Woods Hole Oceanographic Institution
Cruise Planning Synopsis
AT33-03 | |
Ship | |
R/V Atlantis | |
Vehicles | |
AUV Sentry, HOV Alvin | |
- added HOV Alvin on Dec 18, 2015 9:11 AM by Eric Benway | |
- added AUV Sentry on Dec 18, 2015 9:11 AM by Eric Benway | |
Cruise Party | |
Joshua Curtice: Principal Investigator Organization Name USA +1 508 289 2618 jcurtice@whoi.edu Mark Kurz: Chief Scientist, Principal Investigator Woods Hole Oceanographic Institution Clark 421B, MS#25 Woods Hole, Ma. USA 02543 +1 508 289 2888 mkurz@whoi.edu Eric Mittelstaedt: Principal Investigator, Chief Scientist University of Idaho 875 Perimeter Dr. MS 3022 Moscow, Idaho USA 83844 +1 208 885 2045 emittelstaedt@uidaho.edu Adam Soule: Principal Investigator Organization Name USA +1 508 289 3213 ssoule@whoi.edu Dorsey Wanless: Principal Investigator Organization Name USA +1 508 289 3922 dwanless@whoi.edu | |
- added Mark Kurz as Chief Scientist on Dec 18, 2015 9:11 AM by Eric Benway | |
- added Eric Mittelstaedt as Chief Scientist on Dec 18, 2015 9:11 AM by Eric Benway | |
- added Joshua Curtice as Principal Investigator on Dec 18, 2015 9:11 AM by Eric Benway | |
- added Mark Kurz as Principal Investigator on Dec 18, 2015 9:11 AM by Eric Benway | |
- added Eric Mittelstaedt as Principal Investigator on Dec 18, 2015 9:11 AM by Eric Benway | |
- added Adam Soule as Principal Investigator on Dec 18, 2015 9:11 AM by Eric Benway | |
- added Dorsey Wanless as Principal Investigator on Dec 18, 2015 9:11 AM by Eric Benway |
Departure: Mar 7, 2016 | |
Barbados | |
Arrival: Apr 12, 2016 | |
Barbados | |
Operations Area | |
13-15N Mid-Atlantic Ridge at 45W long | |
- 13-15N Mid-Atlantic Ridge at 45W long on Dec 18, 2015 9:11 AM by Eric Benway | |
Lat/Lon: 14° 0.0′ N / 45° 0.0′ W | |
- set lat to 14° 0.0′ N, set lon to 45° 0.0′ W on Dec 18, 2015 9:11 AM by Eric Benway | |
Depth Range: 4500 / max (m) | |
- set min to 4500, set max to max (m) on Dec 18, 2015 9:11 AM by Eric Benway | |
Will the vessel be operating within 200 NM of a foreign country? | n/a |
- n/a on Dec 18, 2015 9:11 AM by Eric Benway | |
Are visas or special travel documents required? | no |
- set to no on Dec 18, 2015 9:11 AM by Eric Benway | |
Science Objectives | |
The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. | |
- changed The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. toThe primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. on Feb 24, 2016 2:03 PM by Eric Benway | |
- changed The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. toThe primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. on Jan 7, 2016 12:46 PM by Eric Benway | |
- changed The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. toThe primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. on Jan 7, 2016 12:43 PM by Eric Benway | |
- changed The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. toThe primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. on Jan 7, 2016 12:41 PM by Eric Benway | |
- changed The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. toThe primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. on Dec 18, 2015 9:13 AM by Eric Benway | |
- The primary objective of this proposal is to collect a suite of glassy volcanic rocks from the Mid Atlantic Ridge, measure the full suite of volatiles, major elements, trace elements, and isotopes, and evaluate their geochemical variability with respect to their geological setting. An ROV or submersible is required for this project because the seafloor eruption style will be critical in relating the samples to local and regional tectonics. We propose a field program to the MAR between 13°30’ and 14°05’N that makes use of existing sonar data between 13° 15’N and 13° 50’N (Mallows and Searle, 2012), the Alvin, Sentry and the WHOI TowCam. The use of Alvin will allow us to collect well located samples and to determine if vesicularity and volatile abundances relate to their geologic setting and at what scale (i.e. segment wide, 'tectonic' vs. 