ICOS

ICOS ATC NRT N2O growing time series from Karlsruhe (30.0 m)

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2021-02-01–2022-02-01

Deprecated data

Latest version: 4F6EYmLCS0cuFSYPg4QJl5ov
11676/2-v2TPGN7uFjLrUJhyzl74oR (link)
Kubistin, D., Plaß-Dülmer, C., Kneuer, T., Lindauer, M., Müller-Williams, J. (2022). ICOS ATC NRT N2O growing time series from Karlsruhe (30.0 m), 2021-02-01–2022-02-01, ICOS RI, https://hdl.handle.net/11676/2-v2TPGN7uFjLrUJhyzl74oR
BibTex
@misc{https://hdl.handle.net/11676/2-v2TPGN7uFjLrUJhyzl74oR,
  author={Kubistin, Dagmar and Plaß-Dülmer, Christian and Kneuer, Tobias and Lindauer, Matthias and Müller-Williams, Jennifer},
  title={ICOS ATC NRT N2O growing time series from Karlsruhe (30.0 m), 2021-02-01–2022-02-01},
  year={2022},
  url={https://hdl.handle.net/11676/2-v2TPGN7uFjLrUJhyzl74oR},
  publisher={Atmosphere Thematic Centre},
  copyright={http://meta.icos-cp.eu/ontologies/cpmeta/icosLicence},
  pid={11676/2-v2TPGN7uFjLrUJhyzl74oR}
}
RIS
TY - DATA
T1 - ICOS ATC NRT N2O growing time series from Karlsruhe (30.0 m), 2021-02-01–2022-02-01
ID - 11676/2-v2TPGN7uFjLrUJhyzl74oR
PY - 2022
UR - https://hdl.handle.net/11676/2-v2TPGN7uFjLrUJhyzl74oR
PB - Atmosphere Thematic Centre
AU - Kubistin, Dagmar
AU - Plaß-Dülmer, Christian
AU - Kneuer, Tobias
AU - Lindauer, Matthias
AU - Müller-Williams, Jennifer
ER - 
ICOS_ATC_NRT_KIT_2021-02-01_2022-02-01_30.0_702_N2O.zip
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109 KB (112083 bytes)
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1

Acquisition

2021-02-01 00:00:00
2022-02-01 23:00:00
30.0

Production

2022-02-02 11:12:57

Previewable variables

Name Value type Unit Quantity kind Preview
TIMESTAMP time instant, UTC
Flag quality flag
NbPoints number of points cardinal number Preview
Stdev standard deviation of gas mole fraction nmol mol-1 portion Preview
n2o N2O (dry air mole fraction) nmol mol-1 portion Preview

Statistics

5
0

Submission

2022-02-02 11:13:00
2022-02-02 11:12:57

Technical information

R, U, O
zip
dbebf64cf18deee1632eb509872ce5ef8a1169156d2bbd68ee069a1dab335ac2
2+v2TPGN7uFjLrUJhyzl74oRaRVtK71o7gaaHaszWsI
Lat: 49.0915, Lon: 8.4249, Alt: 110.0 m
ICOS N2O dry air mole fraction