Woods Hole Oceanographic Institution

Cruise Planning Synopsis


AR49: ADEON

Ship

RV Neil Armstrong

Vehicles

ROV Jason
- added ROV Jason on Oct 9, 2020 11:05 AM by Sarah Fuller

Cruise Party

Matthew Heintz: Chief Scientist
Organization Name 266 Woods Hole Rd Woods Hole, MA USA 02543
+1 508 289 3426
mheintz@whoi.edu

Jennifer Miksis-Olds: Chief Scientist, Principal Investigator
University of New Hampshire UNH, 24 Colovos Rd Durham, New Hampshire United States 03824
+1 603 862 5147
j.miksisolds@unh.edu
- added Matthew Heintz as Chief Scientist on Oct 9, 2020 11:05 AM by Sarah Fuller
- added Jennifer Miksis-Olds as Chief Scientist on Oct 9, 2020 11:05 AM by Sarah Fuller
- added Jennifer Miksis-Olds as Principal Investigator on Oct 9, 2020 11:05 AM by Sarah Fuller

Departure: Dec 4, 2020

WHOI

Arrival: Dec 21, 2020

WHOI

Operations Area

Mid-South Atlantic Outer Continental Shelf
- Mid-South Atlantic Outer Continental Shelf on Oct 9, 2020 11:05 AM by Sarah Fuller
Lat/Lon: 31° 12.0′ N / 77° 1.2′ W
- set lat to 31° 12.0′ N, set lon to 77° 1.2′ W on Oct 9, 2020 11:05 AM by Sarah Fuller
Depth Range: 200 m / 3000 m
- set min to 200 m, set max to 3000 m on Oct 9, 2020 11:05 AM by Sarah Fuller
Will the vessel be operating within 200 NM of a foreign country? no

Science Objectives

ADEON is generating long-term measurements of both the natural and human factors active in the mid-south Atlantic Outer Continental Shelf (OCS) region, thus informing the ecology and soundscape of the OCS.  These data will provide further a mechanistic understanding of the cumulative impacts these factors have on marine resources and provide insight for ecosystem-based management efforts.  Long-term observations of living marine resources and marine sound will assist Federal agencies, including BOEM, ONR, and NOAA, in complying with mandates in the Endangered Species Act (ESA), Marine Mammal Protection Act (MMPA), and Sustainable Fisheries Act (SFA).

  • Establish an ecosystem observation network that provides baseline monitoring and supports predictive modeling of the soundscape and its relationship to marine life and the environment of the Mid- and South Atlantic Planning Areas.
  • Develop standardized measurement and processing methods and visualization metrics for comparing ADEON observations with data from other monitoring networks.
  • Assess baseline soundscape and ecosystem conditions in support of predictive environmental modeling and trend analyses in the planning areas.
    • How do soundscape and ecosystem components vary with water depth across the OCS?
    • How do the soundscape and ecosystem components vary with latitude along the OCS?
    • Where are the hot spots of human activity for consideration in ecosystem/habitat health impacts?
  • Assess the spatial and temporal distribution of the soundscape and biological scatterers, including their expected variation and correlation with distance from the bottom-lander locations.
    • What are the environmental factors that define and constrain the horizontal range of appropriate extrapolation of observations measured at the stationary bottom-lander sites?
- changed

ADEON is generating long-term measurements of both the natural and human factors active in the mid-south Atlantic Outer Continental Shelf (OCS) region, thus informing the ecology and soundscape of the OCS.  These data will provide further a mechanistic understanding of the cumulative impacts these factors have on marine resources and provide insight for ecosystem-based management efforts.  Long-term observations of living marine resources and marine sound will assist Federal agencies, including BOEM, ONR, and NOAA, in complying with mandates in the Endangered Species Act (ESA), Marine Mammal Protection Act (MMPA), and Sustainable Fisheries Act (SFA).