'magmatic', adjacent to detachment faults, etc.). This will include sampling on the segment scale (e.g., magmatic segment center and detachment faulted terrain), and the local scale related to seamounts/source vents, lava flow size and origin, and proximity to detachment faults. Existing data from dredge samples do not allow evaluation of these factors. The use of Alvin will also allow controlled sampling of glassy samples, not just with respect to geologic setting, but to ensure preservation of the volatiles. Selected glassy samples will be collected in anaerobic sea-floor samplers that retain (some) sea floor pressure and temperature, thus minimize air contamination (Kurz and Curtice, 2009), reducing the reliance on post-analysis corrections. These vessels will also permit collection of any gas exsolved at the surface because the samples can be kept immersed, allowing them to warm slowly (exsolved gases will then be collected in copper tubes). This will reduce the uncertainties associated with estimates of “pre-degassing” volatile contents. In addition to existing sonar data, we will use AUV Sentry make local high-resolution bathymetry and sonar maps north of 13ËÂÂÂÂÂÂÂÂ50 (i.e., the magmatic segment) to define the geologic context of those samples. TowCam will be used for reconnaissance imaging and characterization to help define Alvin and Sentry dive targets. on Dec 18, 2015 9:11 AM by Eric Benway | |
Science Activities | |
Alvin diving- includes observations, imaging (video and still imaging), mapping, rock sampling, push cores, possible small Niskin water sampling, and Ti-major samplers for possible use if hyx vents are encountered Sentry AUV diving (mostly night time) TowCam night time surveys shipboard multibeam surveys possible dredging as a contingency possible CTD as a contingency (to be ready to use but stored on 01 deck) rock processing in main lab rock sawing in wet lab | |
- Alvin diving- includes observations, imaging (video and still imaging), mapping, rock sampling, push cores, possible small Niskin water sampling, and Ti-major samplers for possible use if hyx vents are encountered Sentry AUV diving (mostly night time) TowCam night time surveys shipboard multibeam surveys possible dredging as a contingency possible CTD as a contingency (to be ready to use but stored on 01 deck) rock processing in main lab rock sawing in wet lab on Dec 18, 2015 9:11 AM by Eric Benway | |
Additional Info | |
Pre-cruise Planning Meeting: Teleconference/Visit WHOI | |
- Teleconference/Visit WHOI on Dec 18, 2015 9:11 AM by Eric Benway | |
Meeting Notes: JANUARY 7, 2016 PRE-CRUISE MEETING. 1300hr east coast / 1000hr west coast time CoPIs from WHOI, Boise State and U. of Idaho | |
- -changed CoPIs from WHOI, Boise State and U. of Idaho to JANUARY 7, 2016 PRE-CRUISE MEETING. 1300hr east coast / 1000hr west coast time CoPIs from WHOI, Boise State and U. of Idaho on Dec 18, 2015 9:13 AM by Eric Benway | |
- CoPIs from WHOI, Boise State and U. of Idaho on Dec 18, 2015 9:11 AM by Eric Benway | |
Media personnel on board: Video, Writer | |
- Video, Writer on Dec 18, 2015 9:11 AM by Eric Benway | |
possible outreach, TBD | |
- possible outreach, TBD on Dec 18, 2015 9:11 AM by Eric Benway | |
Stations: | |
Supporting documentation: | |
»AT3303_TransitMap-1.pdf | |
»NorthernTransit_20Jan2016.pdf | |
»SouthernTransit_20Jan2016.pdf | |
»MAR14N_sm.pdf | |
»kurz-14N.pdf | |
- added AT3303_TransitMap-1.pdf on Feb 24, 2016 2:03 PM by Eric Benway | |
- added NorthernTransit_20Jan2016.pdf on Feb 24, 2016 2:03 PM by Eric Benway | |
- added SouthernTransit_20Jan2016.pdf on Feb 24, 2016 2:02 PM by Eric Benway | |
- added MAR14N_sm.pdf on Jan 7, 2016 12:43 PM by Eric Benway | |
- added kurz-14N.pdf on Dec 18, 2015 9:12 AM by Eric Benway | |
- -added on Dec 18, 2015 9:13 AM by Eric Benway |
Funding |
Funding Agency: NSF | |
Grant or contract number: OCE-1259218 |
Scientific Instrumentation for R/V Atlantis |
Shipboard Equipment | |||||||||||
12 kHz Pinger for Wire Use, | |||||||||||
ADCP 75 kHz, | |||||||||||
Bathymetry System 12 kHz, | |||||||||||
Bathymetry System 3.5 kHz , | |||||||||||
Deionized Water System, | |||||||||||
Fume Hood, | |||||||||||
Gravimeter ![]() | |||||||||||
Multibeam , | |||||||||||
Navigation - Heading, | |||||||||||
Navigation - Position, | |||||||||||
Relay Transponder for Wire Use, | |||||||||||
Sippican XBT System (Mark 21), | |||||||||||
Towed Magnetometer ![]() | |||||||||||
Transponder Navigation - Sonardyne USBL | |||||||||||
-added 12 kHz Pinger for Wire Use on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added ADCP 75 kHz on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Bathymetry System 12 kHz on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Bathymetry System 3.5 kHz on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Deionized Water System on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Fume Hood on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Gravimeter ![]() | |||||||||||
