UpTempO 2011 #6 Araon - Deceased
Made by MetOcean Data Systems
Iridium ID # (IMEI = International Mobile Equipment Identity): 300234010957630
ocean temperature at nominal depths (m): 2.5, 5.0, 7.5, 10, 15, 20, 25, 30, 35, 40, 50, 60
ocean pressure depth: 20m, 60m
This is a “standard” buoy with the deepest thermistor at 60 m nominal depth. It was deployed on August 16, 2011 by Phil Hwang (Scottish Association for Marine Science) and colleagues from the Korean Polar Research Institute in open water but with nearby thin ice floes during the Arctic Ocean cruise of the Korean icebreaker Araon.
Initial status: All systems working.
PHOTOS
THANKS TO: Phil Hwang (SAMS) and KOPRI colleagues for their work in getting this buoy onto the ship and then onto the ice.
SUMMARY
The plot below shows the path of UpTempO 2011 #6 Araon colored by month. The flag marks the buoy's last known location. Black contours show two isobaths: 28 m ("short buoy" max depth: e.g., 2011 APLIS buoy) and 60 m ("standard buoy"
max depth).
The battery voltage time series for this buoy is shown in red below. Also shown (in gray) are the battery voltage time series' for all buoys to date.
Buoy Name: UpTempO 2011 #6 Araon
Modem ID (last 4 digits): 7630
Position: 76.29N 167.15W
Vessel: Araon
Position: 0.00N 0.00E
Battery Voltage: 13.35V
Modem ID (last 4 digits): 7630
DEPLOYED
Date: 8/16/2011Position: 76.29N 167.15W
Vessel: Araon
STOPPED REPORTING
Date: 1/ 7/2012Position: 0.00N 0.00E
Battery Voltage: 13.35V
DOWNLOAD DATA
LEVEL 1 DATA
Data File Size: 925.258 kbLEVEL 2 DATA
Data File Size: 1135.758kbTEMPERATURE TIME SERIES
The temperature time series for each thermistor is shown below, plotted against day of the year. Shading on the plot delineates months.
OCEAN PRESSURE AND SEA LEVEL PRESSURE
This plot shows the ocean pressure(s) from the barometers placed at nominal depths (blue), and sea level pressure in red.BATTERY VOLTAGE/SUBMERGENCE PERCENT
The battery voltage time series for this buoy is shown in red below. Also shown (in gray) are the battery voltage time series' for all buoys to date.
Derived Quantities
VELOCITY TIME SERIES
One to three hourly velocity is on the left axis.Distance between the buoy's start point and end point each day is shown in red on the right axis.Note that the total displacement of the buoy each day (red) is generally less than what one would calculate from the hourly velocities.