use or the inability to use either
this website or the materials available via this website. If you are dissatisfied with any website
feature, content, or terms of use, your sole and exclusive remedy is to discontinue use.
Aggregation Info:
AggregateInformation:
Aggregate Data Set Name: title: Related Publication Citation
Citation:
Title:
Girard, F., Fu, B., & Fisher, C. (2016). Mutualistic symbiosis with ophiuroids limited the impact of
the Deepwater Horizon oil spill on deep-sea octocorals. Mar. Ecol. Prog. Ser., 549, 89–98.
doi:10.3354/meps11697
Date:
inapplicable
Aggregate Data Set Identifier: title: Related Publication DOI
Identifier:
Code:
Anchor: xlink: https://dx.doi.org/10.3354/meps11697 title: DOI
doi:10.3354/meps11697
Association Type:
Association type code:
crossReference
Aggregation Info:
AggregateInformation:
Aggregate Data Set Name: title: Related Publication Citation
Citation:
Title:
Fisher, C., Montagna, P., & Sutton, T. (2016). How Did the Deepwater Horizon Oil Spill Impact Deep-Sea
Ecosystems? Oceanography, 29(3), 182–195. doi:10.5670/oceanog.2016.82
Date:
inapplicable
Aggregate Data Set Identifier: title: Related Publication DOI
Identifier:
Code:
Anchor: xlink: https://dx.doi.org/10.5670/oceanog.2016.82 title: DOI
doi:10.5670/oceanog.2016.82
Association Type:
Association type code:
crossReference
Aggregation Info:
AggregateInformation:
Aggregate Data Set Name: title: Related Publication Citation
Citation:
Title:
Girard, F., Shea, K., & Fisher, C. R. (2018). Projecting the recovery of a long-lived deep-sea coral
species after the Deepwater Horizon oil spill using state-structured models. Journal of Applied
Ecology. doi:10.1111/1365-2664.13141
Date:
inapplicable
Aggregate Data Set Identifier: title: Related Publication DOI
Identifier:
Code:
Anchor: xlink: https://dx.doi.org/10.1111/1365-2664.13141 title: DOI
doi:10.1111/1365-2664.13141
Association Type:
Association type code:
crossReference
Aggregation Info:
AggregateInformation:
Aggregate Data Set Name: title: Related Publication Citation
Citation:
Title:
Girard, F., & Fisher, C. R. (2018). Long-term impact of the Deepwater Horizon oil spill on deep-sea
corals detected after seven years of monitoring. Biological Conservation, 225, 117–127.
doi:10.1016/j.biocon.2018.06.028
Date:
inapplicable
Aggregate Data Set Identifier: title: Related Publication DOI
Identifier:
Code:
Anchor: xlink: https://dx.doi.org/10.1016/j.biocon.2018.06.028 title: DOI
doi:10.1016/j.biocon.2018.06.028
Association Type:
Association type code:
crossReference
Aggregation Info:
AggregateInformation:
Aggregate Data Set Name: title: Related Publication Citation
Citation:
Title:
Girard, F., Cruz, R., Glickman, O., Harpster, T., & Fisher, C. R. (2019). In situ growth of deep-sea
octocorals after the Deepwater Horizon oil