-added Multibeam on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Navigation - Heading on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Navigation - Position on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Relay Transponder for Wire Use on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Sippican XBT System (Mark 21) on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Towed Magnetometer ![]() | |||||||||||
-added Transponder Navigation - Sonardyne USBL on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Shipboard Communication | |||||||||||
Basic Internet access via HiSeasNet, | |||||||||||
Is there a need to transfer data to shore on a regular basis?, | |||||||||||
Is there an expectation to use Skype or any other real-time video conference program? | |||||||||||
-added Basic Internet access via HiSeasNet on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Is there a need to transfer data to shore on a regular basis? on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Is there an expectation to use Skype or any other real-time video conference program? on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
CTD/Water Sampling | |||||||||||
911+ Rosette 24-position, 10-liter bottle Rosette with dual T/C sensors, | |||||||||||
Seapoint STM turbidity sensor | |||||||||||
-added 911+ Rosette 24-position, 10-liter bottle Rosette with dual T/C sensors on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Seapoint STM turbidity sensor on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Critical CTD Sensors | |||||||||||
Sediment Sampling | |||||||||||
Rock dredges | |||||||||||
-added Rock dredges on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Sample Storage | |||||||||||
Freezer -70°C 25 cu. ft., | |||||||||||
Freezer -70°C 3.2 cu. ft. ea., | |||||||||||
Refrigerator 8.6 cu. ft. | |||||||||||
-added Freezer -70°C 25 cu. ft. on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Freezer -70°C 3.2 cu. ft. ea. on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Refrigerator 8.6 cu. ft. on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Storage Notes: -70C freezers for possible biological collections | |||||||||||
- added -70C freezers for possible biological collections on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Navigation | |||||||||||
Will you be using Long Base Line (LBL) navigation? | no | ||||||||||
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
How many nets? | null | ||||||||||
How many tansponders? | null | ||||||||||
Will you be using Ultra-short baseline (USBL) navigation? | no | ||||||||||
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Navigation | |||||||||||
GPS, | |||||||||||
USBL | |||||||||||
-added GPS on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added USBL on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Navigation Notes:
Navigation USBL beacons needed for TowCam and elevators Alvin and Sentry require USBL USBL system on Atlantis needs to be calibrated and serviced before the cruise | |||||||||||
- changed from Alvin and Sentry require USBL USBL system on Atlantis needs to be calibrated and serviced before the cruise Alvin and Sentry require USBL USBL system on Atlantis needs to be calibrated and serviced before the cruise on Dec 18, 2015 9:14 AM by Eric Benway | |||||||||||
- added Navigation USBL beacons needed for TowCam and elevators Alvin and Sentry require USBL USBL system on Atlantis needs to be calibrated and serviced before the cruise on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Winches | |||||||||||
CTD Winch with .322" Electro-mechanical wire, | |||||||||||
Hydro Winch with .25" hydro wire, | |||||||||||
Trawl Winch with 9/16th trawl wire | |||||||||||
-added CTD Winch with .322" Electro-mechanical wire on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Hydro Winch with .25" hydro wire on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Trawl Winch with 9/16th trawl wire on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Winch Notes:
CTD winch will be used for TowCam tows, with real-time DataLink capability, 1/4 knot speed trawl winch will be used for dredging if required | |||||||||||
- added CTD winch will be used for TowCam tows, with real-time DataLink capability, 1/4 knot speed trawl winch will be used for dredging if required on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Wire use and application | |||||||||||
CTD Winch with .322" Electro-mechanical wire, | |||||||||||
Trawl Winch with 9/16th trawl wire | |||||||||||
-added CTD Winch with .322" Electro-mechanical wire on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
-added Trawl Winch with 9/16th trawl wire on Dec 18, 2015 9:12 AM by Eric Benway | |||||||||||
Winch Notes:
CTD winch will be used for TowCam tows, with real-time DataLink capability, 1/4 knot speed trawl winch will be used for dredging if required | |||||||||||
- added CTD winch will be used for TowCam tows, with real-time DataLink capability, 1/4 knot speed trawl winch will be used for dredging if required on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Standard Oceanographic Cables | |||||||||||
| |||||||||||
Portable Vans | |||||||||||
Chemical Storage Van | |||||||||||
-added Chemical Storage Van on Jan 5, 2016 5:55 PM by Eric Benway | |||||||||||
Specialized Deck Equipment | |||||||||||
| |||||||||||
Over the Side Equipment | |||||||||||
Will you be bringing any equipment (winches, blocks, etc.) that lowers instruments over the side? | yes | ||||||||||
Details:
TowCam system off .322 starboard side AUV Sentry | |||||||||||
- changed from AUV Sentry AUV Sentry on Dec 18, 2015 9:14 AM by Eric Benway | |||||||||||
- added TowCam system AUV Sentry on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Special Requirements | |||||||||||
| |||||||||||
Electrical Power Revisions - Electrical Power : changed from - Electrical Power : added no on Dec 18, 2015 9:11 AM by Eric Benway - Identify : added for Sentry on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Equipment Handling Revisions - Equipment Handling : changed from - Equipment Handling : added no on Dec 18, 2015 9:11 AM by Eric Benway - Identify : added for Sentry on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Science Stowage Revisions - Science Stowage : changed from - Science Stowage : added no on Dec 18, 2015 9:11 AM by Eric Benway - Identify : added rocks and gear R/T WHOI back to WHOI on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Additional Cruise Items/Activities | |||||||||||
Explosive Devices: | no | ||||||||||
Portable Air Compressors: | no | ||||||||||
Flammable Gases: | no | ||||||||||
Small Boat Operations: | no | ||||||||||
SCUBA Diving Operations: | no | ||||||||||
Hazardous Material | |||||||||||
Will hazardous material be utilized? | yes | ||||||||||
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Describe deployment method and quantity: Sentry Li battery- ask Sentry group solvents - ethanol gases in tanks - N2, CO2 (tanks r/t -loaded at WHOI and back to WHOI) | |||||||||||
- added Sentry Li battery- ask Sentry group solvents - ethanol gases in tanks - N2, CO2 (tanks r/t -loaded at WHOI and back to WHOI) on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Radioactive Material | |||||||||||
Radioiosotopes: | no | ||||||||||
Additional Information | |||||||||||
Is night time work anticipated on this cruise? | yes | ||||||||||
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Specialized tech support (Seabeam, coring, other): TowCam and dredging and Sentry AUV ops | |||||||||||
- added TowCam and dredging and Sentry AUV ops on Dec 18, 2015 9:11 AM by Eric Benway | |||||||||||
Other required equipment and special needs: |
Scientific Instrumentation for HOV Alvin |
Site Survey | |
Will you provide detailed charts of the work area(s)? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
If no, willl you need R/V Atlantis to generate maps of the work area(s)? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Will you need post-dive maps of the work area generated? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Navigation | |
Will you be using Long Base Line (LBL) navigation? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
How many nets? | 0 |
How many tansponders? | 0 |
Will you be using Ultra-short baseline (USBL) navigation for other than Alvin operations? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Vehicle Equipment | |
Push corers (12-pack rack), | |
Search sonar, | |
High temperature probe (0-480°C), | |
Low temperature probe , | |
Scoop nets, | |
CTD, | |
Small capacity slurp samplers, | |
Large capacity slurp samplers: single-chamber, | |
Bio collection boxes: 12 x 12 x 12, | |
Bio collection boxes: 12 x 12 x 24 | |
-added Bio collection boxes: 12 x 12 x 12 on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Bio collection boxes: 12 x 12 x 24 on Dec 18, 2015 9:12 AM by Eric Benway | |