  • Establish an ecosystem observation network that provides baseline monitoring and supports predictive modeling of the soundscape and its relationship to marine life and the environment of the Mid- and South Atlantic Planning Areas.
  • Develop standardized measurement and processing methods and visualization metrics for comparing ADEON observations with data from other monitoring networks.
  • Assess baseline soundscape and ecosystem conditions in support of predictive environmental modeling and trend analyses in the planning areas.
    • How do soundscape and ecosystem components vary with water depth across the OCS?
    • How do the soundscape and ecosystem components vary with latitude along the OCS?
    • Where are the hot spots of human activity for consideration in ecosystem/habitat health impacts?
  • Assess the spatial and temporal distribution of the soundscape and biological scatterers, including their expected variation and correlation with distance from the bottom-lander locations.
    • What are the environmental factors that define and constrain the horizontal range of appropriate extrapolation of observations measured at the stationary bottom-lander sites?
 to

ADEON is generating long-term measurements of both the natural and human factors active in the mid-south Atlantic Outer Continental Shelf (OCS) region, thus informing the ecology and soundscape of the OCS.  These data will provide further a mechanistic understanding of the cumulative impacts these factors have on marine resources and provide insight for ecosystem-based management efforts.  Long-term observations of living marine resources and marine sound will assist Federal agencies, including BOEM, ONR, and NOAA, in complying with mandates in the Endangered Species Act (ESA), Marine Mammal Protection Act (MMPA), and Sustainable Fisheries Act (SFA).

  • Establish an ecosystem observation network that provides baseline monitoring and supports predictive modeling of the soundscape and its relationship to marine life and the environment of the Mid- and South Atlantic Planning Areas.
  • Develop standardized measurement and processing methods and visualization metrics for comparing ADEON observations with data from other monitoring networks.
  • Assess baseline soundscape and ecosystem conditions in support of predictive environmental modeling and trend analyses in the planning areas.
    • How do soundscape and ecosystem components vary with water depth across the OCS?
    • How do the soundscape and ecosystem components vary with latitude along the OCS?
    • Where are the hot spots of human activity for consideration in ecosystem/habitat health impacts?
  • Assess the spatial and temporal distribution of the soundscape and biological scatterers, including their expected variation and correlation with distance from the bottom-lander locations.
    • What are the environmental factors that define and constrain the horizontal range of appropriate extrapolation of observations measured at the stationary bottom-lander sites?
 on Oct 9, 2020 11:06 AM by Sarah Fuller
-

ADEON is generating long-term measurements of both the natural and human factors active in the mid-south Atlantic Outer Continental Shelf (OCS) region, thus informing the ecology and soundscape of the OCS.  These data will provide further a mechanistic understanding of the cumulative impacts these factors have on marine resources and provide insight for ecosystem-based management efforts.  Long-term observations of living marine resources and marine sound will assist Federal agencies, including BOEM, ONR, and NOAA, in complying with mandates in the Endangered Species Act (ESA), Marine Mammal Protection Act (MMPA), and Sustainable Fisheries Act (SFA).

  • Establish an ecosystem observation network that provides baseline monitoring and supports predictive modeling of the soundscape and its relationship to marine life and the environment of the Mid- and South Atlantic Planning Areas.
  • Develop standardized measurement and processing methods and visualization metrics for comparing ADEON observations with data from other monitoring networks.
  • Assess baseline soundscape and ecosystem conditions in support of predictive environmental modeling and trend analyses in the planning areas.
    • How do soundscape and ecosystem components vary with water depth across the OCS?
    • How do the soundscape and ecosystem components vary with latitude along the OCS?
    • Where are the hot spots of human activity for consideration in ecosystem/habitat health impacts?
  • Assess the spatial and temporal distribution of the soundscape and biological scatterers, including their expected variation and correlation with distance from the bottom-lander locations.
    • What are the environmental factors that define and constrain the horizontal range of appropriate extrapolation of observations measured at the stationary bottom-lander sites?
 on Oct 9, 2020 11:05 AM by Sarah Fuller

