ETC NRT Meteo from Puechabon
2021-11-16–2023-01-11
Deprecated data
Latest version:
4YtGgSP7w5_ZxpE6i-SpWsG3
11676/w8sknjS4Cny8BcYoem8P0S04 (link)
Automatically-produced, daily-growing (by data object deprecation) half-hourly meteorological variables with values aggregated spatially (e.g. one single soil temperature value per layer) calculated by the ICOS ETC starting from the single sensor half-hourly measurements. The data starts from the last respective L2 release.
Limousin, J., Kempf, J. (2023). ETC NRT Meteo from Puechabon, 2021-11-16–2023-01-11, ICOS RI, https://hdl.handle.net/11676/w8sknjS4Cny8BcYoem8P0S04
BibTex
@misc{https://hdl.handle.net/11676/w8sknjS4Cny8BcYoem8P0S04,
author={Limousin, Jean-Marc and Kempf, Jean},
title={ETC NRT Meteo from Puechabon, 2021-11-16–2023-01-11},
year={2023},
url={https://hdl.handle.net/11676/w8sknjS4Cny8BcYoem8P0S04},
publisher={Ecosystem Thematic Centre},
copyright={http://meta.icos-cp.eu/ontologies/cpmeta/icosLicence},
pid={11676/w8sknjS4Cny8BcYoem8P0S04}
}
RIS
TY - DATA T1 - ETC NRT Meteo from Puechabon, 2021-11-16–2023-01-11 ID - 11676/w8sknjS4Cny8BcYoem8P0S04 PY - 2023 UR - https://hdl.handle.net/11676/w8sknjS4Cny8BcYoem8P0S04 PB - Ecosystem Thematic Centre AU - Limousin, Jean-Marc AU - Kempf, Jean ER -
ICOSETC_FR-Pue_METEO_NRT.zip
View contents
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|---|---|---|
| Loading... |
2 MB (1780805 bytes)
20208
1
Acquisition
2021-11-16 23:00:00
2023-01-11 23:00:00
Production
2023-01-12 07:12:27
Previewable variables
| Name | Value type | Unit | Quantity kind | Preview |
|---|---|---|---|---|
| TIMESTAMP | time instant, UTC | |||
| TIMESTAMP_END | time instant, local non-DST time | |||
| G_1 | soil heat flux | W m-2 | energy flux | Preview |
| G_2 | soil heat flux | W m-2 | energy flux | Preview |
| LW_IN | incoming long-wave radiation, net radiometer | W m-2 | energy flux | Preview |
| LW_OUT | outgoing long-wave radiation, net radiometer | W m-2 | energy flux | Preview |
| P | precipitation (total) | mm | length | Preview |
| PA | atmospheric pressure | kPa | pressure | Preview |
| PPFD_DIF | photosynthetic photon flux density diffuse | µmol m-2 s-1 | particle flux | Preview |
| PPFD_IN | photosynthetic photon flux density incoming | µmol m-2 s-1 | particle flux | Preview |
| PPFD_OUT | photosynthetic photon flux density outgoing | µmol m-2 s-1 | particle flux | Preview |
| RH | relative humidity | % | portion | Preview |
| RH_1 | relative humidity | % | portion | Preview |
| RH_2 | relative humidity | % | portion | Preview |
| RH_3 | relative humidity | % | portion | Preview |
| RH_4 | relative humidity | % | portion | Preview |
| SWC_1 | volumetric soil water content | % | portion | Preview |
| SWC_2 | volumetric soil water content | % | portion | Preview |
| SWC_3 | volumetric soil water content | % | portion | Preview |
| SWC_4 | volumetric soil water content | % | portion | Preview |
| SWC_5 | volumetric soil water content | % | portion | Preview |
| SW_IN | incoming shortwave radiation | W m-2 | energy flux | Preview |
| SW_OUT | outgoing shortwave radiation | W m-2 | energy flux | Preview |
| TA | air temperature | °C | temperature | Preview |
| TA_1 | air temperature | °C | temperature | Preview |
| TA_2 | air temperature | °C | temperature | Preview |
| TA_3 | air temperature | °C | temperature | Preview |
| TA_4 | air temperature | °C | temperature | Preview |
| TS_1 | soil temperature | °C | temperature | Preview |
| TS_2 | soil temperature | °C | temperature | Preview |
| TS_3 | soil temperature | °C | temperature | Preview |
| TS_4 | soil temperature | °C | temperature | Preview |
| TS_5 | soil temperature | °C | temperature | Preview |
| TS_6 | soil temperature | °C | temperature | Preview |
| VPD | vapour pressure deficit | hPa | pressure | Preview |
| VPD_1 | vapour pressure deficit | hPa | pressure | Preview |
| VPD_2 | vapour pressure deficit | hPa | pressure | Preview |
| VPD_3 | vapour pressure deficit | hPa | pressure | Preview |
| VPD_4 | vapour pressure deficit | hPa | pressure | Preview |
Statistics
2
0
Technical information
1, 0
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w8sknjS4Cny8BcYoem8P0S04PH5H8i53qreoahthVlM
ICOS
meteo