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Comment: Automatically updated by Sensor2Confluence-Transporter (polarstern@ingestsrv1)


Note
titleAttention:

The system is operated by staff from the German weather service (DWD). Scientific co-use is possible according to prior agreement with AWI Logistics and Principal Investigator of the Polarstern Meteorological Observatory (Holger Schmithüsen). Helium is calculated to supply one 600 gramm balloon per day. If additional radio sonde ascents are planned, the user has to organize the additional sondes, balloons and helium. 

Summary

Sensorweb integration
urnvessel:polarstern:sondes
contenttypeSummary

The radiosonde sounding system gathers meteorological data (pressure, temperature, humidity, wind, position) from a mandatory radiosonde.


Sensorweb integration
urnvessel:polarstern:sondes
contenttypeMetadata
ManufacturerVaisala
Model
Serial No.n/a
Typeradiosonde
SENSOR-Link


Sensorweb integration
urnvessel:polarstern:sondes
contenttypeImages

Contacts

Sensorweb integration
urnvessel:polarstern:sondes
contenttypeContacts
Name Institution Role
Bernd LooseAlfred Wegener Institute, Helmholtz Centre for Polar and Marine ResearchEngineer In Charge
Holger SchmithüsenAlfred Wegener Institute, Helmholtz Centre for Polar and Marine ResearchData Provider
Alfred Wegener Institute for Polar and Marine ResearchAlfred Wegener Institute, Helmholtz Centre for Polar and Marine ResearchOwner
Marion MaturilliAlfred Wegener Institute, Helmholtz Centre for Polar and Marine ResearchEditor
Loretta PreisAlfred Wegener Institute, Helmholtz Centre for Polar and Marine ResearchDevice Contact

Components

Metadata (Metadata Plugin)
0Components
The system consists of a sounding PC, electronic unit "DigiCora", ground check set, GPS antenna, telemtry antenna, Helium filling unit.


Sensorweb integration
urnvessel:polarstern:sondes
contenttypeSubdevices
Name Model Serial Number SENSOR-
Link
DigiCORA Sounding System MW41MW41n/a
RS41-SGP RadiosondeRS41-SGPn/a

Position

Sensorweb integration
urnvessel:polarstern:sondes
contenttypeLocalFrame
Infono xyz-position given, antenna located on upper observation deck, receiving station located in A112

Data logging, storage and archiving

Logged parameters

Sensorweb integration
urnvessel:polarstern:sondes:rs41
contenttypeParameters
Parameter Sensor Output Type Unit
Atmospheric TemperaturetemperatureK
Relative Humidityrelative humidity%
pressurepressurehPa
wind speedwind speedm/s
wind directionwind directiondeg

Central geographical ship's position and time standard

Metadata (Metadata Plugin)
0timestandard
Time synchronising is regulated via onboard NTP server.
Geographical ship's position via unit's GPS receiver.

Rawdata storage on board

Metadata (Metadata Plugin)
0Rawdata
Mass data: The data acquisition software creates rawdata on the local drive of the sounding computer and in the mass storage.


Metadata list
|| root directory | data01 ||
|| directory name | CruiseNo \\ e.g. \\ ANT25_3 ||
|| file name | DBLK_YYYYMMDD_hhmmss.mwx || 
|| Data volume (MB per day) ca | 16 or 32 || 
|| Number of files per day ca | 1 or 2 ||

Data archiving on land

Metadata (Metadata Plugin)
0DataOnLand
After the cruise, the operator transfers the measurement data along with required meta data to AWI. After consultation with the data scientist and AWI Logistics they are uploaded to the PANGAEA repository. Then, the data (including meta data) can be extracted from https://www.pangaea.de/ (for authorized users only).


Metadata list
|| File format(s) | *.txt || 
|| Calibration certificates | NO ||

Documentation

Sensorweb integration
urnvessel:polarstern:sondes:digicora
contenttypeResources

Sensorweb integration
urnvessel:polarstern:sondes:rs41
contenttypeResources