Science Activities

This expedition is the last of five cruises for the ADEON project focused on recovering 7 bottom landers at six sites along the outer continental shelf (OCS) of the United States east coast.  In addition to the lander work, station sampling will occur at each location consisting of CTD profiles, net trawls for biological specimens, and a fine-scale, lawnmower pattern active acoustic survey. At the ADEON JAX site, Jason operations will be conducted to recover an ADEON lander that was not recovered during the AR040 cruise in 2019. Jason engineering dives will also be conducted for 2 days mid-cruise.
Itemized tasks are as follows:
1. Recover 6 ADEON landers by acoustic release
2. Recover 1 ADEON lander at JAX with ROV Jason
3. Conduct 2 ROV Jason engineering dives
4. Deploy 3 landers at HAT, WIL, and SAV
5. Conduct CTD casts at 6 ADEON sites
6. Conduct zooplankton net tows and fine-scale acoustic survey transects at 5-6 ADEON sites
- This expedition is the last of five cruises for the ADEON project focused on recovering 7 bottom landers at six sites along the outer continental shelf (OCS) of the United States east coast.  In addition to the lander work, station sampling will occur at each location consisting of CTD profiles, net trawls for biological specimens, and a fine-scale, lawnmower pattern active acoustic survey. At the ADEON JAX site, Jason operations will be conducted to recover an ADEON lander that was not recovered during the AR040 cruise in 2019. Jason engineering dives will also be conducted for 2 days mid-cruise.
Itemized tasks are as follows:
1. Recover 6 ADEON landers by acoustic release
2. Recover 1 ADEON lander at JAX with ROV Jason
3. Conduct 2 ROV Jason engineering dives
4. Deploy 3 landers at HAT, WIL, and SAV
5. Conduct CTD casts at 6 ADEON sites
6. Conduct zooplankton net tows and fine-scale acoustic survey transects at 5-6 ADEON sites on Oct 9, 2020 11:05 AM by Sarah Fuller

Additional Info

Pre-cruise Planning Meeting: Teleconference
- Teleconference on Oct 9, 2020 11:05 AM by Sarah Fuller
- on Oct 9, 2020 11:05 AM by Sarah Fuller

Stations:

  HAT
  Distance: 460
  Days: 1
  Latitude: 35° 11.992’ N
  Longitude: 75° 1.182’ W

  WIL
  Distance: 125
  Days: 1
  Latitude: 33° 35.217’ N
  Longitude: 76° 26.974’ W

  CHB
  Distance: 130
  Days: 1
  Latitude: 32° 4.206’ N
  Longitude: 78° 22.423’ W

  SAV
  Distance: 55
  Days: 1
  Latitude: 32° 2.527’ N
  Longitude: 77° 20.753’ W

  BLE
  Distance: 175
  Days: 1
  Latitude: 29° 15.053’ N
  Longitude: 78° 21.054’ W

  JAX
  Distance: 125
  Days: 2
  Latitude: 30° 29.693’ N
  Longitude: 80° 0.139’ W

  JASON ENG DIVE STATION
  Distance: 30
  Days: 2
  Latitude: 36° 0.0’ N
  Longitude: 73° 0.0’ W
- added Name: HAT, Lat: 35° 11.992’ N, Lon: 75° 1.182’ W, Distance: 460, Days: 1
added Name: WIL, Lat: 33° 35.217’ N, Lon: 76° 26.974’ W, Distance: 125, Days: 1
added Name: CHB, Lat: 32° 4.206’ N, Lon: 78° 22.423’ W, Distance: 130, Days: 1
added Name: SAV, Lat: 32° 2.527’ N, Lon: 77° 20.753’ W, Distance: 55, Days: 1
added Name: BLE, Lat: 29° 15.053’ N, Lon: 78° 21.054’ W, Distance: 175, Days: 1
added Name: JAX, Lat: 30° 29.693’ N, Lon: 80° 0.139’ W, Distance: 125, Days: 2
added Name: JASON ENG DIVE STATION, Lat: 36° 0.0’ N, Lon: 73° 0.0’ W, Distance: 30, Days: 2 on Oct 9, 2020 11:05 AM by Sarah Fuller

Supporting documentation:

»ADEON.RV.Armstrong.Cruise.Plan.AR049-DRAFTV2.doc
- added ADEON.RV.Armstrong.Cruise.Plan.AR049-DRAFTV2.doc on Oct 9, 2020 11:05 AM by Sarah Fuller
- -added on Oct 9, 2020 11:06 AM by Sarah Fuller

Funding

Funding Agency: ONR/NAVY
Grant or contract number: Jason ADEON
Funding Agency: BOEM -NOPP
Grant or contract number: M16PC00003
Funding Agency: NSF
Grant or contract number: Jason

Scientific Instrumentation for HOV Jason


Current Chart(s):

Site Survey

Will you provide detailed charts of the work area(s)?no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
If no, willl you need R/V Atlantis to generate maps of the work area(s)?no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Will you need post-dive maps of the work area generated?no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller

Navigation

Will you be using Long Base Line (LBL) navigation? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
How many nets? null
How many tansponders? null
Will you be using Ultra-short baseline (USBL) navigation?no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Will you be using Doppler/GPS navigation? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
What type of samples do you expect to collect?

