Product information

Variable(s)	PCB_66, sum_tetrachlor_PCB, PCB_33, sum_trichlor_PCB, PCB_47, PCB_157, PCB_28, PCB_74, HCB, PCB_37, PCB_123, PCB_31, PCB_18, PCB_189, sum_heptachlor_PCB, PCB_128, PCB_52, PCB_180, sum_PCB, PCB_118, PCB_101, PCB_167, PCB_156, PCB_209, PCB_187, PCB_206, sum_pentachlor_PCB, PCB_194, PCB_138, PCB_183, PCB_153, PCB_170, sum_hexachlor_PCB, PCB_114, PCB_99, PCB_149, PCB_105, PCB_141, PCB_122
Product type	Observation
Instrument type(s)	High Vol Sampler
Timeliness	Scheduled
Start time	4 January 2010
Stop time	31 December 2014
Framework	AMAP, NILU, EMEP, CAMP

Facility information

Facility name	Zeppelin mountain (Ny-Ålesund) (NO0042G)
Facility type	Observation platform, fixed
Coordinates	78.90715°N, 11.88668°E
Altitude	474.0 m

File information

PID	https://doi.org/10.48597/3KDG-PRNT
Filename	3KDG-PRNT.nc
Format(s)	HDF5 (NetCDF4)
Filesize	1.1 MB
Version	v1
Last modified	15 September 2015 10:30:06
Data Access	OPENDAP DAP4 HTTPServer
Metadata access	NCML UDDC ISO

Provenance (to be completed)

Software	ebas-io
Version history	Concept DOI

Citation & acknowledgements

Licence	CC BY 4.0
Citation string	Manø, S., Enge, E., Nizzetto, P. AMAP, NILU, EMEP, CAMP, 2010-2014, POPs (persistent organic pollutants) at Zeppelin mountain (Ny-Ålesund), data hosted by EBAS at NILU, DOI: https://doi.org/10.48597/3KDG-PRNT

Please include the following information in your publication. You may edit the text to suit publication standards.

Acknowledgements	Data used in this <study/report/figure/etc.> were accessed from EBAS (https://ebas.nilu.no) hosted by NILU. Specifically, the use included data affiliated with the framework: AMAP, NILU, EMEP, CAMP

Originator(s)

Stein, Manø	Norwegian Institute for Air Research
Ellen Katrin, Enge	Norwegian Institute for Air Research
Pernilla Bohlin, Nizzetto	Norwegian Institute for Air Research

Principal investigator(s)

Stein, Manø	Norwegian Institute for Air Research
Ellen Katrin, Enge	Norwegian Institute for Air Research
Pernilla Bohlin, Nizzetto	Norwegian Institute for Air Research