spill. Elem Sci Anth, 7(1), 12. doi:10.1525/elementa.349
Date:
inapplicable
Aggregate Data Set Identifier: title: Related Publication DOI
Identifier:
Code:
Anchor: xlink: https://dx.doi.org/10.1525/elementa.349 title: DOI
doi:10.1525/elementa.349
Association Type:
Association type code:
crossReference
Language:
eng; USA
Topic category:
Topic category code:
biota
Extent:
Extent:
Geographic element:
Geographic bounding box:
West bound longitude:
-89.704
East bound longitude:
-87.144
South bound latitude:
27.587
North bound latitude:
29.158
Geographic element:
BoundingPolygon:
Polygon:
gml:MultiPoint:
gml:pointMember:
Point:
gml:pos:
27.5870 -89.7040
gml:pointMember:
Point:
gml:pos:
28.310 -87.1440
gml:pointMember:
Point:
gml:pos:
28.8530 -88.4920
gml:pointMember:
Point:
gml:pos:
28.6650 -88.4710
gml:pointMember:
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gml:pos:
28.6820 -88.3450
gml:pointMember:
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gml:pos:
28.6280 -88.9630
gml:pointMember:
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gml:pos:
28.6340 -88.170
gml:pointMember:
Point:
gml:pos:
29.1580 -88.0170
gml:pointMember:
Point:
gml:pos:
29.0690 -88.3770
Temporal element:
Temporal extent:
Extent:
Time period:
Description:
ground condition
Begin date:
2013-06-21
End date:
2013-07-05
Supplemental Information:
Data is images taken of corals in their native environment on the sea floor. FILENAME ; COLONY NAME (child
folder name) ; CORAL SPECIES Location (parent folder name): AT357 IMG_0153.JPG ; M12-10 ; Paramuricea sp. B3
IMG_0160.JPG ; M12-11 ; Paramuricea sp. B3 IMG_0160.JPG ; M12-12 ; Paramuricea sp. B3 IMG_0162.JPG ; M12-13
; Paramuricea sp. B3 IMG_0162.JPG ; M12-14 ; Paramuricea sp. B3 IMG_0162.JPG ; M12-15 ; Paramuricea sp. B3
IMG_0163.JPG ; M12-16 ; Paramuricea sp. B3 IMG_0142.JPG ; M12-2 ; Paramuricea sp. B3 IMG_0139.JPG ; M12-3 ;
Paramuricea sp. B3 IMG_0139.JPG ; M12-4 ; Paramuricea sp. B3 IMG_0145.JPG ; M12-5 ; Paramuricea sp. B3
IMG_0145.JPG ; M12-6 ; Paramuricea sp. B3 IMG_0145.JPG ; M12-7 ; Paramuricea sp. B3 IMG_0145.JPG ; M12-8 ;
Paramuricea sp. B3 IMG_0153.JPG ; M12-9 ; Paramuricea sp. B3 IMG_0075.JPG ; M13-1 ; Madrepora sp.
IMG_0096.JPG ; M13-10 ; Paramuricea sp. IMG_0096.JPG ; M13-11 ; Paramuricea sp. IMG_0115.JPG ; M13-12 ;
Paramuricea sp. IMG_0119.JPG ; M13-13 ; Paramuricea sp. IMG_0121.JPG ; M13-14 ; Paramuricea sp. IMG_0124.JPG
; M13-15 ; Paramuricea sp. IMG_0128.JPG ; M13-16 ; Paramuricea sp. IMG_0128.JPG ; M13-17 ; Paramuricea sp.
IMG_0128.JPG ; M13-18 ; Paramuricea sp. IMG_0115.JPG ; M13-19 ; Madrepora sp. IMG_0079.JPG ; M13-2 ;
Madrepora sp. IMG_0119.JPG ; M13-20 ; Paramuricea sp. IMG_0084.JPG ; M13-3 ; Madrepora sp. IMG_0086.JPG ;
M13-3 ; Madrepora sp. IMG_0093.JPG ; M13-4 ; Paramuricea sp. B3 IMG_0078.JPG ; M13-9 ; Madrepora sp.
IMG_0075.JPG ; M15-1 ; Paramuricea sp. B3 IMG_0095.JPG ; M15-10 ; Paramuricea sp. B3 IMG_0075.JPG ; M15-11 ;
Paramuricea sp. B3 IMG_0075.JPG ; M15-12 ; Paramuricea sp. B3 IMG_0075.JPG ; M15-13 ; Paramuricea sp. B3
IMG_0075.JPG ; M15-14 ; Paramuricea sp. B3 IMG_0076.JPG ; M15-15 ; Paramuricea sp. B3 IMG_0094.JPG ; M15-19
; Paramuricea sp. B3 IMG_0076.JPG ; M15-2 ; Paramuricea sp. B3 IMG_0086.JPG ; M15-4 ; Paramuricea sp. B3
IMG_0094.JPG ; M15-8 ; Paramuricea sp. B3 IMG_0095.JPG ; M15-9 ; Paramuricea sp. B3 IMG_0104.JPG ; M16-1 ;
Paramuricea sp. B3 IMG_0106.JPG ; M16-1 ; Paramuricea sp. B3 IMG_0104.JPG ; M16-10 ; Paramuricea sp. B3
IMG_0106.JPG ; M16-10 ; Paramuricea sp. B3 IMG_0099.JPG ; M16-11 ; Paramuricea sp. B3 IMG_0099.JPG ; M16-12
; Paramuricea sp. B3 IMG_0099.JPG ; M16-13 ; Paramuricea sp. B3 IMG_0099.JPG ; M16-14 ; Paramuricea sp. B3
IMG_0099.JPG ; M16-3 ; Paramuricea sp. B4 IMG_0100.JPG ; M16-4 ; Zoanthids covering Paramuricea sp.
IMG_0100.JPG ; M16-5 ; Zoanthids covering Paramuricea sp. IMG_0099.JPG ; M16-6 ; Paramuricea sp. B3
IMG_0104.JPG ; M16-7 ; Paramuricea sp. B3 IMG_0106.JPG ; M16-7 ; Paramuricea sp. B3 IMG_0104.JPG ; M16-8 ;
Paramuricea sp. B3 IMG_0106.JPG ; M16-8 ; Paramuricea sp. B3 IMG_0104.JPG ; M16-9 ; Paramuricea sp. B3
IMG_0106.JPG ; M16-9 ; Paramuricea sp. B3 IMG_0005.JPG ; M17-1 ; Madrepora sp. IMG_0012.JPG ; M17-2 ;
Madrepora sp. IMG_0012.JPG ; M17-3 ; Paramuricea sp. B3 IMG_0012.JPG ; M17-4 ; Paramuricea sp. B3
IMG_0014.JPG ; M17-5 ; Madrepora sp. IMG_0008.JPG ; M17-6 ; Paramuricea sp. B3 IMG_0032.JPG ; M17-7 ;
Paramuricea sp. B3 IMG_0022.JPG ; M17-8 ; Paramuricea sp. B3 IMG_0024.JPG ; M17-9 ; Paramuricea sp. B3
IMG_0001.JPG ; M19-1 ; Paramuricea sp. B3 IMG_0011.JPG ; M19-10 ; Paramuricea sp. B3 IMG_0023.JPG ; M19-11 ;
Paramuricea sp. B3 IMG_0024.JPG ; M19-12 ; Paramuricea sp. B3 IMG_0007.JPG ; M19-2 ; Paramuricea sp. B3
IMG_0005.JPG ; M19-3 ; Paramuricea sp. B3 IMG_0005.JPG ; M19-4 ; Paramuricea sp. B3 IMG_0012.JPG ; M19-5 ;
Paramuricea sp. B3 IMG_0015.JPG ; M19-6 ; Paramuricea sp. B3 IMG_0018.JPG ; M19-7 ; Paramuricea sp. B3
IMG_0010.JPG ; M19-8 ; Paramuricea sp. B3 IMG_0018.JPG ; M19-9 ; Paramuricea sp. IMG_0027.JPG ; M20-1 ;
Paramuricea sp. B3 IMG_0028.JPG ; M20-1 ; Paramuricea sp. B3 IMG_0029.JPG ; M20-1 ; Paramuricea sp. B3
IMG_0071.JPG ; M20-10 ; Paramuricea sp. B3 IMG_0030.JPG ; M20-12 ; Paramuricea sp. IMG_0036.JPG ; M20-13 ;
Paramuricea sp. B3 IMG_0036.JPG ; M20-14 ; Paramuricea sp. B3 IMG_0036.JPG ; M20-15 ; Paramuricea sp. B3
IMG_0038.JPG ; M20-16 ; Paramuricea sp. B3 IMG_0059.JPG ; M20-17 ; Paramuricea sp. B3 IMG_0059.JPG ; M20-18
; Paramuricea sp. B3 IMG_0059.JPG ; M20-19 ; Paramuricea sp. IMG_0036.JPG ; M20-2 ; Paramuricea sp. B3
IMG_0038.JPG ; M20-3 ; Paramuricea sp. B3 IMG_0049.JPG ; M20-4 ; Paramuricea sp. B3 IMG_0059.JPG ; M20-5 ;
Paramuricea sp. B3 IMG_0063.JPG ; M20-6 ; Paramuricea sp. B3 IMG_0065.JPG ; M20-7 ; Paramuricea sp. B3
IMG_0065.JPG ; M20-8 ; Paramuricea sp. B3 IMG_0067.JPG ; M20-9 ; Paramuricea sp. B3 IMG_0044.JPG ; T3-1 ;
Paramuricea sp. IMG_0072.JPG ; T3-10 ; Paramuricea sp. IMG_0069.JPG ; T3-11 ; Paramuricea sp. IMG_0047.JPG ;
T3-12 ; Paramuricea sp. IMG_0064.JPG ; T3-13 ; Paramuricea sp. IMG_0047.JPG ; T3-2 ; Paramuricea sp.
IMG_0051.JPG ; T3-3 ; Paramuricea sp. IMG_0064.JPG ; T3-4 ; Paramuricea sp. IMG_0061.JPG ; T3-5 ;
Paramuricea sp. IMG_0062.JPG ; T3-6 ; Paramuricea sp. IMG_0064.JPG ; T3-7 ; Paramuricea sp. IMG_0067.JPG ;
T3-8 ; Paramuricea sp. IMG_0067.JPG ; T3-9 ; Paramuricea sp. Location: DC673 IMG_0002.JPG ; M40-1 ;
Paramuricea biscaya IMG_0001.JPG ; M40-2 ; Bathypathes sp. IMG_0004.JPG ; M40-3 ; Stichopathes sp.
IMG_0003.JPG ; M40-4 ; Paramuricea biscaya IMG_0005.JPG ; M40-5 ; Paramuricea biscaya IMG_0006.JPG ; M40-6 ;
Unknown IMG_0008.JPG ; M40-7 ; Unknown IMG_0014.JPG ; M40-8 ; Unknown IMG_0053.JPG ; M41-1 ; Iridigorgia
IMG_0062.JPG ; M41-10 ; Madrepora cf. prolifera IMG_0062.JPG ; M41-11 ; Paramuricea biscaya IMG_0063.JPG ;
M41-12 ; Unknown IMG_0064.JPG ; M41-13 ; Keratoisidinae IMG_0068.JPG ; M41-14 ; Keratoisidinae IMG_0068.JPG
; M41-15 ; Unknown IMG_0068.JPG ; M41-16 ; Unknown 7IMG_0071.JPG ; M41-17 ; Unknown 7IMG_0072.JPG ; M41-18 ;
Keratoisidinae 7IMG_0002.JPG ; M41-19 ; Unknown 7IMG_0070.JPG ; M41-19 ; Unknown IMG_0055.JPG ; M41-2 ;
Keratoisidinae 7IMG_0003.JPG ; M41-20 ; Unknown 7IMG_0070.JPG ; M41-20 ; Unknown 7IMG_0002.JPG ; M41-21 ;
Unknown 7IMG_0003.JPG ; M41-22 ; Unknown 7IMG_0003.JPG ; M41-23 ; Unknown 7IMG_0003.JPG ; M41-24 ; Unknown
7IMG_0004.JPG ; M41-25 ; Unknown 7IMG_0009.JPG ; M41-26 ; Unknown 7IMG_0011.JPG ; M41-27 ; Unknown
7IMG_0011.JPG ; M41-28 ; Unknown 7IMG_0012.JPG ; M41-29 ; Unknown IMG_0059.JPG ; M41-3 ; Paramuricea biscaya
7IMG_0013.JPG ; M41-30 ; Unknown 7IMG_0016.JPG ; M41-31 ; Keratoisidinae 7IMG_0017.JPG ; M41-32 ;
Paramuricea sp. 7IMG_0018.JPG ; M41-33 ; Keratoisidinae 7IMG_0021.JPG ; M41-34 ; Keratoisidinae
7IMG_0022.JPG ; M41-35 ; Anthomastus 7IMG_0024.JPG ; M41-36 ; Keratoisidinae 7IMG_0002.JPG ; M41-37 ;
Keratoisidinae 7IMG_0024.JPG ; M41-38 ; Paramuricea sp. 7IMG_0026.JPG ; M41-39 ; Paramuricea sp.
IMG_0059.JPG ; M41-4 ; Keratoisidinae 7IMG_0027.JPG ; M41-40 ; Keratoisidinae 7IMG_0027.JPG ; M41-41 ;
Unknown 7IMG_0029.JPG ; M41-42 ; Keratoisidinae 7IMG_0029.JPG ; M41-43 ; Paramuricea sp. 7IMG_0030.JPG ;
M41-44 ; Unknown 7IMG_0033.JPG ; M41-45 ; Iridigorgia IMG_0059.JPG ; M41-5 ; Keratoisidinae IMG_0061.JPG ;
M41-6 ; Unknown IMG_0061.JPG ; M41-7 ; Paramuricea biscaya IMG_0061.JPG ; M41-8 ; Paramuricea biscaya
IMG_0062.JPG ; M41-9 ; Madrepora cf. prolifera Location: MC118 IMG_0051.JPG ; M22-1 ; Paramuricea sp. B3
IMG_0067.JPG ; M22-10 ; Paramuricea sp. B3 IMG_0067.JPG ; M22-11 ; Paramuricea sp. B3 IMG_0056.JPG ; M22-2 ;
Paramuricea sp. B3 IMG_0057.JPG ; M22-3 ; Paramuricea sp. B3 IMG_0059.JPG ; M22-4 ; Paramuricea sp. B3
IMG_0061.JPG ; M22-5 ; Paramuricea sp. B3 IMG_0061.JPG ; M22-6 ; Paramuricea sp. B3 IMG_0067.JPG ; M22-7 ;
Paramuricea sp. B3 IMG_0068.JPG ; M22-8 ; Paramuricea sp. B3 IMG_0066.JPG ; M22-9 ; Paramuricea sp. B3
IMG_0076.JPG ; M26-1 ; Paramuricea sp. B3 IMG_0077.JPG ; M26-2 ; Paramuricea sp. B3 IMG_0049.JPG ; M28-1 ;
Paramuricea sp.* IMG_0049.JPG ; M28-2 ; Paramuricea sp.* IMG_0047.JPG ; M29-1 ; Paramuricea sp. B3
IMG_0044.JPG ; T1-1 ; Madrepora cf. prolifera* IMG_0044.JPG ; T1-2 ; Madrepora cf. prolifera* IMG_0044.JPG ;
T1-3 ; Madrepora cf. prolifera* IMG_0042.JPG ; T1-4 ; Madrepora cf. prolifera* IMG_0042.JPG ; T1-5 ;
Madrepora cf. prolifera* IMG_0044.JPG ; T1-6 ; Madrepora cf. prolifera* IMG_0009.JPG ; X-1 ; Madrepora cf.
prolifera* IMG_0011.JPG ; X-2 ; Madrepora cf. prolifera* IMG_0013.JPG ; X-3 ; Madrepora cf. prolifera*
IMG_0017.JPG ; X-4 ; Madrepora cf. prolifera* IMG_0022.JPG ; X-5 ; Madrepora cf. prolifera* IMG_0023.JPG ;
X-6 ; Madrepora cf. prolifera* IMG_0033.JPG ; X-7 ; Madrepora cf. prolifera* Location: MC294 IMG_0026.JPG ;
A10 ; Paramuricea biscaya IMG_0021.JPG ; A13 ; Paramuricea skeleton? IMG_0026.JPG ; A14 ; Paramuricea
biscaya IMG_0014.JPG ; A15 ; Paramuricea biscaya IMG_0018.JPG ; A17 ; Paramuricea biscaya IMG_0014.JPG ; A2
; Paramuricea biscaya IMG_0122.JPG ; A3 ; Paramuricea biscaya IMG_0010.JPG ; A4 ; Paramuricea biscaya
IMG_0021.JPG ; A5 ; Paramuricea skeleton? IMG_0018.JPG ; A6 ; Paramuricea biscaya IMG_0117.JPG ; A8 ;
Paramuricea biscaya IMG_0008.JPG ; A9 ; Paramuricea biscaya IMG_0009.JPG ; A9 ; Paragorgia regalis
IMG_0113.JPG ; B1 ; Paramuricea biscaya IMG_0051.JPG ; B10 ; Paramuricea biscaya IMG_0062.JPG ; B12 ;
Paramuricea biscaya IMG_0109.JPG ; B2 ; Paramuricea biscaya IMG_0054.JPG ; B4 ; Paramuricea biscaya
IMG_0044.JPG ; B7 ; Paramuricea biscaya IMG_0045.JPG ; B7 ; Paramuricea biscaya IMG_0047.JPG ; B7 ;
Paramuricea biscaya IMG_0050.JPG ; B7 ; Paramuricea biscaya IMG_0069.JPG ; B8 ; Paramuricea biscaya
IMG_0067.JPG ; B9 ; Paramuricea biscaya IMG_0108.JPG ; C1 ; Paramuricea biscaya IMG_0041.JPG ; C2 ;
Paramuricea biscaya B2 IMG_0042.JPG ; C3 ; Paramuricea biscaya IMG_0041.JPG ; C4 ; Paramuricea biscaya
IMG_0108.JPG ; C5 ; Paramuricea biscaya IMG_0040.JPG ; C6 ; Clavularia rudis IMG_0107.JPG ; C7 ; Paramuricea
biscaya IMG_0103.JPG ; C8 ; Paramuricea biscaya IMG_0009.JPG ; D1 ; Paramuricea biscaya IMG_0019.JPG ; D2 ;
Paramuricea biscaya IMG_0017.JPG ; D3 ; Paramuricea biscaya IMG_0018.JPG ; D3 ; Paramuricea biscaya
IMG_0033.JPG ; D5 ; Paramuricea biscaya IMG_0015.JPG ; D7 ; Paramuricea biscaya IMG_0015.JPG ; D8
⋮
a biscaya IMG_0061.JPG ; MM2-4 ; Paramuricea biscaya IMG_0058.JPG ; MM2-5 ; Paramuricea biscaya|||||
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Distribution info:
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Distributor:
Distributor contact:
Responsible party:
Organisation name:
Gulf of Mexico Research Initiative Information and Data Cooperative (GRIIDC)
Contact info:
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Telephone:
Voice:
3618253604
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Delivery point:
6300 Ocean Drive
City:
Corpus Christi
Administrative area:
TX
Postal code:
78412
Country:
USA
Electronic mail address:
griidc@gomri.org
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Online Resource:
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https://data.gulfresearchinitiative.org
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jpg, xls, png
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inapplicable
File decompression technique:
zip
Distributor transfer options:
Digital transfer options:
Transfer size:
2741.8154
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Linkage:
URL:
https://data.gulfresearchinitiative.org/data/R1.x132.136:0010
Protocol:
https
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Data Landing Page
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GRIIDC dataset landing page
Function:
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information
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Metadata maintenance:
Maintenance information:
Maintenance and update frequency:
unknown
Maintenance note:
This ISO metadata record was automatically generated from information provided to GRIIDC for dataset:
R1.x132.136:0010 on 2021-07-28T18:19:50-05:00
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