Elevators

Will you be using elevators to transport samples to the surface?no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
If yes, how many would you anticipate?

Science Supplied Equipment

Are you supplying equipment to be used on HOV Jason no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Has this equipment been used on Jason before? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
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 Oct 9, 2020 11:07 AM by Sarah Fuller
If yes, what is the pressure rating?
and test pressure?
Has the pressure housing been tested per Alvin Pressure Test requirements? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Pressure housing schematic with dimensions and include air and water weights.
Does the equipment have an associated computer or control panel for remote operation from the personnel sphere? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Air weight of this equipment?
Water weight of this equipment?
Does the equipment require data or a power interface from the vehicle? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Does this equipment require hydraulic inputs from the vehicle? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Hydraulic schematic of the equipment requirements.
Does this equipment require manipulation? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
If yes, please describe how the equipment is to be manipulated:
Will this equipment be deployed off the vehicle? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
If yes, please describe how the equipment is intended for deployment:
If yes, will the equipment be disconnected from the vehicle and left in situ? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
How long will the deployment be?
Will the equipment be recovered by the same vehicle? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
If recovering equipment deployed with another vehicle, provide pressure rating:
and test pressure:
Does this equipment use any glass spheres for either buoyancy or as pressure housings? no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller

Hazardous Material

Will hazardous material be utilized?no
- added no on Oct 9, 2020 11:07 AM by Sarah Fuller
Describe deployment method and quantity:

Additional Information

Brief operations description or comments:

Scientific Instrumentation for R/V Armstrong


- added There will be a need to receive data from our remote sensing team on shore in conjunction with mooring deployments for high resoultion remote sensing data products. There will be occassional need of Skype/WhatsApp access to participate in conference calls. on Oct 9, 2020 11:05 AM by Sarah Fuller

Shipboard Equipment

A-Frame,
Science Underway Seawater System,
12 kHz Pinger for Wire Use,
Fume Hood,
EM122 (12 kHz) Multibeam Echosounder,
EK80 Sonar,
Dynamic Positioning System,
USBL Nav,
EM710 MkII (40 to 100 kHz) Multibeam Echosounder
-added 12 kHz Pinger for Wire Use on Oct 9, 2020 11:05 AM by Sarah Fuller
-added A-Frame on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Dynamic Positioning System on Oct 9, 2020 11:05 AM by Sarah Fuller
-added EK80 Sonar on Oct 9, 2020 11:05 AM by Sarah Fuller
-added EM122 (12 kHz) Multibeam Echosounder on Oct 9, 2020 11:05 AM by Sarah Fuller
-added EM710 MkII (40 to 100 kHz) Multibeam Echosounder on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Fume Hood on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Science Underway Seawater System on Oct 9, 2020 11:05 AM by Sarah Fuller
-added USBL Nav on Oct 9, 2020 11:05 AM by Sarah Fuller

Shipboard Communication

Basic Internet access via HiSeasNet,
Is there an expectation to use Skype or any other real-time video conference program?
-added Basic Internet access via HiSeasNet on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Is there an expectation to use Skype or any other real-time video conference program? on Oct 9, 2020 11:05 AM by Sarah Fuller
Shipboard Communication Notes: There will be a need to receive data from our remote sensing team on shore in conjunction with mooring deployments for high resoultion remote sensing data products. There will be occassional need of Skype/WhatsApp access to participate in conference calls.