-added High temperature probe (0-480°C) on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Low temperature probe on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Push corers (12-pack rack) on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Scoop nets on Dec 18, 2015 9:12 AM by Eric Benway | |
-added CTD on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Large capacity slurp samplers: single-chamber on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Search sonar on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Small capacity slurp samplers on Dec 18, 2015 9:12 AM by Eric Benway | |
- added lava and sediment, possible biology and possible vent fluids on Dec 18, 2015 9:12 AM by Eric Benway | |
Elevators | |
Will you be using elevators to transport samples to the surface? | yes |
- changed from | |
- changed from | |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
If yes, how many would you anticipate? | 6? |
- added 6? on Dec 18, 2015 9:12 AM by Eric Benway | |
Science Supplied Equipment | |
Are you supplying equipment to be used on HOV Alvin | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Has this equipment been used on Alvin before? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Please give a brief description of the equipment, its intended purpose, the cruise # it was last used on if any and its deployment method.
MISO digital still camera MISO GoPro camera anerobic rock samplers (Kurz) made from PVC, used previously on Jason ROV | |
- added MISO digital still camera MISO GoPro camera anerobic rock samplers (Kurz) made from PVC, used previously on Jason ROV on Dec 18, 2015 9:12 AM by Eric Benway | |
Does this equipment use an external pressure housing? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Has the pressure housing been tested per Alvin Pressure Test requirements? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Pressure housing schematic with dimensions and include air and water weights. | |
Air weight of this equipment? | will provide |
- added will provide on Dec 18, 2015 9:12 AM by Eric Benway | |
Water weight of this equipment? | null|
Does the equipment require a power interface from Alvin? | yes |
Voltage required null | |
Power required | null|
Data Interface | null|
Does the equipment meet the electrical requirements of the Alvin User Manual? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Please provide power and comms specifics, wiring diagram, pinout, and wiring harness in advance of the cruise. | |
Does this equipment require hydraulic inputs from the vehicle? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Hydraulic schematic of the equipment requirements. | |
Does this equipment require manipulation? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
If yes, please describe how the equipment is to be manipulated:
anerobic rock samplers require manipulation | |
- added anerobic rock samplers require manipulation on Dec 18, 2015 9:12 AM by Eric Benway | |
Will this equipment be deployed off the vehicle? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
If yes, please describe how the equipment is intended for deployment:
GoPro camera perhaps on elevator | |
- added GoPro camera perhaps on elevator on Dec 18, 2015 9:12 AM by Eric Benway | |
If yes, will the equipment be disconnected from the vehicle and left in situ? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
How long will the deployment be? | |
Will the equipment be recovered by the same vehicle? | yes |
- added yes on Dec 18, 2015 9:12 AM by Eric Benway | |
Do you intend to recover any other previously deployed equipment? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
If yes, please describe this equipment: | |
Does this equipment use any glass spheres for either buoyancy or as pressure housings? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Does the equipment have an associated computer or control panel for remote operation from the personnel sphere? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Has the computer or control panel been gas tested for use in the personnel sphere? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Hazardous Material | |
Will hazardous material be utilized? | no |
- added no on Dec 18, 2015 9:12 AM by Eric Benway | |
Describe deployment method and quantity: | |
Additional Information | |
Brief operations description or comments: | |
Navy Clearance: Granted 02/25/2016: WITHIN 10 NM RADIUS OF 12-58N 58-59W DURING PERIOD 071100Z THRU 092400Z MAR 16.
WITHIN 100 NM RADIUS OF 14-00N 45-00W DURING PERIOD 101000Z MAR THRU 122400Z APR 16. | |
- changed from WITHIN 10 NM RADIUS OF 12-58N 58-59W DURING PERIOD 071100Z THRU 092400Z MAR 16.
WITHIN 100 NM RADIUS OF 14-00N 45-00W DURING PERIOD 101000Z MAR THRU 122400Z APR 16. WITHIN 10 NM RADIUS OF 12-58N 58-59W DURING PERIOD 071100Z THRU 092400Z MAR 16.
WITHIN 100 NM RADIUS OF 14-00N 45-00W DURING PERIOD 101000Z MAR THRU 122400Z APR 16. on Mar 1, 2016 4:46 PM by Rick Chandler | |
- added Requested 02/24/2016:
WITHIN 10 NM RADIUS OF 12-58N 58-59W DURING PERIOD 071100Z THRU 092400Z MAR 16.
WITHIN 100 NM RADIUS OF 14-00N 45-00W DURING PERIOD 101000Z MAR THRU 122400Z APR 16. on Feb 24, 2016 10:53 AM by Rick Chandler |
Scientific Instrumentation for AUV Sentry |
Site Survey | |
Will you provide detailed charts of the work area(s)? | yes |
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |
If no, willl you need R/V Atlantis to generate maps of the work area(s)? | yes |
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |
Will you need post-dive maps of the work area generated? | yes |
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |
Navigation | |
Will you be using Long Base Line (LBL) navigation? | no |
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |
How many nets? | 0 |
How many tansponders? | 0 |
Will you be using Ultra-short baseline (USBL) navigation? | yes |
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |
Will you be using Doppler/GPS navigation? | yes |
- added yes on Dec 18, 2015 9:11 AM by Eric Benway | |
-added Bio collection boxes: 12 x 12 x 12 on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Bio collection boxes: 12 x 12 x 24 on Dec 18, 2015 9:12 AM by Eric Benway | |
-added High temperature probe (0-480°C) on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Low temperature probe on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Push corers (12-pack rack) on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Scoop nets on Dec 18, 2015 9:12 AM by Eric Benway | |
-added CTD on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Large capacity slurp samplers: single-chamber on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Search sonar on Dec 18, 2015 9:12 AM by Eric Benway | |
-added Small capacity slurp samplers on Dec 18, 2015 9:12 AM by Eric Benway | |
- added AUV Sentry should have magnetometer and imaging capability and sidescan and multibeam sonar and Eh sensor (NOAA ORP sensor) and CTD on Jan 5, 2016 6:04 PM by Eric Benway | |
- removed answer | |
- added AUV Sentry should have magnetometer and imaging capability and sidescan and multibeam sonar and Eh sensor (NOAA ORP sensor) and CTD on Dec 18, 2015 9:14 AM by Eric Benway | |
- removed answer | |
- added AUV Sentry should have magnetometer and imaging capability and sidescan and multibeam sonar and Eh sensor (NOAA ORP sensor) and CTD on Dec 18, 2015 9:11 AM by Eric Benway | |
Science Supplied Equipment | |
Are you supplying equipment to be used on HOV AbeSentry | no |
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |
Has this equipment been used on AbeSentry before? | no |
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |
Please give a brief description of the equipment, its intended purpose, the cruise # it was last used on if any and its deployment method. | |
Does this equipment use an external pressure housing? | no |
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |
Has the pressure case been tested to the anticipated depth of deployment?& | no |
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |
Pressure housing schematic with dimensions and include air and water weights. | |
Air weight of this equipment? | null|
Water weight of this equipment? | null|
Does the equipment require data or a power interface from the vehicle? | no |
Does the equipment meet the electrical requirements of the Sentry User Manual? | no |
- added no on Dec 18, 2015 9:11 AM by Eric Benway | |
Cameras & Video | |
Digital Still Camera: Color | |
-added Digital Still Camera: Color on Dec 18, 2015 9:12 AM by Eric Benway | |
Additional Information | |
Brief operations description or comments: | |
- removed answer | |
- added WE ASSUME THIS PAGE IS ABOUT SENTRY... CONFUSING, NEEDS TO BE FIXED SO IT IS AUV SPECIFIC IN TERMS OF THE SENSORS/SAMPLERS AVAILABLE... on Dec 18, 2015 9:11 AM by Eric Benway |
Checklist & Notes |
Checklist | |
U.S. Customs Form: | yes |
- added yes on Dec 18, 2015 9:20 AM by Eric Benway | |
Diplomatic Clearance: | no |
- added no on Dec 18, 2015 9:20 AM by Eric Benway | |
Date Submitted: | |
Date Approved: | |
Agent Information: | |
BarbadosNOTE: WHOI contacts should be copied on all communications with Agents. Please send shipping information for all equipment and supplies to the Agent and to all WHOI contactsMaster R/V Atlantis Attn: Scientist's Name - AT33-03 c/o Massy Trading, A division of Massy Distribution (Barbados) Ltd. Shipping Division Tel. no. (246) 430-4819 | |
- added BarbadosNOTE: WHOI contacts should be copied on all communications with Agents. Please send shipping information for all equipment and supplies to the Agent and to all WHOI contactsMaster R/V Atlantis Attn: Scientist's Name - AT33-03 c/o Massy Trading, A division of Massy Distribution (Barbados) Ltd. Shipping Division Tel. no. (246) 430-4819 | |
Countries: | |
Barbados | |
- added Barbados on Dec 18, 2015 9:20 AM by Eric Benway | |
Notes: | |
US Customs Forms 4455 required for all scientific equipment loaded on board in WHOI and Charleston SC. | |
- added US Customs Forms 4455 required for all scientific equipment loaded on board in WHOI and Charleston SC. on Dec 18, 2015 9:20 AM by Eric Benway | |
Isotope Use Approval: | no |
- added no on Dec 18, 2015 9:20 AM by Eric Benway | |
Isotope Notes: | |
SCUBA Diving: | no |
- added no on Dec 18, 2015 9:20 AM by Eric Benway | |
Checklist | |
SSSG Tech: | |
20 foot storage container loaded on Atlantis Dec 4,2015. This holds most of scientific gear. Remainder of scientific gear to be loaded on Atlantis Feb 22 - 26 in CHARLESTON SC. Atlantis departs Charleston SC on Feb 28 for Barbados.
| |
- added 20 foot storage container loaded on Atlantis Dec 4,2015. This holds most of scientific gear. Remainder of scientific gear to be loaded on Atlantis Feb 22 - 26 in CHARLESTON SC. Atlantis departs Charleston SC on Feb 28 for Barbados.
| |