CTD/Water Sampling

SBE43 oxygen sensor,
911+ Rosette 24-position, 10-liter bottle Rosette with dual T/C sensors,
Biospherical underwater PAR (1000m depth limit) with reference Surface PAR,
Wet Labs FLNTURTD Combination Flourometer and Turbidity Sensor
-added 911+ Rosette 24-position, 10-liter bottle Rosette with dual T/C sensors on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Biospherical underwater PAR (1000m depth limit) with reference Surface PAR on Oct 9, 2020 11:05 AM by Sarah Fuller
-added SBE43 oxygen sensor on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Wet Labs FLNTURTD Combination Flourometer and Turbidity Sensor on Oct 9, 2020 11:05 AM by Sarah Fuller

Critical CTD Sensors

MET Sensors

Air temperature,
Precipitation,
Wind speed and direction
-added Air temperature on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Precipitation on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Wind speed and direction on Oct 9, 2020 11:05 AM by Sarah Fuller

Sample Storage

Freezer -70°C 25 cu. ft.,
Scientific Walk-in Freezer
-added Freezer -70°C 25 cu. ft. on Oct 9, 2020 11:05 AM by Sarah Fuller
-added Scientific Walk-in Freezer on Oct 9, 2020 11:05 AM by Sarah Fuller
Storage Notes:

Navigation

Will you be using Long Base Line (LBL) navigation? no
- added no on Oct 9, 2020 11:05 AM by Sarah Fuller
How many nets? null
How many tansponders? null
Will you be using Ultra-short baseline (USBL) navigation?no
- added no on Oct 9, 2020 11:05 AM by Sarah Fuller

Navigation

GPS,
USBL
-added GPS on Oct 9, 2020 11:05 AM by Sarah Fuller
-added USBL on Oct 9, 2020 11:05 AM by Sarah Fuller
Navigation Notes: Would like to use the Armstrong’s USBL (I believe) transponder on our IKMT trawls (attached to wire just above our net) for real time net depth monitoring
- added Would like to use the Armstrong’s USBL (I believe) transponder on our IKMT trawls (attached to wire just above our net) for real time net depth monitoring on Oct 9, 2020 11:05 AM by Sarah Fuller
Winch Notes:

Wire use and application

CTD Winch with .322" Electro-mechanical wire
-added CTD Winch with .322" Electro-mechanical wire on Oct 9, 2020 11:05 AM by Sarah Fuller
Winch Notes:

Standard Oceanographic Cables

Slip ring required? no
Non-standard wire required? no
Traction winch required? no

Specialized Deck Equipment

Mooring Deployment/Recovery Equipment Required: no Type: 
Cruise Specific Science Winch Required: no Type: 
Nets Required: no Type: 

Over the Side Equipment

Will you be bringing any equipment (winches, blocks, etc.) that lowers instruments over the side? no

Special Requirements

Elecrical Power: no Identify 
Equipment Handling: no Identify: 
Inter/intraship Communications: no Identify: 
Science Stowage: no Identify: 
Water: no Identify: 

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 Oct 9, 2020 11:05 AM by Sarah Fuller
Describe deployment method and quantity:
4L of 37% formaldehyde will be brought onboard (held in fume hood or chemical locker as appropriate) and used to preserve fish/zooplankton samples collected by nets.
Will also bring ~ 2 L of 95% ethanol to be used for preservation of zooplankton/fish samples collected by nets.
- added 4L of 37% formaldehyde will be brought onboard (held in fume hood or chemical locker as appropriate) and used to preserve fish/zooplankton samples collected by nets.
Will also bring ~ 2 L of 95% ethanol to be used for preservation of zooplankton/fish samples collected by nets. on Oct 9, 2020 11:05 AM by Sarah Fuller

Radioactive Material

Radioiosotopes:no

Additional Information

Is night time work anticipated on this cruise?yes
- added yes on Oct 9, 2020 11:05 AM by Sarah Fuller
Specialized tech support (Seabeam, coring, other):
Night time CTD casts, net tows, and EK80 fine scale acoustic surveys will be conducted at night while on station at ADEON sites.
- added Night time CTD casts, net tows, and EK80 fine scale acoustic surveys will be conducted at night while on station at ADEON sites. on Oct 9, 2020 11:05 AM by Sarah Fuller
Other required equipment and special needs:

Checklist & Notes

Checklist

U.S. Customs Form: no
Diplomatic Clearance: no
Date Submitted:
Date Approved:
Agent Information:
Countries:
Notes:
Isotope Use Approval: no
Isotope Notes:
SCUBA Diving: no

Checklist

SSSG Tech: